AU2021102337A4 - Hard Waste and Soft- Waste Convert Value-added Products - Google Patents

Abstract

Our Invention Hard Waste and Soft- Waste Convert Value-added Products like (Compost, Fuel, Plastic Tiles, Metallic Plastic Floor Tiles, Etc. in order to get maximum skin hydration and minimal soil retention, all, and exposure to microbes, to get optimal nutrient uptake, Soaking and Physical/chemical Sample preparation is combined with an extra round of organic stabilization agents, namely wet agents and fertilizer agents, then High/Long Reactive Chemical/Pressure stabilization (activation) followed by Advanced Organic Separation (Dec) then Product (refining) allows use of several complex to isolate and neutralize more expensive nutrients, such as in the stabilized product. The bio plastic processing uses a heterogeneous waste, to produce biome thane , and aerobic bores Effluent, and bio play to help the material in biodegradation while also reducing the amount of waste produced incorporates the mix of species that have naturally occurring pathogens with the polymeric media into a reaction mixture that causes mixture, provides heat to aid oxidation of the materials, then incubates the mix, maintains at a degree favourable conditions for the species to spring up, and propagate the pathogens already present, and self-colonizing and development, and onj microbes to decomposing the content in a mixture, and thus accelerating the overall process, and dna was extracted into a commodity in the mix in a short span of time. TOTAL NO OF SHEET: 03 NO OF FIG:03 00 ~Star n Sft and HaidrWaste10 10 Tranporaton and Dsposal LAndfil Unit IOpen Burning RecyCrMin~ Fig.1: Solid Waste Conversion Process.

Description

TOTAL NO OF SHEET: 03 NO OF FIG:03

00 ~Star n

Sft and HaidrWaste10

10 Tranporaton and Dsposal

LAndfil Unit IOpen Burning RecyCrMin~

Fig.1: Solid Waste Conversion Process.

FIELD OF THE INVENTION Our Invention is related to a Hard Waste and Soft- Waste Convert Value-added Products like (Compost, Fuel, Plastic Tiles, Metallic Plastic Floor Tiles, Etc.)

BACKGROUND OF THE INVENTION

Not only unusable substances, but even valuable and reusable ones, resources are included in large amounts of waste. If functional areas of the organization are not obtained by selling any of the waste as either intermediate methods' raw material or as is, there is an economic incentive to converting it into operating materials, it can become raw material for new processes. Even if the present separation and recycling methods are not fully economical, the existence of various synthetic polymers ensures that the need for effective means of doing so at the end of the life cycle exists.

As a food processing is carried out using a comprehensive concept: tracking, quantifying, and categorizing leftover commodity quantities from a production process that is carried out on in the vegetable industry in Part A an inquiry which extends well beyond the above and beyond these sources was done, and a compendium of their findings contains more than 160 articles from various nations and our own analyses summarises the following them; their findings expand upon existing information, and provide potential in the food items for the ahead.

When we examine three architectures in Part B, the key aim of a clean development method is to be directly illustrated: Intra nutrients in fresh produce juice and baked goods, ready-to-to-eat goods vegetherbiotics as a methodology: 2.Starters containing fruit peelings as sole materials: soya roots and vegetable flesh as a sole ingredients to be used in the production of plant-based recipes bioadhesives for water treatment (using vegetation as anode and electrolysis to make liquid fertilizer); waste biopres for bioconversion

I think the investigations have the possibility of future to be included in the listed industrial branch. It is reasonable to extrapolate the definition from the theory, as it applies to many industrial food-producing sectors. The aim of this field of production is to find the most economical approaches to conserve the climate and, while being convenient and suitable for the general population. Not only is it feasible to expand into many different countries, but desirable, it's a veritable challenge to do so.

Instead of a conventional composting, the subject's process offers a novel and improved approach to processing. The subject-matter of the invention is not to use long-term microorganisms for manure development, but rather to "stabilize," "ease of degradation," and to " enable" remaining "mildly degradable organics" in thermal chemical industrial means in order to produce substances with relatively high digestive health and holding ability, moisture uptake, impurity removal, toxic substances

'Easy decomposable,' including proteins, carbohydrates, sugars and fats, are typically organic compounds which make organic residuals putrescible and pollute, carry diseases, pests and other sources of pollutants. With the assistance of hydraulic and oxidation products the subject innovation produces relatively high temperature, high pressure, aqueous phases and partially oxidizing conditions, which "maintain" the quickly degradable organics within decades. In such conditions, certain volatile organic compounds can be destroyed within ten minutes as well. If compounds include heavy metals beyond limitations, those chemical substances that will be addressed later in this discovery may be stabilized in the same reactor.

The'modestly recyclable bioactive molecules'such as the MSW and other green matter are processed further to release lignocelluloses materials to a large extent and slightly to turn them into fibrous and hemi compounds either by vapor and biochemical treatment to "activate" the features of cellulosic drugs (i.e. celluloses, hemicelluloses and lignin). In this way it is possible to achieve the above described high rate of output and better compost values. Though thermal chemical, thermal, and mechanical therapies have all been used for organic waste management, the most often, the latest trend is towards inorganic processes including hydrolysis, oxidation, gasification, and autoclave treatments When it comes to development of high-grade composts, almost all of these methods are intended for microbial degradation and/energy production of the concentrate is on these goals rather than for composting. There are several of the above procedures that approximate the basic concepts of wet condensation reactions and steam eruption, but other ones, such as plasma and others, use various concepts that are distinctly different.

According to the USGS, the type of disposal of recycling in the US is by far is land filling, which covers a very small portion of the market, and the landfill covers a tiny portion of the remainder.

It is also commonplace for waste to be dumped onto landfills in very thin layers. These are compacted layer upon layer by heavy machinery, which makes future layers more solid. Although ten feet of waste has been piled on top of it, the landfill, it has been compacted to the thickness of the earth as well. It is assumed that polluting the surface and groundwater is regulated by lining and cultivating the fill, trying to divert streams to low-lying areas, putting the fill in areas below the high water table, cultivating alternative soil, choosing suitable disposal areas, and lowering upland soil moisture, and controlling surface water.

Land filling may be problematic, with higher land filling and declining landfill supply, as well as the possibility of natural streams water contamination. According to certain reports, decomposing agricultural waste and burning gases are also said to result in the generation of flammable gases. This necessitates frequent and/responsible sealing of enterprise is a business of the landfill to reduce these hazardous situations. Land filtration was valued as the most since resource recovery costs account for 75% of dumping expenses.

This process of reuses a lot of resources before processing or disposing of solid waste is referred to as "resource recycling," or "crushing solid waste". Examples of the services to be retrieved involve items which are often found in waste generated, such as materials. Since you said you were interested in getting rid of lighter stuff from the city trash, you might also consider using a light grinder, which expels only light pieces and another mechanism to separate the light from the other fractions, or filtering the air that was left over the light particles and get rid of all the light weight. In order to recover raw materials, various resource-recycling methods attempt to make (i.e. The two main ones are among these are) to transform garbage into a lower-value commodity and the second, to turn solid waste into useful substances.

A waste management strategy is the transfer of waste into resources by various means, including conversion, processing, and reprocessing. In the past, the most often used way to transform garbage into electricity has been the incineration of the garbage. This way of getting energy is becoming less and less useful owing to both the high cost, thus, becoming a rarer nowadays. Easily further explained, there has been an increase in air pollution requirements and the results of this and general awareness regarding the negative impact on the environment have resulted in new technology to help the disposal of urban waste.

According to the different possibilities of using vegetable wastes for either value creation or bio fuel processing, the possibility of managing food waste in an effective manner is pretty good. It is imperative that effective waste management strategies be implemented. There is no one optimal strategy for dealing with the problem of waste, only strategies for dealing with the sources of waste. According to the various research studies, socioeconomic aspects (especially population growth, rising income, demographics, waste production, and packaging) have to be taken into consideration when it comes to the selection of an effective recycling strategy. First, food is wasted as a result of domestic practises and then big- it is an issue that is prevalent on an industrial scale.

Waste management strategies are, for landfills, methods that include composting, landfill disposal through incineration, and for those in undeveloped nations, generally untreated human waste. In a small scale, much of the time, wastes are regularly gathered and either burned or land filled (Sandra, 2006). Both the environment and human health are severely impacted by this decision. Since food scraps decompose by different kinds of these two mechanisms, landfills are referred to as general composting sites or landfill bio resources. Using manure to raise livestock and burning coal for heat emits various greenhouse gases, or climate, gases that exacerbate global warming (Brown & David, 1994).

Food waste has to be resolved with the goal of producing useful goods that are both eco-friendly and effective. More useful goods can be obtained from carrots, onions, beets, and sugar thanking. A feature of value-added products is their ability to double or triple their content when cooked; they may, as a rule, produce more, grow to, become, double or triple in weight and in content, and three times as much, and transform into, liquefy, and then convert into, a viscous syrup.

OBJECTIVES OF THE INVENTION

1) The objective of the invention is to a Hard Waste and Soft- Waste Convert Value added Products like (Compost, Fuel, Plastic Tiles, Metallic Plastic Floor Tiles, Etc. in order to get maximum skin hydration and minimal soil retention, all, and exposure to microbes, to get optimal nutrient uptake, Soaking and Physical/chemical Sample preparation is combined with an extra round of organic stabilization agents, namely wet agents and fertilizer agents, then High/Long Reactive Chemical/Pressure stabilization (activation) followed by Advanced Organic Separation (Dec) then Product (refining) allows use of several complex to isolate and neutralize more expensive nutrients, such as in the stabilized product. 2) The other objective of the invention is to a bio plastic processing uses a heterogeneous waste, to produce biome thane, and aerobic bores Effluent, and bio play to help the material in biodegradation while also reducing the amount of waste produced incorporates the mix of species that have naturally occurring pathogens with the polymeric media into a reaction mixture that causes mixture, provides heat to aid oxidation of the materials, then incubates the mix, maintains at a degree favourable conditions for the species to spring up, and propagate the pathogens already present, and self-colonizing and development, and onj microbes to decomposing the content in a mixture, and thus accelerating the overall process, and dna was extracted into a commodity in the mix in a short span of time. 3) The other objective of the invention is to a a functional plastic floor tile produced by using waste PVC and agricultural waste, belonging to the technology field of floor tile production using the plastic waste in building industry. In our country, the annual consumption of the waste from the PVC plastic film only reaches up to 1.686 million tons, seriously polluting the air and affecting human health. 4) The other objective of the invention is to a solution of the invention is to turn waste into wealth, save energy, and benefit the human, namely producing functional floor tile by mixing, rolling and injection molding the recycling PVC agricultural film and straws like wheat-straw, cotton stalks, biogases and chitin extracted from the shell of natural animals like crab or shrimp, and chitosan viscose fiber, the medical stone's fine powder that releases trace element and nano far-infrared anion powder JLSUN TM 900 sold in the market, stabilizer, lubricant and plasticizer etc.

SUMMARY OF THE INVENTION the problem of food waste is one of critical importance for the whole humankind Food waste, which is made up of carbs, fats, organics, and inorganic compounds, is biodegradable. This accounts for discharge comes from food manufacturing, the hospitality and the home, and food service sectors.

To avoid food waste, proper food handling is of utmost importance When food waste is collected, it is normally incinerated or discarded in open spaces where both immediate harm to the atmosphere and long-term health problems may arise. Food waste may be handled through processes that provide plant substances such as nutraceuticals, dyes, bioactive agents, feed, cosmetics, dyes, tannins, glycerins, vitamins, nutrients, or colours, which are all derived from various sources, as well as fertilisers, or an oils, or by chemical and nutritional supplements, or additives such as biofuels, etc. Value-added goods that result from food waste can be rather environmentally beneficial. Instead of merely going through the various kinds of recycling materials, the chapter would emphasise different price items from food waste.

Food and garbage is widely valuable due to the strong useful carbon; you will find and collect several things that have little purpose other than that in kitchens or restaurants in any area of the world Although there are several approaches to harnessing food waste for electricity or biogas as a productive asset, conventional conversion of food to soil seems to be problematic when applied to foods with varying degrees of moisture and other elements inside.

Much of the current writing is focused on laying out the scenarios and what results could occur if food is not properly disposed of. We've mentioned the social, economic, and environmental aspects of food solid wastes along with its potential environmental impact in regard to greenhouse gas and fertilizer pollution from restaurants in the times leading up to this statement. On that subject, a huge obstacle in collecting, storing, and converting organic food and agricultural waste products to useful products is pointed out as well. Food post-treatment items may often have a wide economic benefit in and includes valuable additions such as beverages, like water from waste, which is first used to preserve the substance prior to treatment for distribution.

Overall Treatment Processes and Objectives

This current innovation, dealing with both processes and materials, hopes to use up to a high level of organic matter and increase the overall efficiency of compost processing. The innovation as a large and overarching concept can be discussed briefly by means of a flowchart or as a flowchart illustrates the general method and task. Until these materials have been treated, they go through the Product, Bagging, Processing, and Refining processes to produce finished composts. There are several types of equipment that can be obtained, as a screening, mechanical therapy, and then retrogressing, and for the above secondary treatment. by this discovery, but also. i. in that case, i.e., namely, the three well-known treatment processes that are produced by it are: the following are examples of the three: Physical-Chemical Treatment, High Productivity Recovery, and High Productivity Activation The seven substances which work together to wet, coatings, adhere, and fix activator treatments include wetting agents, binding, and fixing agents, as well as the three (NP and K) nutrients and three minerals (F,Ca, and Mg).

Waste Screening Process

The first process they follow is the incoming waste and recycled materials entering the investigation is the Screening Process. In the screening phase, there are three kinds of objectives: (defeat the enemy troops, destroy buildings, and capture areas of strategic importance). of every non-inorganic substance (1) Is essential for treating the incoming waste, (2) a paraphore sislecic includes the task of separating out products that may not be inorganic (typically such as the plastics, rubber, and textile materials, and 3) Separation and cleansing of the inorganic items (mostly refractory) waste. Many environmental contaminants (solid, liquid, and gas) may be handled without undergoing the interventions mentioned above.

above will need above applications for the purposes of the above criteria to be applied: MSW from mining and waste produced in landfills may be used for these objectives Another method of waste purification that is listed in the paragraph above includes expanding and purifying selected substances, specific organic matter, and nutrient material, and compost to be produced. Since a better quality composts like yard trimmings or yard waste produced from municipal facilities, such as green waste or farm waste, can be used in the treatment phase, can be put back into water treatment.

Manual and mechanistic methods are used to evaluate screen expansion partially, while computer methods are used to expand completely depending on the types of the packets and the cost-effectiveness of the screening An alternative to batch work is an is a primary treatment procedure that includes physical or chemical application, such as Thermal Expansion, or Mechanical Expansion.

Via this method, plant-based recovery, there is a need for little additional logistics complexity in moving material to alternative recycling facilities. waste dewatering process is to prevent odors absorption and dispersion is to be performed in an environment where there is negative pressure Aeropur or purification systems including activated carbon can be used on the air to help the collected gas before being sent to the vehicle. These are able to expedite the overall trash treatment processes and throughout the area and can handle the remaining inorganic waste from the region after the recyclable materials have been collected and purged by other solid waste collection devices such as pulsating and tram filters if needed.

Mechanical Pretreatment Process

The three purposes of mechanical prophylaxis are: size reduction, breakage, and dissolution of fibrous matter, together with further filtration and clarification of residuals and mixing of incoming waste. For this purpose, the ultimate goal of chemical treatment is to prepare raw materials with excellent purity and essential elements for three of superior composts.

During this classification schemes, one of the most critical tasks is to reduce the brittleness of lingo cellulose materials. It is well established in the art that higher or more fine and dis persistent feature of well graded or diluted materials are reached as more flax and components are collected from lingo callous biomass. Inherent advantages of this procedure and the subsequent physical and chemical processing, along with the resulting stabilization procedure and procedure resulting from the previous innovation are crucial components of the project. This recommended system and equipment would be a great help to the standard composting method since it is very difficult or will still be inadequate to reach consistency. Where no appreciable nitrogen or carbon source is available, hydrolysis would not proceed, however with amino acid fermentation is better than these current recycling methods in terms of speeding up the decomposition.

The primary materials are readily available to plants, and can be turned into lignocelluloses, since they are the predominant in the plant world. Aubiquefers contain approximately 50% of biomass and its dissociated components. These values were discovered by the USEPA with regard to MSW in the US in 2006, which includes USM content according to which estimated from MSW estimates. Products, these are other material fractions removed by means of inorganic extraction, the volume of these other organic fractions which range from about 70% to about 80% of the total contents of these inorganic materials (wet basis). Expanded, or simplified: The main ingredients for high-quality composting are free of lignin and residual sugar and cellulose. Biosoltonized cellulose and their fungal holmic compounds have an exceptionally strong nutritional capacity for absorption in the presence of water.

With the use of wetting and binding agents, the above-characterized components may be combined to further strengthen the above-described attributes and provide a wide variety of different improvements in soil structure. Removes ligninolenic substances and celluloses using white fungus disassociation, acid disassociation, dilute acid, use of high temperature in the form of the reagent liquid ammonia (a known form of ammonia, for example), treatment with the alkaline reagent (an example of a base is ammonia solution), using a microwave (known as a CIM + DE + the irradiation from a pressure cooker + the cooking it in water at high temperature) Regardless of whatever process is utilized, there are a few required first measures, such as treatment with hemicelluloses or hemicellulce, as well as size reduction and disaggregation of the fibers, which must be followed to obtain the results. Mechanical Pretreatment therefore came up since it's relevant to the case.

This method of mechanical treatment requires scraping and scraping is needed. Grinding, Primary: mill and shredders may be used for the study: High Efficiency Mill and Shredd: mills are also required for the research project. It's established that for different applications, special criteria, purposes including wind and water erosion and the degree of disassociation (expansion) required to produce compost may be diverse (extended). Batch sizes may be as tiny as 0.05 to 2 mm in the field, and to surface amelioration treatments or enhancements, such as weed control, they are typically much larger, between 2 and 5 mm in size. It is appropriate to use as wide as 1cm to cm in the application of soil cover to combat unwanted germination or keep the soil surface free of weeds under control.

Other food recovery strategies are included, with facilities can be combined with food waste recycling, or in certain cases are sitting next to storage facilities, to yield more productive facilities. Also, a bioplasmics fluidly connected to an input to receive various kinds of waste (both homogenous and homo- and hetero-chemicals waste streams) is used for extraction; this component serves to help mechanically dis-fibers the diverse compostable component, with the help of which to recyclable matter, and de "waste matter (a heterogeneous mix of both hetero- and heterogenic and haemic waste) to provide biogasolic effluent.

BRIEF DESCRIPTION OF THE DIAGRAM Fig.1: Solid Waste Conversion Process Fig.2: Waste Convent Liquid Process. Fig.3: Waste Convent Tiles Process

DESCRIPTION OF THE INVENTION

FIG.1: Public sanitation involves immolate The invention is also including a functional plastic floor tile produced by using waste PVC and agricultural waste, belonging to the technology field of floor tile production using the plastic waste in building industry. In our country, the annual consumption of the waste from the PVC plastic film only reaches up to 1.686 million tons, seriously polluting the air and affecting human health. The solution of the invention is to turn waste into wealth, save energy, and benefit the human, namely producing functional floor tile by mixing, rolling and injection molding the recycling PVC agricultural film and straws like wheat-straw, cotton stalks, biogases and chitin extracted from the shell of natural animals like crab or shrimp, and chitosan viscose fiber, the medical stone's fine powder that releases trace element and nano far infrared anion powder JLSUN TM 900 sold in the market, stabilizer, lubricant and plasticizer etc.

on, anaerobic digestion, and pyrolysis. our community is going to have to face a severe difficulty in managing the increased quantity of generated urban solid wastes A type of pollution was emitted from the cumulative trash that triggered a variety of ecological issues, environmental damage, such as the emission of carbon dioxide from an unchecked garbage dumps. In addition, an increase in amounts of waste has created a

[has also caused] a waste treatment scarcity of places, meaning a problem for waste disposal, and thus a hazardous waste can't be managed as sustainably as before.

This had widespread repercussions that necessitated the release of information about the problem, leading to the need for time progressed in order to limit environmental contamination. In order to maximize sustainability, these efforts include a variety of methods such as expanded recycling, composting, and reuse of products in place of garbage reduction. Their focus is to raise awareness and provide opportunities for recycling of urban solid waste, along with processing of non-energy materials into energy and chemicals. The fermentation may be carried out using a variety of different biotechnological methods, including anaerobic digestion or thermo chemical treatment (e.g., paralysis).

The last several decades of research have proven useful in developing this method, with successful results, and many articles are available demonstrating that of urban waste to energy and chemicals. A analysis is found here of the waste management practices that were first instituted in the EU during the past decade ago including a description of these practices.

Non- or i.e. pre and -consumer material study occurred to see how systems and procedures might be used to turn recyclable and/reused post-residuary goods to products with valuable materials. A database of associations and businesses or corporations in the waste and wastewater sector who have done business recently has been constructed.

These projects are ready for immediate conversion of both short- and long-term MSW opportunities. A listing of both of short- and long-term MSW projects and their processes have been made to include both near-term and industrial systems as a tool and process development opportunities have been found. jurisdictions that are looking at various solutions to land filling were pinpointed and a number of states took the lead in researching them. A substantial body of literature was produced during the process of the research and was incorporated into the study. There is also an electronic version of the database, which is readily available via the internet. The database details various thermo chemical, metabolic, and physic-chemical processes that are used to provide energy and power, as well as solid waste.

FIG.2: Dry sizing. Compacting non-hazardous waste by decreasing the volume, making it easier to transport, reduces the bulk, which may result in higher disposal costs.

The Analgesia. This method is also known as sediment deposition is close to dewatering in that it removes organic waste from water. Composting. Incineration. Root-Zone Treatment. Solidification.

Ecosystem damage: inadequate waste treatment of liquid is very likely to result in serious harm to the environment. It has the ability to disturb the equilibrium of underwater environments, as well as the greater ability to consume marine animals. If this leak is much worse] it can destroy soil, forests, native plant species, and wildlife, or leach into the water bodies.

Documented scientific research and systematic observations on human health issues have already shown that an insufficient liquid waste management may be hazardous to health. if spilled or leaked fluids contaminate water contaminates groundwater or surface water bodies are used, the risks to humans and other living organisms may be serious If the treatment plant's filters can't do the job, so people will more likely be exposed to the pollutants. It is likely that they will experience stomach ailments, as well as heavy metal toxicity or a lot of other complications based on the waste's nature.

Aesthetic concerns: If waste material is improperly disposed of, it can give off an unpleasant odor in the waste environment. The decrease in property values is not a threat to people, but rather to the quality of their lives. The above definition means that residents' everyday routines may become more difficult and grievances will be made. Properpetitive waste management helps to establish healthy partnerships with the surrounding community and provide positive customer service to customers.

Washable or flushable sewage may be considered sanitary, particularly if it comes from a residential or collective source and includes human waste TOD can involve wastes such as bathroom, water, washing, and men's room waste and kitchen and yard wastes. Generally, when looked at as a percentage, the makeup of groundwater is about 99.9% water and.1%+.0% inorganic and.0% impurities.

Production lines have factories, and that is why industrial wastewater is supplied Concerns with the source, or production of commercial sewage are used in many procedures, like biologics, paper and textile manufacture, butane handling of hazardous materials, including refinement of petrochemicals, is not generally included. In most cases, this sewage contains a heavy molecular structure.

Can be divided into two general categories: groundwater from precipitation and all rain, and storm runoff from major precipitation. Typically, at the waste treatment facilities, rain water includes twigs and other types of particles that must be filtered out before discharge. There may be sediment and liquids that move with the Earth's crust as well as becoming floating and soluble solids, and everything else of biological matter that accrues.

Sewage that is mixed contains two to three different kinds of sewage is called mixed sewage. Additionally, storm runoff could blend with raw sewage when it is transferred to the treatment plant or gray water could combine with untreated sewage as it was being sent to the nearest pumping station.

FIG.3: Researchers have a great deal of anxiety about the amount of waste and its ability to turn into money (expanding it) Glass was used as a cullet for ceramic tile manufacturing such that the investigation on the use of waste as a sintering aid could be carried out. There are several clay deposits in the region, so those can be developed to meet the needs of the requirements of ceramic products. Other silicates that are present in low concentrations are mostly make up for the quantity of culex recycled in the glass-processing factories whereas much larger quantities of cux are released into the atmosphere.

In this investigation, soda-lime moving between ranges of 0.088 (0) and 0.125 mm (0.0) through mesh screen meshes is primed and then used as mixes (at 0.12% each) to test for the tensile strength of the concrete. The results of the pipet test were used to estimate the total content of clay, sand, and the two kinds of silt were made.

Tiles (25mm x 25mm) comprising 0, 5, 10, and 12% glass powder is fired in a rotating furnace for one hour at each temperature in between 800 and 1200 oC/10 oC and (in increments of C) in order to give non-expanded normal cross sections, net and cut tiles (in between) at the various values of 0, 5, 10, and 20mm thick." stripped tiles underwent cold compression strength (CS), water absorption, and angular shrinkage (linear shrinkage and water absorption), as well as well as strength and visible porous testing. Other properties mentioned in the test results indicate that shrinks to approximately 800°C, as well as general glass material expansion claims above that figure shrink at the same pace.

Plastic deformation and/ plasticity deformation became more obvious when the extruder was running at temperatures above 900 °C, which increased as much as 10% and 12% extrusion temp the mix ratio had a density of 11.45°C-10G/1.45 MPa and no defects were detected, which indicates that the performance of the 10% reinforcement had been measured at the required temperature of 11 CCS The findings revealed that waste glass was being used in tile-making, with lower temperatures as well as a result of being melted in a prior to being solidified to solidification. Additionally, adding ten percent of waste lowered the firing temperature by 3.9 percent and made it economical to use soda-lime-glass as a sintering aid in ceramic wall tiles.

WE CLAIMS 1) Our Invention Hard Waste and Soft- Waste Convert Value-added Products like (Compost, Fuel, Plastic Tiles, Metallic Plastic Floor Tiles, Etc. in order to get maximum skin hydration and minimal soil retention, all, and exposure to microbes, to get optimal nutrient uptake, Soaking and Physical/chemical Sample preparation is combined with an extra round of organic stabilization agents, namely wet agents and fertilizer agents, then High/Long Reactive Chemical/Pressure stabilization (activation) followed by Advanced Organic Separation (Dec) then Product (refining) allows use of several complex to isolate and neutralize more expensive nutrients, such as in the stabilized product. The bio plastic processing uses a heterogeneous waste, to produce biome thane , and aerobic bores Effluent, and bio play to help the material in biodegradation while also reducing the amount of waste produced incorporates the mix of species that have naturally occurring pathogens with the polymeric media into a reaction mixture that causes mixture, provides heat to aid oxidation of the materials, then incubates the mix, maintains at a degree favourable conditions for the species to spring up, and propagate the pathogens already present, and self-colonizing and development, and onj microbes to decomposing the content in a mixture, and thus accelerating the overall process, and dna was extracted into a commodity in the mix in a short span of time. The invention is also including a functional plastic floor tile produced by using waste PVC and agricultural waste, belonging to the technology field of floor tile production using the plastic waste in building industry. In our country, the annual consumption of the waste from the PVC plastic film only reaches up to 1.686 million tons, seriously polluting the air and affecting human health. The solution of the invention is to turn waste into wealth, save energy, and benefit the human, namely producing functional floor tile by mixing, rolling and injection molding the recycling PVC agricultural film and straws like wheat-straw, cotton stalks, biogases and chitin extracted from the shell of natural animals like crab or shrimp, and chitosan viscose fiber, the medical stone's fine powder that releases trace element and nano far-infrared anion powderJLSUN TM 900 sold in the market, stabilizer, lubricant and plasticizer etc. 2) According to claim# the invention is to a Hard Waste and Soft- Waste Convert Value added Products like (Compost, Fuel, Plastic Tiles, Metallic Plastic Floor Tiles, Etc. in order to get maximum skin hydration and minimal soil retention, all, and exposure to microbes, to get optimal nutrient uptake, Soaking and Physical/chemical Sample preparation is combined with an extra round of organic stabilization agents, namely wet agents and fertilizer agents, then High/Long Reactive Chemical/Pressure stabilization (activation) followed by Advanced Organic Separation (Dec) then Product (refining) allows use of several complex to isolate and neutralize more expensive nutrients, such as in the stabilized product. 3) According to claim,2# the invention is to a bio plastic processing uses a heterogeneous waste, to produce biome thane , and aerobic bores Effluent, and bio play to help the material in biodegradation while also reducing the amount of waste produced incorporatesthe mixof speciesthat have naturally occurring pathogenswith the polymeric media into a reaction mixture that causes mixture, provides heat to aid oxidation of the materials, then incubates the mix, maintains at a degree favourable conditions for the species to spring up, and propagate the pathogens already present, and self-colonizing and development, and onj microbes to decomposing the content in a mixture, and thus accelerating the overall process, and dna was extracted into a commodity in the mix in a short span of time. 4) According to claiml,2,3#the invention is to a invention is also including a functional plastic floor tile produced by using waste PVC and agricultural waste, belonging to the technology field of floor tile production using the plastic waste in building industry. In our country, the annual consumption of the waste from the PVC plastic film only reaches up to 1.686 million tons, seriously polluting the air and affecting human health.

TOTAL NO OF SHEET: 03 NO OF FIG:03 03 May 2021 2021102337

Fig.1: Solid Waste Conversion Process.

TOTAL NO OF SHEET: 03 NO OF FIG:03 03 May 2021 2021102337

Fig.2: Waste Convent Liquid Process.

TOTAL NO OF SHEET: 03 NO OF FIG:03 03 May 2021 2021102337

Fig.3: Waste Convent Tiles Process