WO2022157593A1 - Agent de conditionnement du sol et applications associées à celui-ci - Google Patents

Agent de conditionnement du sol et applications associées à celui-ci Download PDF

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Publication number
WO2022157593A1
WO2022157593A1 PCT/IB2022/050134 IB2022050134W WO2022157593A1 WO 2022157593 A1 WO2022157593 A1 WO 2022157593A1 IB 2022050134 W IB2022050134 W IB 2022050134W WO 2022157593 A1 WO2022157593 A1 WO 2022157593A1
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WIPO (PCT)
Prior art keywords
uptake
ranging
improvement
soil
present disclosure
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PCT/IB2022/050134
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English (en)
Inventor
Prakash NAGABOVANALLI
Prabhudev DHUMGOND
Shruthi VENKATESH
Chikkaramappa THIMMARAYAPPA
Shrenivas Sheturamacharya Ashrit
Supriya Sarkar
Munish Sudan
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Tata Steel Limited
University Of Agricultural Sciences
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Application filed by Tata Steel Limited, University Of Agricultural Sciences filed Critical Tata Steel Limited
Priority to CN202280021165.XA priority Critical patent/CN117043303A/zh
Priority to EP22703971.6A priority patent/EP4281514A1/fr
Publication of WO2022157593A1 publication Critical patent/WO2022157593A1/fr

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    • C—CHEMISTRY; METALLURGY
    • C09—DYES; PAINTS; POLISHES; NATURAL RESINS; ADHESIVES; COMPOSITIONS NOT OTHERWISE PROVIDED FOR; APPLICATIONS OF MATERIALS NOT OTHERWISE PROVIDED FOR
    • C09K—MATERIALS FOR MISCELLANEOUS APPLICATIONS, NOT PROVIDED FOR ELSEWHERE
    • C09K17/00—Soil-conditioning materials or soil-stabilising materials
    • C09K17/02—Soil-conditioning materials or soil-stabilising materials containing inorganic compounds only
    • C09K17/04—Soil-conditioning materials or soil-stabilising materials containing inorganic compounds only applied in a physical form other than a solution or a grout, e.g. as granules or gases
    • C—CHEMISTRY; METALLURGY
    • C05—FERTILISERS; MANUFACTURE THEREOF
    • C05B—PHOSPHATIC FERTILISERS
    • C05B15/00—Organic phosphatic fertilisers
    • C—CHEMISTRY; METALLURGY
    • C09—DYES; PAINTS; POLISHES; NATURAL RESINS; ADHESIVES; COMPOSITIONS NOT OTHERWISE PROVIDED FOR; APPLICATIONS OF MATERIALS NOT OTHERWISE PROVIDED FOR
    • C09K—MATERIALS FOR MISCELLANEOUS APPLICATIONS, NOT PROVIDED FOR ELSEWHERE
    • C09K17/00—Soil-conditioning materials or soil-stabilising materials
    • C09K17/02—Soil-conditioning materials or soil-stabilising materials containing inorganic compounds only
    • C09K17/06—Calcium compounds, e.g. lime

Definitions

  • the present disclosure relates to soil conditioner composition.
  • the soil conditioner promotes conditioning of soil, improves plant growth and yield, improves nutrient uptake of the plant.
  • the disclosure further relates to a method of preparing the soil conditioner, a method of improving plant growth and yield, a method of improving nutrient uptake of the plant, a method of conditioning the soil and use of the soil conditioner thereof.
  • Steel slag is the industrial waste resulting from the steel refining process in a conversion furnace. It is estimated that Indian steel production capacity will rise to 300 Mt by 2030 from the current capacity of about 140 Mt. The production of blast furnace slag and Linz Donawitz slag (LD slag) would raise to 27 Mt and 12 Mt, respectively according to FICCI report, 2019.
  • Linz- Donawitz slag is one of the major industrial by-products generated during steel making.
  • This LD slag is highly basic in nature as it is rich in calcium bearing mineral phases like mono, di and tri calcium silicates along with free lime and some metallic iron.
  • This metallic iron is recovered from a waste recycling plant (WRP) through a series of sequential steps such as water quenching, solidification and by using a series of magnetic separators.
  • WRP waste recycling plant
  • the Applicant in the present disclosure describes a soil conditioner composition prepared from the LD slag.
  • the soil conditioner comprises about 87.98 % of CaSO4, about 5.04 % of Fe2O3, about 3.84% of S1O2, about 1.29 % of MgO, about 0.843 % of P2O5, about 0.248 % of T1O2, about 0.194 % of AI2O3, about 0.124 % of MnO and about 0.015 % Cr2O3, having particle size ranging from about 3 pm to 200 pm.
  • the present disclosure further relates to a method of preparing the soil conditioner, the method comprises subjecting the LD slag to acid treatment to obtain the soil conditioner.
  • the present disclosure further relates to conditioning of soil, the method comprises mixing of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner into the soil including but not limited to acidic soil, neutral soil and alkaline soil.
  • the present disclosure further relates to a method of improving nutrient uptake in plant including but not limited to paddy, maize and groundnut, the method comprising mixing about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner in soil.
  • the present disclosure further relates to a method of improving yield of a plant including but not limited to paddy, maize and groundnut, the method comprising mixing about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner in soil.
  • the present disclosure further relates to use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner for applications including but not limited to improving conditioning the soil, improving nutrient uptake in plant and improving yield of plant.
  • FIGURE 1 illustrates the percent increase in yield of rice with the application of the soil conditioner (SBG) and commercial gypsum over RDF (CG) in acidic, neutral and alkaline soil, respectively.
  • SBG soil conditioner
  • CG commercial gypsum over RDF
  • FIGURE 2 illustrates the percent increase in the uptake of nutrient in rice plant upon application of the soil conditioner (SBG) over the application of commercial gypsum (CG) and Recommended dose of fertilizer (RDF) in acidic, neutral and alkaline soil, respectively, wherein- a) percent increase in Nitrogen uptake; b) percent increase in Phosphorus uptake; c) percent increase in Potassium uptake; d) percent increase in Calcium uptake; e) percent increase in Magnesium uptake; f) percent increase in Sulphur uptake; g) percent increase in Silicon uptake; h) percent increase in Iron uptake; i) percent increase in Manganese uptake; and j) percent increase in Zinc uptake.
  • FIGURE 3 illustrates the percent increase in maize cob and stalk yield with the application of the soil conditioner (SBG) and commercial gypsum (CG) over RDF in acidic and neutral soil, respectively.
  • FIGURE 4 illustrates the percent increase in the uptake of nutrient in maize plant upon application of the soil conditioner (SBG) over the application of commercial gypsum (CG) and Recommended dose of fertilizer (RDF) in acidic and neutral soil, respectively, wherein- A) percent increase in Nitrogen uptake; B) percent increase in Phosphorus uptake; C) percent increase in Potassium uptake; D) percent increase in Calcium uptake; E) percent increase in Magnesium uptake; F) percent increase in Sulphur uptake; G) percent increase in Silicon uptake; H) percent increase in Iron uptake; I) percent increase in Manganese uptake; J) percent increase in Copper uptake; and K) percent increase in Zinc uptake.
  • SBG soil conditioner
  • CG commercial gypsum
  • RDF Recommended dose of fertilizer
  • FIGURE 5 illustrates the percent increase in groundnut kernel and haulm yield with the application of the soil conditioner (SBG) over the application RDF in acidic and neutral soil, respectively.
  • SBG soil conditioner
  • FIGURE 6 illustrates the percent increase in the uptake of nutrient uptake in groundnut plant upon application of the soil conditioner (SBG) over the application of commercial gypsum (CG) and Recommended dose of fertilizer (RDF) in acidic and neutral soil, respectively, wherein- A) percent increase in Nitrogen uptake; B) percent increase in Phosphorus uptake; C) percent increase in Potassium uptake; D) percent increase in Calcium uptake; E) percent increase in Magnesium uptake; F) percent increase in Sulphur uptake; G) percent increase in Silicon uptake; H) percent increase in Iron uptake; I) percent increase in Manganese uptake; J) percent increase in Copper uptake; and K) percent increase in Zinc uptake.
  • SBG soil conditioner
  • CG commercial gypsum
  • RDF Recommended dose of fertilizer
  • FIGURE 7 illustrates the percent increase in oil and protein yield of groundnut with application of the soil conditioner of the present disclosure (SBG) over the application of POP (package of practice).
  • the present disclosure relates to a soil conditioner composition.
  • the soil conditioner comprises 87.98 % of CaSO4, about 5.04 % of Fe2O3 , about 3.84% of SiO2, about 1.29 % of MgO, about 0.843 % of P2O5, about 0.248 % of TiOz, about 0.194 % of Al2O3, about 0.124 % of MnO and about 0.015 % Cr2O3.
  • the soil conditioner has particle size ranging from about 3 pm and 200 pm. In another embodiment of the present disclosure, the soil conditioner has particle size of about 3 pm, about 4 pm, about 5 pm, about 6 pm, about 6 pm, about 7 pm, about 8 pm, about 9 pm, about 10 pm, about 15 pm, about 20 pm, about 25 pm, about 30 pm, about 35 pm, about 40 pm, about 45 pm, about 50 pm, about 55 pm, about 60 pm, about 65 pm, about 70 pm, about 75 pm, about 80 pm, about 85 pm, about 90 pm, about 95 pm, about 100 pm, about 105 pm, about 110 pm, about 115 pm, about 120 pm, about 125 pm, about 130 pm, about 135 pm, about 140 ⁇ m, about 145 pm, about 150 pm, about 155 pm, about 160 pm, about 165 pm, about 170 pm, about 175 pm, about 180 pm, about 185 pm, about 190 pm, about 195 pm or about 200 pm.
  • the soil conditioner has pH ranging from about 7 to 8.15.
  • the soil conditioner has pH of about 7.0, about 7.05, about 7.10, about 7.15, about 7.20, about 7.25, about 7.30, about 7.35, about 7.40, about 7.45, about 7.50, about 7.55, about 7.60, about 7.65, about 7.70, about 7.75, about 7.80, about 7.85, about 7.90, about, about 7.95, about 8.00, about 8.05, about 8.10 or about 8.15.
  • the alkaline pH ranging from about 7.0 to 8.15 of the soil conditioner increases the pH of the soil including but not limited to acidic soil, alkaline soil and neutral soil, which promotes effective growth of the plants.
  • the alkaline pH ranging from about 7.0 to 8.15 of the soil conditioner increases the pH of the acidic soil to a greater extent than pH increase observed in alkaline soil and neutral soil.
  • the soil conditioner has specific surface area ranging from about 25 m 2 /g to 30 m 2 /g.
  • the soil conditioner has specific surface area of about 25 m 2 /g, about 26 m 2 /g, about 27 m 2 /g, about 28 m 2 /g, about 29 m 2 /g or about 30 m 2 /g.
  • the soil conditioner has calcium content ranging from about 15% to 23%. In another embodiment of the present disclosure, the soil conditioner has calcium content of about 15%, about 16%, about 17%, about 18%, about 19%, about 20%, about 21%, about 22%, or about 23%.
  • the soil conditioner has amorphous silica content ranging from about 0.10% to 5%.
  • the soil conditioner has amorphous silica content of about 0.10%, about 0.15%, about 0.20%, about 0.25%, about 0.30%, about 0.35%, about 0.40%, about 0.45%, about 0.50%, about 0.55%, about 0.60%, about 0.65%, about 0.70%, about 0.75%, about 0.80%, about 0.85%, about 0.90%, about 0.95%, about 1.0%, about 1.2%, about 1.4%, about 1.6%, about 1.8%, about 2.0%, about 2.2%, about 2.4%, about 2.6%, about 2.8%, about 3.0%, about 3.2%, about 3.4%, about 3.6%, about 3.8%, about 4.0%, about 4.2% about 4.4%, about 4.6%, about 4.8% or about 5.0%.
  • the specific amorphous silica content of 0.10 to 5% promotes release of colloid silicon to the soil, which is easily soluble in the soil.
  • improving the property of the soil i.e., improving the condition of the soil so that there is effective plant growth.
  • the soil conditioner reduces calcium carbonate content in the soil and improves iron content in the soil.
  • the soil conditioner improves the iron content in the soil including but not limiting to alkaline soil and the calcareous soils.
  • the present disclosure relates to method of preparing the soil conditioner.
  • the method of preparing the soil conditioner comprises subjecting the LD slag to acid treatment.
  • the method of preparing the soil conditioner comprises treating LD slag waste through digesting process with acid including but not limited to sulphuric acid, followed by neutralization, filtering and drying to obtain the soil conditioner.
  • the neutralization of the acid treated LD slag is carried out with component including but not limited to lime fines.
  • the present disclosure further relates to a method of conditioning soil including but not limited to acidic soil, alkaline soil and neutral soil.
  • the method of conditioning soil comprises mixing about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner into the soil including but not limited to acidic soil, neutral soil and alkaline soil.
  • the method of conditioning the soil comprises mixing about 300 kg/ha -1 , about 320 kg/ha -1 , about 340 kg/ha -1 , about 360 kg/ha -1 , about 380 kg/ha -1 , about 400 kg/ha -1 , about 420 kg/ha -1 , about 440 kg/ha -1 , about 460 kg/ha -1 , about 480 kg/ha -1 , about 500 kg/ha -1 , about 520 kg/ha -1 , about 540 kg/ha -1 , about 560 kg/ha -1 , about 580 kg/ha -1 , about 600 kg/ha -1 , about 610 kg/ha -1 , about 620 kg/ha -1 , about 630 kg/ha -1 , about 640 kg/ha -1 , about 650 kg/ha -1 , about 660 kg/ha -1 , about 670 kg/ha -1 , about 680 kg/ha -1 , about 690 kg
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 increases pH of the acidic soil to a range of about 4.5 to 5.84.
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating paddy increases pH of the acidic soil in the range of about 4.56 to 5.0.
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating maize increases pH of the acidic soil in the range of about 4.58 to 5.35.
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating groundnut increases pH of the acidic soil in the range of about 4.80 to 4.92.
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating groundnut increases pH of the acidic soil in the range of about 5.77 to 5.84.
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 increases pH of the neutral soil in the range of about 6.83 to 8.13.
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating paddy increases pH of the neutral soil in the range of about 7.60 to 7.94.
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating paddy increases pH of the neutral soil in the range of about 7.94 to 8.13
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating maize increases pH of the neutral soil in the range of about 6.83 to 7.10.
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating maize increases pH of the neutral soil in the range of about 7.10 to 7.40.
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating groundnut increases pH of the neutral soil in the range of about6.93 to 7.76.
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 increases pH of the alkaline soil in the range of about 9.0 to 9.4. In another embodiment of the present disclosure, the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating paddy increases pH of the alkaline soil in the range of about 9.04 to 9.37.
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating paddy increases pH of the alkaline soil in the range of about 9.04 to 9.23.
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 increases electrical conductivity of the acidic soil in the range of about 0.059 dSm -1 to 0.24 dSm -1 .
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating paddy increases electrical conductivity of the acidic soil in the range of about 0.06 dSm -1 to 0.24 dSm -1 .
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating maize increases electrical conductivity of the acidic soil in the range of about 0.08 dSm -1 to 0.14 dSm -1 .
  • the method of conditioning the soil by the soil conditioner ranging of about 300 kg/ha -1 to 750 kg/ha -1 while cultivating groundnut increases electrical conductivity of the acidic soil in the range of about 0.037 dSm -1 to 0.059 dSm -1 .
  • the method of conditioning the soil by the soil conditioner ranging of about 300 kg/ha -1 to 750 kg/ha -1 while cultivating groundnut increases electrical conductivity of the acidic soil in the range of about 0.089 dSm -1 to 0.107 dSm -1 .
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg ha -1 to 750 kg ha -1 increases electrical conductivity of the neutral soil to a range of about 0.014 dSm -1 to 0.42 dSm -1 .
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating paddy increases electrical conductivity of the neutral soil in the range of about 0.23 dSm -1 to 0.48 dSm -1 .
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating maize increases electrical conductivity of the neutral soil in the range of about 0.28 dSm -1 to 0.42 dSm -1 .
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating groundnut increases electrical conductivity of the neutral soil in the range of about 0.014 dSm -1 to 0.092 dSm -1 .
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 increases electrical conductivity of the alkaline soil to a range of about 0.32 dSm -1 to 0.75 dSm -1 .
  • the method of conditioning the soil by the soil conditioner ranging from about 300 kg/ha -1 to 750 kg/ha -1 while cultivating paddy increases electrical conductivity of the alkaline soil in the range of about 0.34 dSm -1 to 0.44 dSm -1 .
  • the present disclosure further relates to a method of improving nutrient uptake in plant from the soil including but not limited to acidic soil, neutral soil and alkaline soil.
  • the plant includes but is not limited to paddy, maize and groundnut.
  • the method of improving nutrient uptake in the plant from the soil comprises mixing about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner in the soil including but not limited to acid soil, alkaline soil and neutral soil.
  • the mixing of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner in the soil including but not limited to acidic soil, neutral soil and alkaline soil is carried out before sowing seed, before planting sapling or during growth of the plant.
  • the method of improving nutrient uptake in the plant from the soil wherein the nutrient is selected from a group comprising nitrogen, phosphorous, potassium, calcium, magnesium, sulphur, silicon, iron, manganese, copper, zinc, and any combination thereof.
  • the method of improving nutrient uptake, wherein the nitrogen uptake in paddy while cultivating in neutral soil is improved in the range of about 125 kg/ha -1 to 226 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the nitrogen uptake in paddy while cultivating in neutral soil is improved in the range of about 146 kg/ha -1 to 210 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the nitrogen uptake in paddy while cultivating in neutral soil is improved in the range of about 125 kg/ha -1 to 226 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in paddy while cultivating in neutral soil is improved in the range of about 16 kg/ha -1 to 51 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in paddy while cultivating in neutral soil is improved in the range of about 16 kg/ha -1 to 34 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in paddy while cultivating in neutral soil is improved in the range of about 27 kg/ha -1 to 51 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in paddy while cultivating in neutral soil is improved in the range of about 146 kg/ha -1 to 334 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in paddy while cultivating in neutral soil is improved in the range of about 160 kg/ha -1 to 334 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in paddy while cultivating in neutral soil is improved in the range of about 146 kg/ha -1 to 224 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in paddy while cultivating in neutral soil is improved in the range of about 43 kg/ha -1 to 127 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in paddy while cultivating in neutral soil is improved in the range of about 43 kg/ha -1 to 75 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in paddy while cultivating in neutral soil is improved in the range of about 53 kg/ha -1 to 127 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in paddy while cultivating in neutral soil is improved in the range of about 22 kg/ha -1 to 58 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in paddy while cultivating in neutral soil is improved in the range of about 22 kg/ha -1 to 38 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in paddy while cultivating in neutral soil is improved in the range of about 22 kg/ha -1 to 58 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the sulphur uptake in paddy while cultivating in neutral soil is improved in the range of about 12 kg/ha -1 to 24 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the silicon uptake in paddy while cultivating in neutral soil is improved in the range of about 440 kg/ha -1 to 750 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in paddy while cultivating in neutral soil is improved in the range of about 3.02 kg/ha -1 to 6.33 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in paddy while cultivating in neutral soil is improved in the range of about 4.25 kg/ha -1 to 6.33 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in paddy while cultivating in neutral soil is improved in the range of about 3.02 kg/ha -1 to 6.21 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the manganese uptake in paddy while cultivating in neutral soil is improved in the range of about 1.83 kg/ha -1 to 4.33 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the manganese uptake in paddy while cultivating in neutral soil is improved in the range of about 1.8 kg/ha -1 to 2.8 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the manganese uptake in paddy while cultivating in neutral soil is improved in the range of about 2.00 kg/ha -1 to 4.01 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in paddy while cultivating in neutral soil is improved in the range of about 0.08 kg/ha -1 to 0.21 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in paddy while cultivating in neutral soil is improved in the range of about 0.08kg/ha -1 to 0.17 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in paddy while cultivating in neutral soil is improved in the range of about 0.14 kg/ha -1 to 0.21 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the zinc uptake in paddy while cultivating in neutral soil is improved in the range of about 0.37 kg/ha -1 to 0.75 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the zinc uptake in paddy while cultivating in neutral soil is improved in the range of about 0.37 kg/ha -1 to 0.65 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the zinc uptake in paddy while cultivating in neutral soil is improved in the range of about 0.40 kg/ha -1 to 0.58 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the nitrogen uptake in paddy while cultivating in alkaline soil is improved in the range of about 139 kg/ha -1 to 224 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the nitrogen uptake in paddy while cultivating in alkaline soil is improved in the range of about 139 kg/ha -1 to 217 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the nitrogen uptake in paddy while cultivating in alkaline soil is improved in the range of about 144 kg/ha -1 to 224 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in paddy while cultivating in alkaline soil is improved in the range of about 27 kg/ha -1 to 58 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in paddy while cultivating in alkaline soil is improved in the range of about 33 kg/ha -1 to 58 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in paddy while cultivating in alkaline soil is improved in the range of about 27 kg/ha -1 to 43 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in paddy while cultivating in alkaline soil is improved in the range of about 117 kg/ha -1 to 211 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in paddy while cultivating in alkaline soil is improved in the range of about 123 kg/ha -1 to 211 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in paddy while cultivating in alkaline soil is improved in the range of about 117 kg/ha -1 to 198 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in paddy while cultivating in alkaline soil is improved in the range of about 37 kg/ha -1 to 144 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in paddy while cultivating in alkaline soil is improved in the range of about 79 kg/ha -1 to 144 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in paddy while cultivating in alkaline soil is improved in the range of about 37 kg/ha -1 to 74 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in paddy while cultivating in alkaline soil is improved in the range of about 32 kg/ha -1 to 148 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in paddy while cultivating in alkaline soil is improved in the range of about 86 kg/ha -1 to 148 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in paddy while cultivating in alkaline soil is improved in the range of about 32 kg/ha -1 to 54 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the sulphur uptake in paddy while cultivating in alkaline soil is improved in the range of about 14 kg/ha -1 to 86 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the sulphur uptake in paddy while cultivating in alkaline soil is improved in the range of about 39 kg/ha -1 to 86 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the sulphur uptake in paddy while cultivating in alkaline soil is improved in the range of about 14 kg/ha -1 to 39 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the silicon uptake in paddy while cultivating in alkaline soil is improved in the range of about 534 kg/ha -1 to 1073 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the silicon uptake in paddy while cultivating in alkaline soil is improved in the range of about 589 kg/ha -1 to 1073 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the silicon uptake in paddy while cultivating in alkaline soil is improved in the range of about 534 kg/ha -1 to 846 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in paddy while cultivating in alkaline soil is improved in the range of about 2.37 kg/ha -1 to 8.24 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in paddy while cultivating in alkaline soil is improved in the range of about 4.99 kg/ha -1 to 8.24 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in paddy while cultivating in alkaline soil is improved in the range of about 2.37 kg/ha -1 to 4.97 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the manganese uptake in paddy while cultivating in alkaline soil is improved in the range of about 2.33 kg/ha -1 to 5.23 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the manganese uptake in paddy while cultivating in alkaline soil is improved in the range of about 2.76 kg/ha -1 to 5.23 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the manganese uptake in paddy while cultivating in alkaline soil is improved in the range of about 2.33 kg/ha -1 to 3.71 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in paddy while cultivating in alkaline soil is improved in the range of about 0.08 kg/ha -1 to 0.35 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in paddy while cultivating in alkaline soil is improved in the range of about 0.18 kg/ha -1 to 0.35 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in paddy while cultivating in alkaline soil is improved in the range of about 0.08 kg/ha -1 to 0.15 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the zinc uptake in paddy while cultivating in alkaline soil is improved in the range of about 0.45 kg/ha -1 to 1.48 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the zinc uptake in paddy while cultivating in alkaline soil is improved in the range of about 0.80 kg/ha -1 to 1.48 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the zinc uptake in paddy while cultivating in alkaline soil is improved in the range of about 0.45 kg/ha -1 to 0.75 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the nitrogen uptake in paddy while cultivating in acidic soil is improved in the range of about 135 kg/ha -1 to 198 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in paddy while cultivating in acidic soil is improved in the range of about 25 kg/ha -1 to 48 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in paddy while cultivating in acidic soil is improved in the range of about 123 kg/ha -1 to 180 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in paddy while cultivating in acidic soil is improved in the range of about 72 kg/ha -1 to 118 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in paddy while cultivating in acidic soil is improved in the range of about 78 kg/ha -1 to 123 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the sulphur uptake in paddy while cultivating in acidic soil is improved in the range of about 35 kg/ha -1 to 59 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the silicon uptake in paddy while cultivating in acidic soil is improved in the range of about 264 kg/ha -1 to 466 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in paddy while cultivating in acidic soil is improved in the range of about 4.64 kg/ha -1 to 6.64 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the manganese uptake in paddy while cultivating in acidic soil is improved in the range of about 2.33 kg/ha -1 to 3.08 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in paddy while cultivating in acidic soil is improved in the range of about 0.49 kg/ha -1 to 0.63 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the zinc uptake in paddy while cultivating in acidic soil is improved in the range of about 0.15 kg/ha -1 to 0.21 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the nitrogen uptake in maize while cultivating in neutral soil is improved in the range of about 99 kg/ha -1 to 225 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the nitrogen uptake in maize while cultivating in neutral soil is improved in the range of about 107 kg/ha -1 to 225 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the nitrogen uptake in maize while cultivating in neutral soil is improved in the range of about 99 kg/ha -1 to 209 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in maize while cultivating in neutral soil is improved in the range of about 14 kg/ha -1 to 43 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in maize while cultivating in neutral soil is improved in the range of about 16 kg/ha -1 to 43 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in maize while cultivating in neutral soil is improved in the range of about 78 kg/ha -1 to 377 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in maize while cultivating in neutral soil is improved in the range of about 78 kg/ha -1 to 160 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in maize while cultivating in neutral soil is improved in the range of about 232 kg/ha -1 to 377 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in maize while cultivating in neutral soil is improved in the range of about 35 kg/ha -1 to 154 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in maize while cultivating in neutral soil is improved in the range of about 35 kg/ha -1 to 125 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in maize while cultivating in neutral soil is improved in the range of about 73 kg/ha -1 to 154 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in maize while cultivating in neutral soil is improved in the range of about 28 kg/ha -1 to 91 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in maize while cultivating in neutral soil is improved in the range of about 28 kg/ha -1 to 70 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in maize while cultivating in neutral soil is improved in the range of about 37 kg/ha -1 to 91 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the sulphur uptake in maize while cultivating in neutral soil is improved in the range of about 33 kg/ha -1 to 98 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the sulphur uptake in maize while cultivating in neutral soil is improved in the range of about 33 kg/ha -1 to 79 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the sulphur uptake in maize while cultivating in neutral soil is improved in the range of about 44 kg/ha -1 to 98 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the silicon uptake in maize while cultivating in neutral soil is improved in the range of about 133 kg/ha -1 to 240 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the silicon uptake in maize while cultivating in neutral soil is improved in the range of about 148 kg/ha -1 to 223 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in maize while cultivating in neutral soil is improved in the range of about 1.3 kg/ha -1 to 8.8 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in maize while cultivating in neutral soil is improved in the range of about 2.6 kg/ha -1 to 8.8 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in maize while cultivating in neutral soil is improved in the range of about 1.3 kg/ha -1 to 4.3 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the manganese uptake in maize while cultivating in neutral soil is improved in the range of about 0.5 kg/ha -1 to 1.6 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the manganese uptake in maize while cultivating in neutral soil is improved in the range of about 0.2 kg/ha -1 to 0.6 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in maize while cultivating in neutral soil is improved in the range of about 0.1 kg/ha -1 to 0.4 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in maize while cultivating in neutral soil is improved in the range of about 0.2 kg/ha -1 to 0.3 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the zinc uptake in maize while cultivating in neutral soil is improved in the range of about 0.2 kg/ha -1 to 0.6 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the zinc uptake in maize while cultivating in neutral soil is improved in the range of about 0.3 kg/ha -1 to 0.6 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the zinc uptake in maize while cultivating in neutral soil is improved in the range of about 0.2 kg/ha -1 to 0.5 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the nitrogen uptake in maize while cultivating in acidic soil is improved in the range of about 152 kg/ha -1 to 239 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in maize while cultivating in acidic soil is improved in the range of about 17 kg/ha -1 to 31 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in maize while cultivating in acidic soil is improved in the range of about 107 kg/ha -1 to 192 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in maize while cultivating in acidic soil is improved in the range of about 63 kg/ha -1 to 160 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in maize while cultivating in acidic soil is improved in the range of about 25 kg/ha -1 to 53 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the sulphur uptake in maize while cultivating in acidic soil is improved in the range of about 52 kg/ha -1 to 84 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the silicon uptake in maize while cultivating in acidic soil is improved in the range of about 209 kg/ha -1 to 257 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in maize while cultivating in acidic soil is improved in the range of about 5.3 kg/ha -1 to 11.4 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the manganese uptake in maize while cultivating in acidic soil is improved in the range of about 1.3 kg/ha -1 to 2.8 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in maize while cultivating in acidic soil is improved in the range of about 0.2 kg/ha -1 to 0.4 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the zinc uptake in maize while cultivating in acidic soil is improved in the range of about 0.3 kg/ha -1 to 0.6 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the nitrogen uptake in groundnut while cultivating in neutral soil is improved in the range of about 207 kg/ha -1 to 261 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in groundnut while cultivating in neutral soil is improved in the range of about 14 kg/ha -1 to 18 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in groundnut while cultivating in neutral soil is improved in the range of about 69 kg/ha -1 to 101 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in groundnut while cultivating in neutral soil is improved in the range of about 59 kg/ha -1 to 91 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in groundnut while cultivating in neutral soil is improved in the range of about 46 kg/ha -1 to 55 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the sulphur uptake in groundnut while cultivating in neutral soil is improved in the range of about 17 kg/ha -1 to 24 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the silicon uptake in groundnut while cultivating in neutral soil is improved in the range of about 41 kg/ha -1 to 55 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in groundnut while cultivating in neutral soil is improved in the range of about 2 kg/ha -1 to 3.0 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the manganese uptake in groundnut while cultivating in neutral soil is improved in the range of about 0.3 kg/ha -1 to 0.4 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in groundnut while cultivating in neutral soil is improved in the range of about 0.09 kg/ha -1 to 0.12 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the zinc uptake in groundnut while cultivating in neutral soil is improved in the range of about 0.11 kg/ha -1 to 0.17 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the nitrogen uptake in groundnut while cultivating in acidic soil is improved in the range of about 191 kg/ha -1 to 223 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the nitrogen uptake in groundnut while cultivating in acidic soil is improved in the range of about 175 kg/ha -1 to 270 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in groundnut while cultivating in acidic soil is improved in the range of about 9 kg/ha -1 to 17 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in groundnut while cultivating in acidic soil is improved in the range of about 14 kg/ha -1 to 17 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the phosphorus uptake in groundnut while cultivating in acidic soil is improved in the range of about 9 kg/ha -1 to 18 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in groundnut while cultivating in acidic soil is improved in the range of about 35 kg/ha -1 to 79 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in groundnut while cultivating in acidic soil is improved in the range of about 62 kg/ha -1 to 79 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the potassium uptake in groundnut while cultivating in acidic soil is improved in the range of about 35 kg/ha -1 to 52 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in groundnut while cultivating in acidic soil is improved in the range of about 55 kg/ha -1 to 117 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in groundnut while cultivating in acidic soil is improved in the range of about 55 kg/ha -1 to 88 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in groundnut while cultivating in acidic soil is improved in the range of about 87 kg/ha -1 to 117 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in groundnut while cultivating in acidic soil is improved in the range of about 34 kg/ha -1 to 61 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the magnesium uptake in groundnut while cultivating in acidic soil is improved in the range of about 47 kg/ha -1 to 49 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the sulphur uptake in groundnut while cultivating in acidic soil is improved in the range of about 20 kg/ha -1 to 30 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the sulphur uptake in groundnut while cultivating in acidic soil is improved in the range of about 20 kg/ha -1 to 24 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the sulphur uptake in groundnut while cultivating in acidic soil is improved in the range of about 21 kg/ha -1 to 30 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the silicon uptake in groundnut while cultivating in acidic soil is improved in the range of about 39 kg/ha -1 to 51 kg/ha -1 .
  • the method of improving nutrient uptake wherein the silicon uptake in groundnut while cultivating in acidic soil is improved in the range of about 42 kg/ha -1 to 50 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in groundnut while cultivating in acidic soil is improved in the range of about 1.8 kg/ha -1 to 4.5 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the iron uptake in groundnut while cultivating in acidic soil is improved in the range of about 2.1 kg/ha -1 to 4.1 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the manganese uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.5 kg/ha -1 to 2.1 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the manganese uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.6 kg/ha -1 to 0.8 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.10 kg/ha -1 to 0.22 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.1 kg/ha -1 to 0.14 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the copper uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.16 kg/ha -1 to 0.22 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the zinc uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.22 kg/ha -1 to 0.34 kg/ha -1 .
  • the method of improving nutrient uptake wherein the zinc uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.22 kg/ha -1 to 0.30 kg/ha -1 .
  • the present disclosure further relates to a method of improving yield of plant including but not limiting to paddy, maize and groundnut.
  • the method of improving yield of plant comprises mixing about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner into soil including but not limited to acidic soil, alkaline soil and neutral soil.
  • the method of improving yield of plant wherein the mixing of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner in the soil including but not limited to acidic soil, neutral soil and alkaline soil is carried out before sowing seed, before planting sapling or during growth of the plant.
  • the method of improving yield of plant improves the uptake of nutrients including but not limited to nitrogen, phosphorus, potassium, calcium, magnesium, sulphur, silicon, iron, manganese, copper and zinc by the plant from the soil, as a result improves the yield of the plant.
  • the method of improving yield of plant increases the nitrogen uptake in paddy while cultivating in neutral soil in the range of about 125 kg/ha -1 to 226 kg/ha -1 .
  • the method of improving yield of plant increases the nitrogen uptake in paddy while cultivating in neutral soil in the range of about 146 kg/ha -1 to 210 kg/ha -1 .
  • the method of improving yield of plant increases the nitrogen uptake in paddy while cultivating in neutral soil in the range of about 125 kg/ha -1 to 226 kg/ha -1 .
  • the method of improving yield of plant increases the phosphorus uptake in paddy while cultivating in neutral soil in the range of about 16 kg/ha "
  • the method of improving yield of plant increases the phosphorus uptake in paddy while cultivating in neutral soil in the range of about 16 kg/ha -1 to 34 kg/ha -1 .
  • the method of improving yield of plant increases the phosphorus uptake in paddy while cultivating in neutral soil in the range of about 27 kg/ha -1 to 51 kg/ha -1 .
  • the method of improving yield of plant increases potassium uptake in paddy while cultivating in neutral soil in the range of about 146 kg/ha -1 to 334kg/ha -1 .
  • the method of improving yield of plant increases the potassium uptake in paddy while cultivating in neutral soil in the range of about 160 kg/ha -1 to 334 kg/ha -1 .
  • the method of improving yield of plant increases the potassium uptake in paddy while cultivating in neutral soil in the range of about 146 kg/ha -1 to 224 kg/ha -1 .
  • the method of improving yield of plant increases calcium uptake in paddy while cultivating in neutral soil in the range of about 43 kg/ha -1 to 127 kg/ha -1 .
  • the method of improving yield of plant increases calcium uptake in paddy while cultivating in neutral soil in the range of about 43 kg/ha -1 to 75 kg/ha -1 .
  • the method of improving yield of plant increases the calcium uptake in paddy while cultivating in neutral soil in the range of about 53 kg/ha -1 to 127 kg/ha -1 .
  • the method of improving yield of plant increases magnesium uptake in paddy while cultivating in neutral soil in the range of about 22 kg/ha -1 to 58 kg/ha -1 . In another embodiment of the present disclosure, the method of improving yield of plant increases the magnesium uptake in paddy while cultivating in neutral soil in the range of about 22 kg/ha -1 to 38 kg/ha -1 .
  • the method of improving yield of plant increases the magnesium uptake in paddy while cultivating in neutral soil in the range of about 22 kg/ha -1 to 58 kg/ha -1 .
  • the method of improving yield of plant increases sulphur uptake in paddy while cultivating in neutral soil in the range of about 12 kg/ha -1 to 24kg/ha -1 .
  • the method of improving yield of plant increases silicon uptake in paddy while cultivating in neutral soil in the range of about 440 kg/ha -1 to 750 kg/ha -1 .
  • the method of improving yield of plant increases iron uptake in paddy while cultivating in neutral soil in the range of about 3.02 kg/ha -1 to 6.33 kg/ha -1 .
  • the method of improving yield of plant increases the iron uptake in paddy while cultivating in neutral soil in the range of about 4.25 kg/ha -1 to 6.33 kg/ha -1 .
  • the method of improving yield of plant increases iron uptake in paddy while cultivating in neutral soil in the range of about 3.02 kg/ha "
  • the method of improving yield of plant increases manganese uptake in paddy while cultivating in neutral soil in the range of about 1.83 kg/ha -1 to 4.01 kg/ha -1 .
  • the method of improving yield of plant increases manganese uptake in paddy while cultivating in neutral soil in the range of about 1.83 kg/ha -1 to 2.80 kg/ha -1 . In another embodiment of the present disclosure, the method of improving yield of plant increases manganese uptake in paddy while cultivating in neutral soil in the range of about 2.00 kg/ha -1 to 4.01 kg/ha -1 .
  • the method of improving yield of plant increases copper uptake in paddy while cultivating in neutral soil in the range of about 0.08 kg/ha -1 to 0.22 kg/ha -1 .
  • the method of improving yield of plant increases copper uptake in paddy while cultivating in neutral soil in the range of about 0.08 kg/ha -1 to 0.17 kg/ha -1 .
  • the method of improving yield of plant increases the copper uptake in paddy while cultivating in neutral soil in the range of about 0.14 kg/ha -1 to 0.22 kg/ha -1 .
  • the method of improving yield of plant increases zinc uptake in paddy while cultivating in neutral soil in the range of about 0.37 kg/ha -1 to 0.65 kg/ha -1 .
  • the method of improving yield of plant increases zinc uptake in paddy while cultivating in neutral soil in the range of about 0.40 kg/ha "
  • the method of improving yield of plant increases nitrogen uptake in paddy while cultivating in alkaline soil in the range of about 139 kg/ha -1 to 224 kg/ha -1 .
  • the method of improving yield of plant increases nitrogen uptake in paddy while cultivating in alkaline soil in the range of about 139 kg/ha -1 to 217 kg/ha -1 .
  • the method of improving yield of plant increases nitrogen uptake in paddy while cultivating in alkaline soil in the range of about 144 kg/ha -1 to 224 kg/ha -1 . In an embodiment of the present disclosure, the method of improving yield of plant increases phosphorus uptake in paddy while cultivating in alkaline soil in the range of about 27 kg/ha " 1 to 58 kg/ha -1 .
  • the method of improving yield of plant increases phosphorus uptake in paddy while cultivating in alkaline soil in the range of about 33 kg/ha -1 to 58 kg/ha -1 .
  • the method of improving yield of plant increases phosphorus uptake in paddy while cultivating in alkaline soil in the range of about 27 kg/ha -1 to 43 kg/ha -1 .
  • the method of improving yield of plant increases potassium uptake in paddy while cultivating in alkaline soil in the range of about 117 kg/ha -1 to 211 kg/ha -1 .
  • the method of improving yield of plant increases potassium uptake in paddy while cultivating in alkaline soil in the range of about 123 kg/ha -1 to 211 kg/ha -1 .
  • the method of improving yield of plant increases potassium uptake in paddy while cultivating in alkaline soil in the range of about 117 kg/ha -1 to 198 kg/ha -1 .
  • the method of improving yield of plant increases calcium uptake in paddy while cultivating in alkaline soil in the range of about 37 kg/ha -1 to 144 kg/ha -1 .
  • the method of improving yield of plant increases calcium uptake in paddy while cultivating in alkaline soil in the range of about 79 kg/ha -1 to 144 kg/ha -1 .
  • the method of improving yield of plant increases calcium uptake in paddy while cultivating in alkaline soil in the range of about 37 kg/ha -1 to 74 kg/ha -1 .
  • the method of improving yield of plant increases magnesium uptake in paddy while cultivating in alkaline soil in the range of about 32 kg/ha " 1 to 148 kg/ha -1 .
  • the method of improving yield of plant increases magnesium uptake in paddy while cultivating in alkaline soil in the range of about 86 kg/ha -1 to 148 kg/ha -1 .
  • the method of improving yield of plant increases magnesium uptake in paddy while cultivating in alkaline soil in the range of about 32 kg/ha -1 to 54 kg/ha -1 .
  • the method of improving yield of plant increases sulphur uptake in paddy while cultivating in alkaline soil in the range of about 14 kg/ha -1 to 86 kg/ha -1 .
  • the method of improving yield of plant increases sulphur uptake in paddy while cultivating in alkaline soil in the range of about 39 kg/ha -1 to 86 kg/ha -1 .
  • the method of improving yield of plant increases sulphur uptake in paddy while cultivating in alkaline soil in the range of about 14 kg/ha -1 to 39 kg/ha -1 .
  • the method of improving yield of plant increases silicon uptake in paddy while cultivating in alkaline soil in the range of about 534 kg/ha -1 to 1073 kg/ha -1 .
  • the method of improving yield of plant increases silicon uptake in paddy while cultivating in alkaline soil in the range of about 589 kg/ha -1 to 1073 kg/ha -1 .
  • the method of improving yield of plant increases silicon uptake in paddy while cultivating in alkaline soil in the range of about 534 kg/ha -1 to 846 kg/ha -1 . In an embodiment of the present disclosure, the method of improving yield of plant increases iron uptake in paddy while cultivating in alkaline soil in the range of about 2.37 kg/ha -1 to 8.24 kg/ha -1 .
  • the method of improving yield of plant increases iron uptake in paddy while cultivating in alkaline soil in the range of about 4.99 kg/ha "
  • the method of improving yield of plant increases iron uptake in paddy while cultivating in alkaline soil in the range of about 2.37 kg/ha "
  • the method of improving yield of plant increases manganese uptake in paddy while cultivating in alkaline soil in the range of about 2.33 kg/ha "
  • the method of improving yield of plant increases manganese uptake in paddy while cultivating in alkaline soil in the range of about 2.76 kg/ha -1 to 5.23 kg/ha -1 .
  • the method of improving yield of plant increases manganese uptake in paddy while cultivating in alkaline soil in the range of about 2.33 kg/ha -1 to 3.71 kg/ha -1 .
  • the method of improving yield of plant increases copper uptake in paddy while cultivating in alkaline soil in the range of about 0.08 kg/ha -1 to 0.35 kg/ha -1 .
  • the method of improving yield of plant increases copper uptake in paddy while cultivating in alkaline soil in the range of about 0.18 kg/ha -1 to 0.35 kg/ha -1 .
  • the method of improving yield of plant increases copper uptake in paddy while cultivating in alkaline soil in the range of about 0.08 kg/ha -1 to 0.15 kg/ha -1 . In an embodiment of the present disclosure, the method of improving yield of plant increases zinc uptake in paddy while cultivating in alkaline soil in the range of about 0.45 kg/ha -1 to 1.48 kg/ha -1 .
  • the method of improving yield of plant increases zinc uptake in paddy while cultivating in alkaline soil in the range of about 0.80 kg/ha -1 to 1.48 kg/ha -1 .
  • the method of improving yield of plant increases zinc uptake in paddy while cultivating in alkaline soil in the range of about 0.45 kg/ha -1 to 0.75 kg/ha -1 .
  • the method of improving yield of plant increases nitrogen uptake in paddy while cultivating in acidic soil in the range of about 135 kg/ha -1 to 198 kg/ha -1 .
  • the method of improving yield of plant increases phosphorus uptake in paddy while cultivating in acidic soil in the range of about 25.44 kg/ha ' 1 to 47.65 kg/ha -1 .
  • the method of improving yield of plant increases potassium uptake in paddy while cultivating in acidic soil in the range of about 123 kg/ha -1 to 180 kg/ha -1 .
  • the method of improving yield of plant increases calcium uptake in paddy while cultivating in acidic soil in the range of about 72 kg/ha -1 to 118 kg/ha -1 .
  • the method of improving yield of plant increases magnesium uptake in paddy while cultivating in acidic soil in the range of about 78 kg/ha -1 to 123 kg/ha -1 .
  • the method of improving yield of plant increases sulphur uptake in paddy while cultivating in acidic soil in the range of about 35 kg/ha -1 to 59 kg/ha -1 .
  • the method of improving yield of plant increases silicon uptake in paddy while cultivating in acidic soil in the range of about 264 kg/ha -1 to 466 kg/ha -1 .
  • the method of improving yield of plant increases iron uptake in paddy while cultivating in acidic soil in the range of about 4.64 kg/ha -1 to 6.64 kg/ha -1 .
  • the method of improving yield of plant increases manganese uptake in paddy while cultivating in acidic soil in the range of about 2.33 kg/ha " 1 to 3.08 kg/ha -1 .
  • the method of improving yield of plant increases copper uptake in paddy while cultivating in acidic soil in the range of about 0.49 kg/ha -1 to 0.63 kg/ha -1 .
  • the method of improving yield of plant increases zinc uptake in paddy while cultivating in acidic soil in the range of about 0.15 kg/ha -1 to 0.21 kg/ha -1 .
  • the method of improving yield of plant increases nitrogen uptake in maize while cultivating in neutral soil in the range of about 99 kg/ha -1 to 225 kg/ha -1 .
  • the method of improving yield of plant increases nitrogen uptake in maize while cultivating in neutral soil in the range of about 107 kg/ha -1 to 225 kg/ha -1 .
  • the method of improving yield of plant increases nitrogen uptake in maize while cultivating in neutral soil in the range of about 99 kg/ha -1 to 209 kg/ha -1 .
  • the method of improving yield of plant increases phosphorus uptake in maize while cultivating in neutral soil in the range of about 14 kg/ha -1 to 43 kg/ha -1 . In another embodiment of the present disclosure, the method of improving yield of plant increases the phosphorus uptake in maize while cultivating in neutral soil in the range of about 16 kg/ha -1 to 43 kg/ha -1 .
  • the method of improving yield of plant increases potassium uptake in maize while cultivating in neutral soil in the range of about 78 kg/ha -1 to 377 kg/ha -1 .
  • the method of improving yield of plant increases the potassium uptake in maize while cultivating in neutral soil in the range of about 78 kg/ha -1 to 160 kg/ha -1 .
  • the method of improving yield of plant increases potassium uptake in maize while cultivating in neutral soil in the range of about 232 kg/ha -1 to 377 kg/ha -1 .
  • the method of improving yield of plant increases calcium uptake in maize while cultivating in neutral soil in the range of about 35 kg/ha -1 to 154 kg/ha -1 .
  • the method of improving yield of plant increases calcium uptake in maize while cultivating in neutral soil in the range of about 35 kg/ha -1 to 125 kg/ha -1 .
  • the method of improving yield of plant increases calcium uptake in maize while cultivating in neutral soil in the range of about 73 kg/ha -1 to 154 kg/ha -1 .
  • the method of improving yield of plant increases magnesium uptake in maize while cultivating in neutral soil in the range of about 28 kg/ha -1 to 91 kg/ha -1 .
  • the method of improving yield of plant increases magnesium uptake in maize while cultivating in neutral soil in the range of about 28 kg/ha -1 to 70 kg/ha -1 . In another embodiment of the present disclosure, the method of improving yield of plant increases magnesium uptake in maize while cultivating in neutral soil in the range of about 37 kg/ha -1 to 91 kg/ha -1 .
  • the method of improving yield of plant increases sulphur uptake in maize while cultivating in neutral soil in the range of about 33 kg/ha -1 to 98 kg/ha -1 .
  • the method of improving yield of plant increases sulphur uptake in maize while cultivating in neutral soil in the range of about 33 kg/ha -1 to 79 kg/ha -1 .
  • the method of improving yield of plant increases sulphur uptake in maize while cultivating in neutral soil in the range of about 44 kg/ha -1 to 98 kg/ha -1 .
  • the method of improving yield of plant increases silicon uptake in maize while cultivating in neutral soil in the range of about 133 kg/ha -1 to 240 kg/ha -1 .
  • the method of improving yield of plant increases silicon uptake in maize while cultivating in neutral soil in the range of about 148 kg/ha -1 to 223 kg/ha -1 .
  • the method of improving yield of plant increases iron uptake in maize while cultivating in neutral soil in the range of about 1.34 kg/ha -1 to 8.8 kg/ha -1 .
  • the method of improving yield of plant increases the iron uptake in maize while cultivating in neutral soil in the range of about 2.6 kg/ha -1 to 8.8 kg/ha -1 .
  • the method of improving yield of plant increases iron uptake in maize while cultivating in neutral soil in the range of about 1.34 kg/ha "
  • the method of improving yield of plant increases manganese uptake in maize while cultivating in neutral soil in the range of about 0.23 kg/ha -1 to 1.64 kg/ha -1 .
  • the method of improving yield of plant increases manganese uptake in maize while cultivating in neutral soil in the range of about 0.53 kg/ha -1 to 1.64 kg/ha -1 .
  • the method of improving yield of plant increases manganese uptake in maize while cultivating in neutral soil in the range of about 0.23 kg/ha -1 to 0.62 kg/ha -1 .
  • the method of improving yield of plant increases copper uptake in maize while cultivating in neutral soil in the range of about 0.1 kg/ha -1 to 0.4 kg/ha -1 .
  • the method of improving yield of plant increases copper uptake in maize while cultivating in neutral soil in the range of about 0.2 kg/ha -1 to 0.3 kg/ha -1 .
  • the method of improving yield of plant increases zinc uptake in maize while cultivating in neutral soil in the range of about 0.2 kg/ha -1 to 0.6 kg/ha -1 .
  • the method of improving yield of plant increases zinc uptake in maize while cultivating in neutral soil in the range of about 0.30 kg/ha "
  • the method of improving yield of plant increases zinc uptake in maize while cultivating in neutral soil in the range of about 0.2 kg/ha "
  • the method of improving yield of plant increases nitrogen uptake in maize while cultivating in acidic soil in the range of about 152 kg/ha -1 to 239 kg/ha -1 . In an embodiment of the present disclosure, the method of improving yield of plant increases phosphorus uptake in maize while cultivating in acidic soil in the range of about 17 kg/ha -1 to 31 kg/ha -1 .
  • the method of improving yield of plant increases potassium uptake in maize while cultivating in acidic soil in the range of about 107 kg/ha -1 to 192 kg/ha -1 .
  • the method of improving yield of plant increases calcium uptake in maize while cultivating in acidic soil in the range of about 63 kg/ha -1 to 160 kg/ha -1 .
  • the method of improving yield of plant increases magnesium uptake in maize while cultivating in acidic soil in the range of about 25 kg/ha -1 to 53 kg/ha -1 .
  • the method of improving yield of plant increases sulphur uptake in maize while cultivating in acidic soil in the range of about 52 kg/ha -1 to 84 kg/ha -1 .
  • the method of improving yield of plant increases silicon uptake in maize while cultivating in acidic soil in the range of about 209 kg/ha -1 to 257 kg/ha -1 .
  • the method of improving yield of plant increases iron uptake in maize while cultivating in acidic soil in the range of about 5.3 kg/ha -1 to 11.4 kg/ha -1 .
  • the method of improving yield of plant increases manganese uptake in maize while cultivating in acidic soil in the range of about 1.3 kg/ha -1 to 2.8 kg/ha -1 .
  • the method of improving yield of plant increases copper uptake in maize while cultivating in acidic soil in the range of about 0.2 kg/ha -1 to 0.4 kg/ha -1 . In an embodiment of the present disclosure, the method of improving yield of plant increases zinc uptake in maize while cultivating in acidic soil in the range of about 0.3 kg/ha -1 to 0.6 kg/ha -1 .
  • the method of improving yield of plant increases nitrogen uptake in groundnut while cultivating in neutral soil in the range of about 207 kg/ha " 1 to 261 kg/ha -1 .
  • the method of improving yield of plant increases phosphorus uptake in groundnut while cultivating in neutral soil in the range of about 14 kg/ha *
  • the method of improving yield of plant increases potassium uptake in groundnut while cultivating in neutral soil in the range of about 69 kg/ha "
  • the method of improving yield of plant increases calcium uptake in groundnut while cultivating in neutral soil in the range of about 59 kg/ha -1 to 91 kg/ha -1 .
  • the method of improving yield of plant increases magnesium uptake in groundnut while cultivating in neutral soil in the range of about 46 kg/ha "
  • the method of improving yield of plant increases sulphur uptake in groundnut while cultivating in neutral soil in the range of about 17 kg/ha -1 to 24kg/ha -1 .
  • the method of improving yield of plant increases silicon uptake in groundnut while cultivating in neutral soil in the range of about 41 kg/ha -1 to 55 kg/ha -1 .
  • the method of improving yield of plant increases iron uptake in groundnut while cultivating in neutral soil in the range of about 2.0 kg/ha -1 to 3.0 kg/ha -1 . In an embodiment of the present disclosure, the method of improving yield of plant increases manganese uptake in groundnut while cultivating in neutral soil in the range of about 0.3 kg/ha "
  • the method of improving yield of plant increases copper uptake in groundnut while cultivating in neutral soil in the range of about 0.09 kg/ha -1 to 0.12 kg/ha -1 .
  • the method of improving yield of plant increases zinc uptake in groundnut while cultivating in neutral soil in the range of about 0.11 kg/ha -1 to 0.17 kg/ha -1 .
  • the method of improving yield of plant increases nitrogen uptake in groundnut while cultivating in acidic soil in the range of about 191 kg/ha -1 to 223 kg/ha -1 .
  • the method of improving yield of plant increases nitrogen uptake in groundnut while cultivating in acidic soil in the range of about 175 kg/ha -1 to 270 kg/ha -1 .
  • the method of improving yield of plant increases phosphorus uptake in groundnut while cultivating in acidic soil in the range of about 9 kg/ha -1 to 17 kg/ha -1 .
  • the method of improving yield of plant increases phosphorus uptake in groundnut while cultivating in acidic soil in the range of about 14 kg/ha -1 to 17 kg/ha -1 .
  • the method of improving yield of plant increases phosphorus uptake in groundnut while cultivating in acidic soil in the range of about 9 kg/ha -1 to 18 kg/ha -1 .
  • the method of improving yield of plant increases potassium uptake in groundnut while cultivating in acidic soil in the range of about 35 kg/ha -1 to 79 kg/ha -1 .
  • the method of improving yield of plant increases potassium uptake in groundnut while cultivating in acidic soil in the range of about 62 kg/ha -1 to 79 kg/ha -1 .
  • the method of improving yield of plant increases potassium uptake in groundnut while cultivating in acidic soil in the range of about 35 kg/ha -1 to 52 kg/ha -1 .
  • the method of improving nutrient uptake, wherein the calcium uptake in groundnut while cultivating in acidic soil is improved in the range of about 55 kg/ha -1 to 117 kg/ha -1 .
  • the method of improving yield of plant increases calcium uptake in groundnut while cultivating in acidic soil in the range of about 55 kg/ha -1 to 88 kg/ha -1 .
  • the method of improving yield of plant increases calcium uptake in groundnut while cultivating in acidic soil in the range of about 87 kg/ha -1 to 117 kg/ha -1 .
  • the method of improving yield of plant increases magnesium uptake in groundnut while cultivating in acidic soil in the range of about 34 kg/ha '
  • the method of improving yield of plant increases magnesium uptake in groundnut while cultivating in acidic soil in the range of about 47 kg/ha -1 to 49 kg/ha -1 .
  • the method of improving yield of plant increases sulphur uptake in groundnut while cultivating in acidic soil in the range of about 20 kg/ha -1 to 30 kg/ha -1 . In another embodiment of the present disclosure, the method of improving yield of plant increases sulphur uptake in groundnut while cultivating in acidic soil in the range of about 20 kg/ha -1 to 24 kg/ha -1 .
  • the method of improving yield of plant increases sulphur uptake in groundnut while cultivating in acidic soil in the range of about 21 kg/ha -1 to 30 kg/ha -1 .
  • the method of improving yield of plant increases silicon uptake in groundnut while cultivating in acidic soil in the range of about 39 kg/ha -1 to 51 kg/ha -1 .
  • the method of improving yield of plant increases silicon uptake in groundnut while cultivating in acidic soil in the range of about 42 kg/ha -1 to 50 kg/ha -1 .
  • the method of improving yield of plant increases iron uptake in groundnut while cultivating in acidic soil in the range of about 1.8 kg/ha -1 to 4.5 kg/ha -1 .
  • the method of improving yield of plant increases iron uptake in groundnut while cultivating in acidic soil in the range of about 2.1 kg/ha -1 to 4.1 kg/ha -1 .
  • the method of improving yield of plant increases manganese uptake in groundnut while cultivating in acidic soil in the range of about 0.5 kg/ha "
  • the method of improving yield of plant increases manganese uptake in groundnut while cultivating in acidic soil in the range of about 0.6 kg/ha -1 to 0.8 kg/ha -1 .
  • the method of improving yield of plant increases copper uptake in groundnut while cultivating in acidic soil in the range of about 0.1 kg/ha -1 to 0.22 kg/ha -1 . In another embodiment of the present disclosure, the method of improving yield of plant increases copper uptake in groundnut while cultivating in acidic soil in the range of about 0.1 kg/ha -1 to O.Mkg/ha -1 .
  • the method of improving yield of plant increases copper uptake in groundnut while cultivating in acidic soil in the range of about 0.16 kg/ha -1 to 0.22 kg/ha -1 .
  • the method of improving yield of plant increases zinc uptake in groundnut while cultivating in acidic soil in the range of about 0.22 kg/ha -1 to 0.34 kg/ha -1 .
  • the method of improving yield of plant increases zinc uptake in groundnut while cultivating in acidic soil in the range of about 0.22 kg/ha -1 to 0.30 kg/ha -1 .
  • the method of improving yield of plant increases paddy grain yield to a range of about 4.591 ha -1 to 6.15 t ha -1 while cultivating the paddy in acidic soil.
  • the method of improving yield of plant increases paddy straw yield to a range of about 9.01 1 ha -1 to 11.301 ha -1 while cultivating the paddy in acidic soil.
  • the method of improving yield of plant increases paddy grain yield to a range of about 5.961 ha -1 to 8.05 t ha -1 while cultivating the paddy in neutral soil.
  • the method of improving yield of plant increases paddy grain yield to a range of about 6.69 t ha -1 to 8.05 t ha -1 while cultivating the paddy in neutral soil.
  • the method of improving yield of plant increases paddy grain yield to a range of about 5.961 ha -1 to 7.43 t ha -1 while cultivating the paddy in neutral soil. In an embodiment of the present disclosure, the method of improving yield of plant, increases paddy straw yield to a range of about 7.71t ha -1 to 14.741 ha -1 while cultivating the paddy in neutral soil.
  • the method of improving yield of plant increases paddy straw yield to a range of about 7.71 1 ha -1 to 10.03t ha -1 while cultivating the paddy in neutral soil.
  • the method of improving yield of plant increases paddy straw yield to a range of about 9.25 t ha -1 to 14.741 ha -1 while cultivating the paddy in neutral soil.
  • the method of improving yield of plant increases paddy grain yield to a range of about 7.521 ha -1 to 9.22 t ha -1 while cultivating the paddy in alkaline soil.
  • the method of improving yield of plant increases paddy grain yield to a range of about 7.671 ha -1 to 9.041 ha -1 while cultivating the paddy in alkaline soil.
  • the method of improving yield of plant increases paddy straw yield to a range of about 8.41 1 ha -1 to 13.721 ha -1 while cultivating the paddy in alkaline soil.
  • the method of improving yield of plant increases paddy straw yield to a range of about 8.41 1 ha -1 to 12.71 1 ha -1 while cultivating the paddy in alkaline soil.
  • the method of improving yield of plant increases paddy straw yield to a range of about 9.55 t ha -1 to 13.721 ha -1 while cultivating the paddy in alkaline soil.
  • the method of improving yield of plant increases maize cob yield to a range of about 6.551 ha -1 to 8.611 ha -1 while cultivating the maize in acidic soil. In an embodiment of the present disclosure, the method of improving yield of plant, increases maize stalk yield to a range of about 8.48 t ha -1 to 11.34 t ha -1 while cultivating the maize in acidic soil.
  • the method of improving yield of plant increases maize cob yield to a range of about 3.84 t ha -1 to 8.69 t ha -1 while cultivating the maize in neutral soil.
  • the method of improving yield of plant increases maize stalk yield to a range of about 6.45 t ha -1 to 10.371 ha -1 while cultivating the maize in neutral soil.
  • the method of improving yield of plant increases maize cob yield to a range of about 5.34 t ha -1 to 9.24 t ha -1 while cultivating the maize in alkaline soil.
  • the method of improving yield of plant increases maize stalk yield to a range of about 7.31 1 ha -1 to 10.75 t ha -1 while cultivating the maize in alkaline soil.
  • the method of improving yield of plant increases groundnut kernel yield to a range of about 1233 kg/ha -1 to 2093 kg/ha -1 while cultivating the groundnut in neutral soil.
  • the method of improving yield of plant increases groundnut haulm yield to a range of about 3509 kg/ha -1 to 5547 kg/ha -1 while cultivating the groundnut in neutral soil.
  • the method of improving yield of plant increases groundnut kernel yield to a range of about 1205 kg/ha -1 to 2026 kg/ha -1 while cultivating the groundnut in acidic soil.
  • the method of improving yield of plant increases groundnut kernel yield to a range of about 1205 kg/ha -1 to 2015 kg/ha -1 while cultivating the groundnut in acidic soil. In another embodiment of the present disclosure, the method of improving yield of plant, increases groundnut kernel yield to a range of about 1227 kg/ha -1 to 2026 kg/ha -1 while cultivating the groundnut in acidic soil.
  • the method of improving yield of plant increases groundnut haulm yield to a range of about 3898 kg/ha -1 to 6502 kg/ha -1 while cultivating the groundnut in acidic soil.
  • the method of improving yield of plant increases groundnut haulm yield to a range of about 3964 kg/ha -1 to 6502 kg/ha -1 while cultivating the groundnut in acidic soil.
  • the method of improving yield of plant increases groundnut haulm yield to a range of about 3898 kg/ha -1 to 5346 kgha -1 while cultivating the groundnut in acidic soil.
  • the method of improving yield of plant increases groundnut oil yield to a range of about 539 kgha -1 to 941 kg/ha -1 while cultivating the groundnut in neutral soil.
  • the method of improving yield of plant increases groundnut protein yield to a range of about 372 kg/ha -1 to 681 kgha -1 while cultivating the groundnut in neutral soil.
  • the method of improving yield of plant increases groundnut oil yield to a range of about 359 kg/ha -1 to 981 kg/ha -1 while cultivating the groundnut in acidic soil.
  • the method of improving yield of plant increases groundnut oil yield to a range of about 554 kg/ha -1 to 981 kg/ha -1 while cultivating the groundnut in acidic soil.
  • the method of improving yield of plant increases groundnut oil yield to a range of about 359 kg/ha -1 to 789 kg/ha -1 while cultivating the groundnut in acidic soil.
  • the method of improving yield of plant increases groundnut protein yield to a range of about 320 kg/ha -1 to 812 kg/ha -1 while cultivating the groundnut in acidic soil.
  • the method of improving yield of plant increases groundnut protein yield to a range of about 344 kg/ha -1 to 624 kg/ha -1 while cultivating the groundnut in acidic soil.
  • the present disclosure further relates to use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner for conditioning soil including but not limited to acidic soil, neutral soil and alkaline soil.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner increases pH of the soil and increases electrical conductivity of the soil.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner increases pH of the acidic soil to a range of about 4.5 to 5.84.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating paddy increases pH of the acidic soil in the range of about 4.56 to 5.0.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating maize increases pH of the acidic soil in the range of about 4.58 to 5.35.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating groundnut increases pH of the acidic soil in the range of about 4.80 to 4.92.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating groundnut increases pH of the acidic soil in the range of about 5.77 to 5.84.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner increases pH of the neutral soil to a range of about 6.83 to 8.13.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating paddy increases pH of the neutral soil in the range of about 7.60 to 7.94.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating paddy increases pH of the neutral soil in the range of about 7.94 to 8.13.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating maize increases pH of the neutral soil in the range of about 6.83 to 7.10.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating maize increases pH of the neutral soil in the range of about 7.10 to 7.40.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating groundnut increases pH of the neutral soil in the range of about6.93 to 7.76.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner increases pH of the alkaline soil to a range of about 9.0 to 9.4.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating paddy increases pH of the alkaline soil in the range of about 9.04 to 9.37.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating paddy increases pH of the alkaline soil in the range of about 9.04 to 9.23.
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner increases electrical conductivity of the acidic soil to a range of about 0.059 dSm -1 to 0.24 dSm -1 .
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating paddy increases electrical conductivity of the acidic soil in the range of about 0.06 dSm -1 to 0.24 dSm -1 .
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating maize increases electrical conductivity of the acidic soil in the range of about 0.08 dSm -1 to 0.14 dSm -1 .
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating groundnut increases electrical conductivity of the acidic soil in the range of about 0.037 dSm -1 to 0.059 dSm -1 .
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating groundnut increases electrical conductivity of the acidic soil in the range of about 0.089 dSm -1 to 0.107 dSm -1 .
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner increases electrical conductivity of the neutral soil to a range of about 0.014 dSm -1 to 0.42 dSm -1 .
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating paddy increases electrical conductivity of the neutral soil in the range of about 0.23 dSm -1 to 0.48 dSm -1 .
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating maize increases electrical conductivity of the neutral soil in the range of about 0.28 dSm -1 to 0.42 dSm -1 .
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating groundnut increases electrical conductivity of the neutral soil in the range of about 0.014 dSm -1 to 0.092 dSm -1 .
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner increases electrical conductivity of the alkaline soil to a range of about 0.32 dSm -1 to 0.75 dSm -1 .
  • the use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner while cultivating paddy increases electrical conductivity of the alkaline soil in the range of about 0.34 dSmf 1 to 0.44 dSm -1 .
  • the present disclosure further relates to use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner for improving uptake of nutrient by a plant including but not limited to paddy, maize and groundnut.
  • said use of improving the nutrient uptake of plant wherein the nutrient is selected from a group comprising nitrogen, phosphorous, potassium, calcium, magnesium, sulphur, silicon, iron, manganese, copper, zinc and any combination thereof.
  • said use of improving the nutrient uptake of plant, wherein the nitrogen uptake in paddy while cultivating in neutral soil is improved in the range of about 125 kg/ha -1 to 226 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the nitrogen uptake in paddy while cultivating in neutral soil is improved in the range of about 146 kg/ha -1 to 210 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the nitrogen uptake in paddy while cultivating in neutral soil is improved in the range of about 125 kg/ha -1 to 226 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the phosphorus uptake in paddy while cultivating in neutral soil is improved in the range of about 16 kg/ha -1 to 51 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the phosphorus uptake in paddy while cultivating in neutral soil is improved in the range of about 16 kg/ha -1 to 34 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the phosphorus uptake in paddy while cultivating in neutral soil is improved in the range of about 27 kg/ha -1 to 51 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in paddy while cultivating in neutral soil is improved in the range of about 146 kg/ha -1 to 334 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in paddy while cultivating in neutral soil is improved in the range of about 160 kg/ha -1 to 334 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in paddy while cultivating in neutral soil is improved in the range of about 146 kg/ha -1 to 224 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in paddy while cultivating in neutral soil is improved in the range of about 43 kg/ha -1 to 127 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in paddy while cultivating in neutral soil is improved in the range of about 43 kg/ha -1 to 75 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in paddy while cultivating in neutral soil is improved in the range of about 53 kg/ha -1 to 127 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in paddy while cultivating in neutral soil is improved in the range of about 22 kg/ha -1 to 58 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in paddy while cultivating in neutral soil is improved in the range of about 22 kg/ha -1 to 38 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in paddy while cultivating in neutral soil is improved in the range of about 22 kg/ha -1 to 58 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the sulphur uptake in paddy while cultivating in neutral soil is improved in the range of about 12 kg/ha -1 to 24 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the silicon uptake in paddy while cultivating in neutral soil is improved in the range of about 440 kg/ha -1 to 750 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the iron uptake in paddy while cultivating in neutral soil is improved in the range of about 3.02 kg/ha -1 to 6.33 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the iron uptake in paddy while cultivating in neutral soil is improved in the range of about 4.25 kg/ha -1 to 6.33 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the iron uptake in paddy while cultivating in neutral soil is improved in the range of about 3.02 kg/ha -1 to 6.21 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the manganese uptake in paddy while cultivating in neutral soil is improved in the range of about 1.83 kg/ha -1 to 4.33 kg/ha -1 .
  • said use of improving the nutrient uptake, wherein the manganese uptake in paddy while cultivating in neutral soil is improved in the range of about 1.8 kg/ha -1 to 2.8 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the manganese uptake in paddy while cultivating in neutral soil is improved in the range of about 2.00 kg/ha -1 to 4.01 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the copper uptake in paddy while cultivating in neutral soil is improved in the range of about 0.08 kg/ha -1 to 0.21 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the copper uptake in paddy while cultivating in neutral soil is improved in the range of about 0.08 kg/ha -1 to 0.17 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the copper uptake in paddy while cultivating in neutral soil is improved in the range of about 0.14 kg/ha -1 to 0.21 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in paddy while cultivating in neutral soil is improved in the range of about 0.37 kg/ha -1 to 0.75 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in paddy while cultivating in neutral soil is improved in the range of about 0.37 kg/ha -1 to 0.65 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in paddy while cultivating in neutral soil is improved in the range of about 0.40 kg/ha -1 to 0.58 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the nitrogen uptake in paddy while cultivating in alkaline soil is improved in the range of about 139 kg/ha -1 to 224 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the nitrogen uptake in paddy while cultivating in alkaline soil is improved in the range of about 139 kg/ha -1 to 217 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the nitrogen uptake in paddy while cultivating in alkaline soil is improved in the range of about 144 kg/ha -1 to 224 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the phosphorus uptake in paddy while cultivating in alkaline soil is improved in the range of about 27 kg/ha -1 to 58 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the phosphorus uptake in paddy while cultivating in alkaline soil is improved in the range of about 33 kg/ha -1 to 58 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the phosphorus uptake in paddy while cultivating in alkaline soil is improved in the range of about 27 kg/ha -1 to 43 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in paddy while cultivating in alkaline soil is improved in the range of about 117 kg/ha -1 to 211 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in paddy while cultivating in alkaline soil is improved in the range of about 123 kg/ha -1 to 211 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in paddy while cultivating in alkaline soil is improved in the range of about 117 kg/ha -1 to 198 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in paddy while cultivating in alkaline soil is improved in the range of about 37 kg/ha -1 to 144 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in paddy while cultivating in alkaline soil is improved in the range of about 79 kg/ha -1 to 144 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in paddy while cultivating in alkaline soil is improved in the range of about 37 kg/ha -1 to 74 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in paddy while cultivating in alkaline soil is improved in the range of about 32 kg/ha -1 to 148 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in paddy while cultivating in alkaline soil is improved in the range of about 86 kg/ha -1 to 148 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in paddy while cultivating in alkaline soil is improved in the range of about 32 kg/ha -1 to 54 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the sulphur uptake in paddy while cultivating in alkaline soil is improved in the range of about 14 kg/ha -1 to 86 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the sulphur uptake in paddy while cultivating in alkaline soil is improved in the range of about 39 kg/ha -1 to 86 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the sulphur uptake in paddy while cultivating in alkaline soil is improved in the range of about 14 kg/ha -1 to 39 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the silicon uptake in paddy while cultivating in alkaline soil is improved in the range of about 534 kg/ha -1 to 1073 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the silicon uptake in paddy while cultivating in alkaline soil is improved in the range of about 589 kg/ha -1 to 1073 kg/ha -1 .
  • said use of improving the nutrient uptake of plant wherein the silicon uptake in paddy while cultivating in alkaline soil is improved in the range of about 534 kg/ha -1 to 846 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the iron uptake in paddy while cultivating in alkaline soil is improved in the range of about 2.37 kg/ha -1 to 8.24 kg/ha -1 .
  • said use of improving the nutrient uptake of plant wherein the iron uptake in paddy while cultivating in alkaline soil is improved in the range of about 4.99 kg/ha -1 to 8.24 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the iron uptake in paddy while cultivating in alkaline soil is improved in the range of about 2.37 kg/ha -1 to 4.97 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the manganese uptake in paddy while cultivating in alkaline soil is improved in the range of about 2.33 kg/ha -1 to 5.23 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the manganese uptake in paddy while cultivating in alkaline soil is improved in the range of about 2.76 kg/ha -1 to 5.23 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the manganese uptake in paddy while cultivating in alkaline soil is improved in the range of about 2.33 kg/ha -1 to 3.71 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the copper uptake in paddy while cultivating in alkaline soil is improved in the range of about 0.08 kg/ha -1 to 0.35 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the copper uptake in paddy while cultivating in alkaline soil is improved in the range of about 0.18 kg/ha -1 to 0.35 kg/ha -1 .
  • said use of improving the nutrient uptake of plant wherein the copper uptake in paddy while cultivating in alkaline soil is improved in the range of about 0.08 kg/ha -1 to 0.15 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in paddy while cultivating in alkaline soil is improved in the range of about 0.45 kg/ha -1 to 1.48 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in paddy while cultivating in alkaline soil is improved in the range of about 0.80 kg/ha -1 to 1.48 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in paddy while cultivating in alkaline soil is improved in the range of about 0.45 kg/ha -1 to 0.75 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the nitrogen uptake in paddy while cultivating in acidic soil is improved in the range of about 135 kg/ha -1 to 198 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the phosphorus uptake in paddy while cultivating in acidic soil is improved in the range of about 25 kg/ha -1 to 48 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in paddy while cultivating in acidic soil is improved in the range of about 123 kg/ha -1 to 180 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in paddy while cultivating in acidic soil is improved in the range of about 72 kg/ha -1 to 118 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in paddy while cultivating in acidic soil is improved in the range of about 78 kg/ha -1 to 123 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the sulphur uptake in paddy while cultivating in acidic soil is improved in the range of about 35 kg/ha -1 to 59 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the silicon uptake in paddy while cultivating in acidic soil is improved in the range of about 264 kg/ha -1 to 466 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the iron uptake in paddy while cultivating in acidic soil is improved in the range of about 4.64 kg/ha -1 to 6.64 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the manganese uptake in paddy while cultivating in acidic soil is improved in the range of about 2.33 kg/ha -1 to 3.08 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the copper uptake in paddy while cultivating in acidic soil is improved in the range of about 0.49 kg/ha -1 to 0.63 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in paddy while cultivating in acidic soil is improved in the range of about 0.15 kg/ha -1 to 0.21 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the nitrogen uptake in maize while cultivating in neutral soil is improved in the range of about 99 kg/ha -1 to 225 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the nitrogen uptake in maize while cultivating in neutral soil is improved in the range of about 107 kg/ha -1 to 225 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the nitrogen uptake in maize while cultivating in neutral soil is improved in the range of about 99 kg/ha -1 to 209 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the phosphorus uptake in maize while cultivating in neutral soil is improved in the range of about 14 kg/ha -1 to 43 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the phosphorus uptake in maize while cultivating in neutral soil is improved in the range of about 16 kg/ha -1 to 43 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in maize while cultivating in neutral soil is improved in the range of about 78 kg/ha -1 to 377 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in maize while cultivating in neutral soil is improved in the range of about 78 kg/ha -1 to 160 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in maize while cultivating in neutral soil is improved in the range of about 232 kg/ha -1 to 377 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in maize while cultivating in neutral soil is improved in the range of about 35 kg/ha -1 to 154 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in maize while cultivating in neutral soil is improved in the range of about 35 kg/ha -1 to 125 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in maize while cultivating in neutral soil is improved in the range of about 73 kg/ha -1 to 154 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in maize while cultivating in neutral soil is improved in the range of about 28 kg/ha -1 to 91 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in maize while cultivating in neutral soil is improved in the range of about 28 kg/ha -1 to 70 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in maize while cultivating in neutral soil is improved in the range of about 37 kg/ha -1 to 91 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the sulphur uptake in maize while cultivating in neutral soil is improved in the range of about 33 kg/ha -1 to 98 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the sulphur uptake in maize while cultivating in neutral soil is improved in the range of about 33 kg/ha -1 to 79 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the sulphur uptake in maize while cultivating in neutral soil is improved in the range of about 44 kg/ha -1 to 98 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the silicon uptake in maize while cultivating in neutral soil is improved in the range of about 133 kg/ha -1 to 240 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the silicon uptake in maize while cultivating in neutral soil is improved in the range of about 148 kg/ha -1 to 223 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the iron uptake in maize while cultivating in neutral soil is improved in the range of about 1.3 kg/ha -1 to 8.8 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the iron uptake in maize while cultivating in neutral soil is improved in the range of about 2.6 kg/ha -1 to 8.8 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the iron uptake in maize while cultivating in neutral soil is improved in the range of about 1.3 kg/ha -1 to 4.3 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the manganese uptake in maize while cultivating in neutral soil is improved in the range of about 0.5 kg/ha -1 to 1.6 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the manganese uptake in maize while cultivating in neutral soil is improved in the range of about 0.2 kg/ha -1 to 0.6 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the copper uptake in maize while cultivating in neutral soil is improved in the range of about 0.1 kg/ha -1 to 0.4 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the copper uptake in maize while cultivating in neutral soil is improved in the range of about 0.2 kg/ha -1 to 0.3 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in maize while cultivating in neutral soil is improved in the range of about 0.2 kg/ha -1 to 0.6 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in maize while cultivating in neutral soil is improved in the range of about 0.3 kg/ha -1 to 0.6 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in maize while cultivating in neutral soil is improved in the range of about 0.2 kg/ha -1 to 0.5 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the nitrogen uptake in maize while cultivating in acidic soil is improved in the range of about 152 kg/ha -1 to 239 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the phosphorus uptake in maize while cultivating in acidic soil is improved in the range of about 17 kg/ha -1 to 31 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in maize while cultivating in acidic soil is improved in the range of about 107 kg/ha -1 to 192 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in maize while cultivating in acidic soil is improved in the range of about 63 kg/ha -1 to 160 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in maize while cultivating in acidic soil is improved in the range of about 25 kg/ha -1 to 53 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the sulphur uptake in maize while cultivating in acidic soil is improved in the range of about 52 kg/ha -1 to 84 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the silicon uptake in maize while cultivating in acidic soil is improved in the range of about 209 kg/ha -1 to 257 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the iron uptake in maize while cultivating in acidic soil is improved in the range of about 5.3 kg/ha -1 to 11.4 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the manganese uptake in maize while cultivating in acidic soil is improved in the range of about 1.3 kg/ha -1 to 2.8 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the copper uptake in maize while cultivating in acidic soil is improved in the range of about 0.2 kg/ha -1 to 0.4 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in maize while cultivating in acidic soil is improved in the range of about 0.3 kg/ha -1 to 0.6 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the nitrogen uptake in groundnut while cultivating in neutral soil is improved in the range of about 207 kg/ha -1 to 261 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the phosphorus uptake in groundnut while cultivating in neutral soil is improved in the range of about 14 kg/ha -1 to 18 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in groundnut while cultivating in neutral soil is improved in the range of about 69 kg/ha -1 to 101 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in groundnut while cultivating in neutral soil is improved in the range of about 59 kg/ha -1 to 91 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in groundnut while cultivating in neutral soil is improved in the range of about 46 kg/ha -1 to 55 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the sulphur uptake in groundnut while cultivating in neutral soil is improved in the range of about 17 kg/ha -1 to 24 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the silicon uptake in groundnut while cultivating in neutral soil is improved in the range of about 41 kg/ha -1 to 55 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the iron uptake in groundnut while cultivating in neutral soil is improved in the range of about 2 kg/ha -1 to 3.0 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the manganese uptake in groundnut while cultivating in neutral soil is improved in the range of about 0.3 kg/ha -1 to 0.4 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the copper uptake in groundnut while cultivating in neutral soil is improved in the range of about 0.09 kg/ha -1 to 0.12 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in groundnut while cultivating in neutral soil is improved in the range of about 0.11 kg/ha -1 to 0.17 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the phosphorus uptake in groundnut while cultivating in acidic soil is improved in the range of about 9 kg/ha -1 to 17 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the phosphorus uptake in groundnut while cultivating in acidic soil is improved in the range of about 14 kg/ha -1 to 17 kg/ha -1 .
  • said use of improving the nutrient uptake of plant wherein the phosphorus uptake in groundnut while cultivating in acidic soil is improved in the range of about 9 kg/ha -1 to 18 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in groundnut while cultivating in acidic soil is improved in the range of about 35 kg/ha -1 to 79 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in groundnut while cultivating in acidic soil is improved in the range of about 62 kg/ha -1 to 79 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the potassium uptake in groundnut while cultivating in acidic soil is improved in the range of about 35 kg/ha -1 to 52 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in groundnut while cultivating in acidic soil is improved in the range of about 55 kg/ha -1 to 117 kg/ha -1 .
  • said use of improving the nutrient uptake of plant wherein the calcium uptake in groundnut while cultivating in acidic soil is improved in the range of about 55 kg/ha -1 to 88 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the calcium uptake in groundnut while cultivating in acidic soil is improved in the range of about 87 kg/ha -1 to 117 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in groundnut while cultivating in acidic soil is improved in the range of about 34 kg/ha -1 to 61 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the magnesium uptake in groundnut while cultivating in acidic soil is improved in the range of about 47 kg/ha -1 to 49 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the sulphur uptake in groundnut while cultivating in acidic soil is improved in the range of about 20 kg/ha -1 to 30 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the sulphur uptake in groundnut while cultivating in acidic soil is improved in the range of about 20 kg/ha -1 to 24 kg/ha -1 .
  • said use of improving the nutrient uptake of plant wherein the sulphur uptake in groundnut while cultivating in acidic soil is improved in the range of about 21 kg/ha -1 to 30 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the silicon uptake in groundnut while cultivating in acidic soil is improved in the range of about 39 kg/ha -1 to 51 kg/ha -1 .
  • said use of improving the nutrient uptake of plant wherein the silicon uptake in groundnut while cultivating in acidic soil is improved in the range of about 42 kg/ha -1 to SOkg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the iron uptake in groundnut while cultivating in acidic soil is improved in the range of about 1.8 kg/ha -1 to 4.5 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the iron uptake in groundnut while cultivating in acidic soil is improved in the range of about 2.1 kg/ha -1 to 4.1 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the manganese uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.5 kg/ha -1 to 2.1 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the manganese uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.6 kg/ha -1 to 0.8 kg/ha -1 .
  • said use of improving the nutrient uptake of plant wherein the copper uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.1 kg/ha -1 to 0.22 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the copper uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.1 kg/ha -1 to 0.14 kg/ha -1 .
  • said use of improving the nutrient uptake of plant wherein the copper uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.16 kg/ha -1 to 0.22 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.22 kg/ha -1 to 0.34 kg/ha -1 .
  • said use of improving the nutrient uptake of plant, wherein the zinc uptake in groundnut while cultivating in acidic soil is improved in the range of about 0.22 kg/ha -1 to 0.30 kg/ha -1 .
  • the present disclosure further relates to use of about 300 kg/ha -1 to 750 kg/ha -1 of the soil conditioner for improving yield of plant including but not limited to paddy, maize and groundnut.
  • said use of improving the yield of plant increases paddy grain yield to a range of about 4.59 t ha -1 to 6.15 t ha -1 while cultivating the paddy in acidic soil.
  • said use of improving the yield of plant increases paddy straw yield to a range of about 9.01 1 ha -1 to 11.301 ha -1 while cultivating the paddy in acidic soil.
  • said use of improving the yield of plant increases paddy grain yield to a range of about 5.96 t ha -1 to 8.05 t ha -1 while cultivating the paddy in neutral soil.
  • said use of improving the yield of plant increases paddy grain yield to a range of about 6.691 ha -1 to 8.05 t ha -1 while cultivating the paddy in neutral soil. In another embodiment of the present disclosure, said use of improving the yield of plant, increases paddy grain yield to a range of about 5.961 ha -1 to 7.43 t ha -1 while cultivating the paddy in neutral soil.
  • said use of improving the yield of plant increases paddy straw yield to a range of about 7.71t ha -1 to 14.741 ha -1 while cultivating the paddy in neutral soil.
  • said use of improving the yield of plant increases paddy straw yield to a range of about 7.71 1 ha -1 to 10.03t ha -1 while cultivating the paddy in neutral soil.
  • said use of improving the yield of plant increases paddy straw yield to a range of about 9.25 t ha -1 to 14.741 ha -1 while cultivating the paddy in neutral soil.
  • said use of improving the yield of plant increases paddy grain yield to a range of about 7.521 ha -1 to 9.22 t ha -1 while cultivating the paddy in alkaline soil.
  • said use of improving the yield of plant increases paddy grain yield to a range of about 7.671 ha -1 to 9.04 t ha -1 while cultivating the paddy in alkaline soil.
  • said use of improving the yield of plant increases paddy straw yield to a range of about 8.41 1 ha -1 to 13.721 ha -1 while cultivating the paddy in alkaline soil.
  • said use of improving the yield of plant increases paddy straw yield to a range of about 8.41 1 ha -1 to 12.71 1 ha -1 while cultivating the paddy in alkaline soil.
  • said use of improving the yield of plant increases paddy straw yield to a range of about 9.55 t ha -1 to 13.721 ha -1 while cultivating the paddy in alkaline soil.
  • said use of improving the yield of plant increases maize cob yield to a range of about 6.551 ha -1 to 8.61 1 ha -1 while cultivating the maize in acidic soil.
  • said use of improving the yield of plant increases maize stalk yield to a range of about 8.48 t ha -1 to 11.341 ha -1 while cultivating the maize in acidic soil.
  • said use of improving the yield of plant increases maize cob yield to a range of about 3.84 t ha -1 to 8.69 t ha -1 while cultivating the maize in neutral soil.
  • said use of improving the yield of plant increases maize stalk yield to a range of about 6.45 t ha -1 to 10.371 ha -1 while cultivating the maize in neutral soil.
  • said use of improving the yield of plant increases maize cob yield to a range of about 5.34 t ha -1 to 9.24 t ha -1 while cultivating the maize in alkaline soil.
  • said use of improving the yield of plant increases maize stalk yield to a range of about 7.31 1 ha -1 to 10.75 t ha -1 while cultivating the maize in alkaline soil.
  • said use of improving the yield of plant increases groundnut kernel yield to a range of about 1233 kg ha -1 to 2093 kg ha -1 while cultivating the groundnut in neutral soil.
  • said use of improving the yield of plant increases groundnut haulm yield to a range of about 3509 kg ha -1 to 5547 kg ha -1 while cultivating the groundnut in neutral soil.
  • said use of improving the yield of plant increases groundnut kernel yield to a range of about 1205 kg/ha -1 to 2026 kg/ha -1 while cultivating the groundnut in acidic soil. In another embodiment of the present disclosure, said use of improving the yield of plant, increases groundnut kernel yield to a range of about 1205 kg/ha -1 to 2015 kg /ha -1 while cultivating the groundnut in acidic soil.
  • said use of improving the yield of plant increases groundnut kernel yield to a range of about 1227 kg ha -1 to 2026 kg ha -1 while cultivating the groundnut in acidic soil.
  • said use of improving the yield of plant increases groundnut haulm yield to a range of about 3898 kg ha -1 to 6502 kg ha -1 while cultivating the groundnut in acidic soil.
  • said use of improving the yield of plant increases groundnut haulm yield to a range of about 3964 kg ha -1 to 6502 kg ha -1 while cultivating the groundnut in acidic soil.
  • said use of improving the yield of plant increases groundnut haulm yield to a range of about 3898 kg ha -1 to 5346 kg ha -1 while cultivating the groundnut in acidic soil.
  • said use of improving the yield of plant increases groundnut oil yield to a range of about 539 kg ha -1 to 941 kg ha -1 while cultivating the groundnut in neutral soil.
  • said use of improving the yield of plant increases groundnut protein yield to a range of about 372 kg ha -1 to 681 kg ha -1 while cultivating the groundnut in neutral soil.
  • said use of improving the yield of plant increases groundnut oil yield to a range of about 359 kg ha -1 to 981 kg ha -1 while cultivating the groundnut in acidic soil.
  • said use of improving the yield of plant increases groundnut oil yield to a range of about 554 kg ha -1 to 981 kg ha -1 while cultivating the groundnut in acidic soil. In an embodiment of the present disclosure, said use of improving the yield of plant, increases groundnut oil yield to a range of about 359 kg ha -1 to 789 kg ha -1 while cultivating the groundnut in acidic soil.
  • said use of improving the yield of plant increases groundnut protein yield to a range of about 320 kgha -1 to 812 kg ha -1 while cultivating the groundnut in acidic soil.
  • said use of improving the yield of plant increases groundnut protein yield to a range of about 344 kg ha -1 to 624 kg ha -1 while cultivating the groundnut in acidic soil.
  • Table 1 Effect of application of the soil conditioner of the present disclosure on grain and straw yield (t ha -1 ) of paddy in acidic and neutral soils,
  • the data in the figure 2 illustrates the increase in total uptake (by grain and straw of paddy) of nitrogen, phosphorus, potassium, calcium, magnesium, sulphur, silicon, iron, manganese, copper and zinc by the paddy upon application of the soil conditioner of the present disclosure over the application RDF and CG. Irrespective of soils, nutrients uptake by paddy was higher with the application of the soil conditioner of the present disclosure when compared to application of CG and RDF.
  • Table 2 depicts the increase in the pH and electrical conductivity values of the soil upon application of the soil conditioner of the present disclosure when compared to the application of CG and RDF.
  • Table 2 Effect on pH and electrical conductivity (EC) of soil upon application of the soil conditioner of the present disclosure (SBG), commercial gypsum (CG) and recommended dose of fertilizer (RDF).
  • SBG soil conditioner of the present disclosure
  • CG commercial gypsum
  • RDF recommended dose of fertilizer
  • the magnitude of per cent increase in cob and stalk yield in acidic soils upon application of the soil conditioner of the present disclosure is about 31.45% and 33.73 %, respectively.
  • the per cent increase in cob and stalk yield in neutral soils upon application of the soil conditioner of the present disclosure during 2018 was about 126.25% and 60.81%, respectively and about 72.9% and 47.1 %, respectively during 2019. Irrespective of the season and location with varied pH (acidic and neutral), application of the soil conditioner of the present disclosure recorded higher cob and stalk yield when compared with different levels of CG and RDF.
  • the data in the figure 4 illustrates the increase in total uptake (by cob and stalk of maize) of nitrogen, phosphorus, potassium, calcium, magnesium, sulphur, silicon, iron, manganese, copper and zinc by the maize upon application of the soil conditioner of the present disclosure over the application RDF and CG. Irrespective of soils, nutrients uptake by maize was higher with the application of the soil conditioner of the present disclosure when compared to application of CG and RDF.
  • Table 4 depicts the increase in the pH and electrical conductivity values of the soil upon application of the soil conditioner of the present disclosure when compared to the application of CG and RDF.
  • Table 4 Effect on pH and electrical conductivity (iC) of soil upon application of the soil conditioner of the present disclosure (SBG), commercial gypsum (CG) and recommended dose of fertilizer (RDF).
  • SBG soil conditioner of the present disclosure
  • CG commercial gypsum
  • RDF recommended dose of fertilizer
  • Basal + split application treatments received 50% of SBG at sowing (basal) and 50% of SBG at peg initiation stage (split).
  • SBG were broadcasted manually and then thoroughly mixed in soil by using hand hoe, while for split application, SBG was hand placed near the established plants.
  • Basal dose of SBG application is to meet the initial requirement of plant and to facilitate better root growth and crop establishment and top dressing is to facilitate peg formation and development and to enhance higher uptake of nutrients by reducing the loss of fertilizers and increase yield of ground nut.
  • Table 5 depicts the effect of the soil conditioner of the present disclosure on yield of groundnut kernel and groundnut haulm in acidic and neutral soil.
  • Table 5 Effect of application of the soil conditioner of the present disclosure on kernel am haulm yield (kg ha -1 ) of groundnut in acidic and neutral soils,
  • the data in the figure 6 illustrates the increase in total uptake (by kernel and haulm of groundnut) of nitrogen, phosphorus, potassium, calcium, magnesium, sulphur, silicon, iron, manganese, copper and zinc by the groundnut upon application of the soil conditioner of the present disclosure over the application POP. Irrespective of soils, nutrients uptake by groundnut was higher with the application of the soil conditioner of the present disclosure when compared to application of POP.
  • Table 6 depicts the increase in the pH and electrical conductivity values of the soil upon application of the soil conditioner of the present disclosure when compared to the application of POP and RDF.
  • Table 6 Effect on pH and electrical conductivity (EC) of soil upon application of the soil conditioner of the present disclosure, POP and RDF.
  • Data in Figure 7 depicts increase in oil and protein yield of groundnut in acidic and neutral soil upon application of the soil conditioner of the present disclosure when compared to application of POP. Irrespective of location and type of soil, higher oil and protein yield of groundnut was recorded with application of the soil conditioner of the present disclosure.

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  • Soil Conditioners And Soil-Stabilizing Materials (AREA)

Abstract

La présente divulgation concerne une composition d'agent de conditionnement du sol. L'agent de conditionnement du sol favorise le conditionnement du sol, améliore la croissance et le rendement d'une plante, améliore l'absorption des nutriments par la plante. La divulgation concerne également un procédé de préparation d'agent de conditionnement du sol. La présente divulgation concerne également un procédé d'amélioration de la croissance et du rendement d'une plante, un procédé d'amélioration de l'absorption des nutriments par la plante et un procédé de conditionnement du sol. L'agent de conditionnement du sol est efficace pour favoriser la croissance et le rendement d'une plante, efficace dans l'absorption des nutriments par la plante et efficace dans l'amélioration des propriétés du sol lorsqu'il est comparé à du gypse commercialement disponible et une dose recommandée d'agent fertilisant.
PCT/IB2022/050134 2021-01-20 2022-01-10 Agent de conditionnement du sol et applications associées à celui-ci WO2022157593A1 (fr)

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CN202280021165.XA CN117043303A (zh) 2021-01-20 2022-01-10 一种土壤调理剂及其相关应用
EP22703971.6A EP4281514A1 (fr) 2021-01-20 2022-01-10 Agent de conditionnement du sol et applications associées à celui-ci

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IN202131002666 2021-01-20
IN202131002666 2021-01-20

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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20120060575A1 (en) * 2010-09-10 2012-03-15 Harsco Corporation Agricultural blend and process of forming an agricultural blend
WO2013142957A1 (fr) * 2012-03-29 2013-10-03 Orbite Aluminae Inc. Procédés de traitement de cendres volantes

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20120060575A1 (en) * 2010-09-10 2012-03-15 Harsco Corporation Agricultural blend and process of forming an agricultural blend
WO2013142957A1 (fr) * 2012-03-29 2013-10-03 Orbite Aluminae Inc. Procédés de traitement de cendres volantes

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CN117043303A (zh) 2023-11-10
EP4281514A1 (fr) 2023-11-29

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