CN104774745A - Lamp cluster tank device for producing spirulina by all boiler exhaust gas thereby producing protein - Google Patents
Lamp cluster tank device for producing spirulina by all boiler exhaust gas thereby producing protein Download PDFInfo
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- CN104774745A CN104774745A CN201410023386.8A CN201410023386A CN104774745A CN 104774745 A CN104774745 A CN 104774745A CN 201410023386 A CN201410023386 A CN 201410023386A CN 104774745 A CN104774745 A CN 104774745A
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- lamp
- woods
- spirulina
- pond
- boiler
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Abstract
Most of CO2 discharged by a boiler cannot be absorbed by plants and stays in air thereby causing greenhouse effects influencing survival of mankind and thus CO2 discharge capacity is decided through consultation all around the world, and all countries carry out intense competition in the field of own CO2 discharge capacity improvement for preventing economic development slowdown. The invention discloses a lamp cluster tank device for producing spirulina by all boiler exhaust gas thereby producing protein. The lamp cluster tank device is a first device for producing spirulina by all boiler exhaust gas thereby producing protein, and has efficiency 2000 times higher than that of a culture pond utilizing CO2 in air and sun light. Water in the lamp cluster tank has the volume of 200000 m<3>, under the conditions of high CO2 concentration and lamp illumination day and night, industrial production of enough spirulina is realized by use of all CO2 obtained by boiler exhaust gas desulphuration, and if all CO2 discharged by power plant boiler combustion of 2 billion of tons of coal and billions of tons of rice, wheat, weed and branch garbage, 10 billion of tons of spirulina is produced so that the problem of insufficient cultivated land in China and export of redundant grain and meat is solved. 10 tons of exhaust gas discharged by a boiler is completely used, 10 thousands of tons of spirulina can be produced in every year, and if the spirulina is used as forage, profit of one hundred million yuan can be obtained.
Description
Spirulina is 5 times of egg containing protein, produces spirulina and produces protein exactly.
The Co of boiler emission
2, majority of plants can not absorb, and stay the Greenhouse effect that atmospheric layer impacts human survival, therefore Co is decided through consultation in the whole world
2quantity discharged; Various countries are the Co increasing this country
2quantity discharged, dispute is fierce, in order to avoid the native economic development that slows down.
At present, what utilize Carbon Dioxide in Air, sunlight fosterly plants pond to produce the output of spirulina very low, every day every square metre about 20 grams; Growth of spirulina platensis can consume great amount of carbon dioxide rapidly, and the technology utilizing boiler waste gas to produce spirulina have not been reported.
This technology utilizes spirulina just to breed once for several hours, exponentially level grows, and can consume the characteristic of great amount of carbon dioxide, proposes all to utilize boiler waste gas to produce the lamp woods pool device of spirulina acquisition protein, be called for short lamp woods pool device, can above-mentioned Problems existing be solved.
The beneficial effect of lamp woods pool device is that wherein the Chi Shuike in lamp woods pond surpasses 200,000 M
3, make Chi Shui have abundant spirulina, make spirulina can by the Co of boiler emission
2whole utilization; The Co of growth of spirulina platensis speed and Chi Shui
2concentration, intensity of illumination and light application time are directly proportional; The Co of lamp woods Chi Shui
2the Co of concentration ratio air
2high several times of concentration, keeps optimum concn; The waterproof lamppost in lamp woods pond day and night throws light on, and optimum illumination is higher than sunlight tens times, lamp woods pond efficiency ratio is supported and plants pond and surpass 2000 times; Therefore, lamp woods pool device can make spirulina produce and enter industrialization, thus solving China's arable land deficiency, grain meat is had a surplus and is become export State: if all recycled by the waste gas of the boiler combustions such as power plant 2,000,000,000 tons of coals and billions of tons of rice wheat straw branch garbage emissions, the Co obtained after carrying out sulphur removal
2spirulina for lamp woods pond utilizes, and can produce 10,000,000,000 tons of spirulinas, if again by spirulina defibrination, be separated with heat treating method, 6,000,000,000 tons of protein, 1,500,000,000 tons of carbohydrate, 600,000,000 tons of fat, multivitamin, organic iodine and organic food plant glue etc. can be obtained respectively; Such as, the waste gas of 10 tons of boiler emissions is all recycled, the spirulina of ten thousand tons can be produced per year, even if now make feed, also can make a profit hundred million yuan.In addition, lamp woods pool device also can produce chlorella, sea-tangle, sea grass etc.
Can all utilize boiler waste gas to produce the lamp woods pool device of spirulina acquisition protein, the technical scheme that its technical solution problem adopts is, by the Co that boiler waste gas obtains through dust-removing sulphur removing function
2, send into the lamp woods pool device that nutrient solution is housed and utilize for spirulina, obtain protein; Lamp woods pool device, by boiler (1), high pressure positive blower (2), compound overflow foam column (3), water pump (4), lamp woods pond (5), hay tank (6), drying chamber (7), wrapping machine (8), wort cylinder (9), vacuum machine (10), whipping appts, turnover gas-liquid pipe, operation ship, electrical instrumentation forms; Lamp woods pool device is installed, boiler, high pressure positive blower a, compound overflow foam column a, high pressure positive blower b, compound overflow foam column b, high pressure positive blower c, compound overflow foam column c, water pump a, lamp woods pond, water pump b, hay tank, water pump c, drying chamber, wrapping machine, connects with turnover gas-liquid pipe; Wort cylinder, water pump d, lamp woods pond, water pump e, wort cylinder, connects with turnover gas-liquid pipe; Drying chamber can connect vacuum machine; Electrical instrumentation connecting components; Thus the enable lamp woods pool device all utilizing boiler waste gas to produce spirulina acquisition protein is able to normal operation.As Fig. 1
Lamp woods pond is one of equipment of above-mentioned lamp woods pool device, the technical scheme that its technical solution problem adopts is, by pond (11), set collar (12), waterproof lamppost (13), whipping appts (14), liquid in-out pipe (15), water pump (16), electrical instrumentation forms; It is that at the bottom of the uniform pond of set collar, waterproof lamppost is arranged on set collar, and whipping appts is arranged on appropriate location in pond that lamp woods pond is installed, and water pump connects liquid in-out pipe, electrical instrumentation connecting components; Thus make lamp woods pond (5) be able to normal operation.As Fig. 1
Waterproof lamppost is one of the equipment in above-mentioned lamp woods pond, and the technical scheme that its technical solution problem adopts is, by set collar (1), manipulation rope (2), ball float (3), printing opacity straight tube (4), waterproof electric light (5) forms; It is that waterproof electric light is arranged in light-transmission tube that waterproof lamppost is installed, and two ends are sealed to sealed light-transmitting pipe; Set collar is arranged on outside sealed light-transmitting pipe end, and static line is through set collar, and ball float is arranged on static line two ends, connects power supply, thus makes waterproof lamppost (6) be able to normal operation.As Fig. 2
Compound overflow foam column is one of equipment of above-mentioned lamp woods pool device, the technical scheme that its technical solution problem adopts is, by straight tube (1), and the porous plate (2) of uniform aperture, upflow tube (3), turnover gas-liquid pipe (4) composition; Its installation is, close straight tube one end, polylith porous plate to be separated by a segment distance, be arranged in straight tube, upflow tube can through the porous plate of polylith, and upflow tube upper end is near upper block porous plate, and upflow tube lower end is near lower block of porous plate, close the straight tube the other end, be installed into out gas-liquid pipe at closed straight tube upper and lower ends; Thus make compound overflow foam column (5) be able to normal operation.As Fig. 3
Existing combination principle is introduced lamp woods pool device and is run.
Pond size is determined on request, can grow 100 meters wide 100 meters dark 20 meters; Water proof lamp column diameter can 0.2 meter, and higher primary school is in 20 meters; Set collar is evenly arranged on pool bottom, and spacing is determined with the most applicable spirulina photosynthesis of waterproof lamppost light; First fixed through the set collar of waterproof lamppost by manipulation rope, then manipulation rope is through the set collar at the bottom of pond, makes waterproof lamppost freely be elevated, composition waterproof lamppost woods; Ball float is installed at manipulation rope two ends, and ball float can be kept afloat; Whipping appts can by liquid sucking-discharging pipe, and hydro-pump forms: the liquid discharge pipe of connecting fluid press pump is evenly arranged on pool bottom, and the pipette of connecting fluid press pump, lower than the water surface, makes nutrient solution can in the touring flowing in lamp woods pond; Nutrient solution is filled in pond, puts into spirulina, puts into operation ship.Turn on electric light, start whipping appts and produce; Seat to be patrolled growth of spirulina platensis state on operation ship; The intensity of illumination of the automatic detection cell water of electrical instrumentation energy, when intensity of illumination is low, the brightness of adjustment electric light, makes the intensity of illumination of Chi Shui keep optimum regime; The Co of the automatic detection cell water of electrical instrumentation energy
2concentration, controls water pump start-stop, as pond water Co
2concentration is low, adds containing Co
2saturated water, make Chi Shui containing Co
2concentration keeps optimum regime; The nutrient solution concentration of the automatic detection cell water of electrical instrumentation energy, control water pump start-stop, when pond, water planting nutrient solution concentration is low, adds nutrient solution, makes the nutrient solution concentration of Chi Shui keep optimum regime; When spirulina is attached to waterproof lamppost, when affecting the spirulina photosynthesis in lamp woods pond, powered-down, by one end pull-up of manipulation rope, make waterproof lamppost emersion liquid level, remove after being attached to the spirulina of waterproof lamppost, by the pull-up of the manipulation rope the other end, make waterproof lamppost homing, turn on electric light and continue to produce; Primer fluid press pump, sends the spirulina of maturation into hay tank; Primer fluid press pump, filtered liquid sends lamp woods pond back to; Spirulina sends into drying chamber; Starting vacuum machine accelerates dry; Dry spirulina is sent to wrapping machine packaging.
By boiler, high pressure positive blower a, compound overflow foam column a, high pressure positive blower b, compound overflow foam column b, high pressure positive blower c, compound overflow foam column c, water pump a, wort cylinder, connects with turnover gas-liquid pipe; By water pump d, lamp woods pond, water pump e, wort cylinder, connects with turnover gas-liquid pipe; Start water pump and send the starch paste liquid of storage starch paste flow container to compound overflow foam column a, start water pump and send the sifting starch of hay tank paste liquid back to starch paste liquid basin, filter residue send boiler combustion; Start water pump and the sodium carbonate liquid of sodium carbonate flow container is put into compound overflow foam column b; Start water pump and water is put into compound overflow foam column c; Start high pressure positive blower a, make boiler enter the flue dust of waste gas compound overflow foam column a removing waste gas; Start high pressure positive blower b, make boiler waste gas enter the sulfurous gas of compound overflow foam column b removing waste gas, nitrogen oxide, S-WAT Sodium Nitrite mixed solution send basin; Start high pressure positive blower c, make to remove sulfurous gas, the boiler waste gas of nitrogen oxide enters compound overflow foam column c, obtains and closes Co
2saturated water send basin; Start water pump by basin containing Co
2saturated sends lamp woods pond to.
Compound overflow foam column, waste gas is entered at the bottom of tower, and absorption liquid is added from tower top; When waste gas rises, the absorption liquid in porous plate face is blown out foam layer, when foam layer exceeds upflow tube, wandering lower floor's porous plate face from upflow tube becomes absorption liquid layer, is again blown out foam layer by rising waste gas; Foam in foam column, every cubic metre can reach 8,000,000, and bubble film area reaches 1200 square metres; In foam, waste gas becomes rotary rolling, and the waste gas that order is rolled clashes into bubble film ten million time; The porous plate of tower can change tens pieces, the material being cleaned (absorption) is removed, so its purification (absorption) rate reaches 100% through tens layers hundreds of millions washings; Because absorption liquid down successively flows, waste gas is toward rising, and upflow tube exists, if foam layer fails to exceed upflow tube, foam can only this layer of touring rolling, and the material concentration making absorption liquid absorb constantly increases; If control gas-liquid inlet, make top absorption liquid layer keep former and enter concentration, then be not cleaned (absorption) material and discharge outside tower, purification (absorption) rate reaches 100%; Make (absorption) material that is cleaned of lowermost layer keep formerly entering concentration, then the liquid of discharging outside tower does not have absorption liquid (sodium carbonate liquid), and its absorbing material (S-WAT Sodium Nitrite) reaches capacity, such as, containing Co
2saturated water, containing the mixed solution that S-WAT Sodium Nitrite is saturated.
Figure of description illustrates:
Fig. 1: lamp woods pool device flow process
1 boiler, 2 high pressure positive blowers, 3 compound overflow foam columns, 4 water pumps, 5 lamp woods ponds, 6 hay tanks, 7 drying chambers, 8 wrapping machines, 9 wort cylinders, 10 vacuum machines, 11 ponds, 12 set collars, 13 waterproof lampposts, 14 whipping apptss, 15 liquid in-out pipes, 16 water pumps.
Fig. 2: waterproof lamppost
1 set collar, 2 manipulation ropes, 3 ball floats, 4 printing opacity straight tubes, 5 waterproof electric lights, 6 waterproof lampposts.
Fig. 3: compound overflow foam column
1 straight tube, the porous plate of 2 uniform apertures, 3 upflow tubes, 4 turnover gas-liquid pipes, 5 compound overflow foam columns.
Claims (4)
1. boiler waste gas all can be utilized to produce the lamp woods pool device of spirulina acquisition protein, it is characterized in that, by the Co that boiler waste gas obtains through dust-removing sulphur removing function
2, send into the lamp woods pool device that nutrient solution is housed and utilize for spirulina, obtain protein; Lamp woods pool device, by boiler, high pressure positive blower, compound overflow foam column, water pump, lamp woods pond, hay tank, drying chamber, wrapping machine, wort cylinder, vacuum machine, whipping appts, turnover gas-liquid pipe, operation ship, electrical instrumentation forms; Lamp woods pool device is installed, boiler, high pressure positive blower a, compound overflow foam column a, high pressure positive blower b, compound overflow foam column b, high pressure positive blower c, compound overflow foam column c, water pump a, lamp woods pond, water pump b, hay tank, water pump c, drying chamber, wrapping machine, connects with turnover gas-liquid pipe; Wort cylinder, water pump d, lamp woods pond, water pump e, wort cylinder, connects with turnover gas-liquid pipe; Drying chamber can connect vacuum machine; Electrical instrumentation connecting components; Thus the enable lamp woods pool device all utilizing boiler waste gas to produce spirulina acquisition protein is able to normal operation.
2. lamp woods pond according to claim 1, is characterized in that, by pond, and set collar, waterproof lamppost, whipping appts, liquid in-out pipe, water pump, electrical instrumentation forms; It is that at the bottom of the uniform pond of set collar, waterproof lamppost is arranged on set collar, and whipping appts is arranged on appropriate location in pond that lamp woods pond is installed, and water pump connects liquid in-out pipe, electrical instrumentation connecting components; Thus make lamp woods pond be able to normal operation.
3. waterproof lamppost according to claim 2, is characterized in that, by set collar, and manipulation rope, ball float, printing opacity straight tube, waterproof electric light forms; It is that waterproof electric light is arranged in light-transmission tube that waterproof lamppost is installed, and two ends are sealed to sealed light-transmitting pipe; Set collar is arranged on outside sealed light-transmitting pipe end, and static line is through set collar, and ball float is arranged on static line two ends, connects power supply, thus makes waterproof lamppost be able to normal operation.
4. compound overflow foam column according to claim 1, is characterized in that, by straight tube, and the porous plate of uniform aperture, upflow tube, turnover gas-liquid pipe composition; Its installation is, close straight tube one end, polylith porous plate to be separated by a segment distance, be arranged in straight tube, upflow tube can through the porous plate of polylith, and upflow tube upper end is near upper block porous plate, and upflow tube lower end is near lower block of porous plate, close the straight tube the other end, be installed into out gas-liquid pipe at closed straight tube upper and lower ends; Thus make compound overflow foam column be able to normal operation.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410023386.8A CN104774745A (en) | 2014-01-09 | 2014-01-09 | Lamp cluster tank device for producing spirulina by all boiler exhaust gas thereby producing protein |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410023386.8A CN104774745A (en) | 2014-01-09 | 2014-01-09 | Lamp cluster tank device for producing spirulina by all boiler exhaust gas thereby producing protein |
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|---|---|
| CN104774745A true CN104774745A (en) | 2015-07-15 |
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|---|---|---|---|
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20120021498A1 (en) * | 2009-03-25 | 2012-01-26 | Microphyt | Photosynthetic reactor for cultivating microorganisms, and method for cultivating microorganisms |
| CN102533527A (en) * | 2011-12-18 | 2012-07-04 | 鄂托克旗隆诚化工有限责任公司 | Process and system for preparing spirulina culture solution from low-concentration alkaline lake brine |
| CN102577923A (en) * | 2006-10-30 | 2012-07-18 | 廖树汉 | Lamp forest pond device for completely using boiler exhaust gas to produce kelps so as to obtain organic iodine |
| CN102586076A (en) * | 2006-10-30 | 2012-07-18 | 廖树汉 | Light forest pond device for producing chlorella by fully utilizing waste gas from boiler to obtain protein |
| CN102586077A (en) * | 2006-10-30 | 2012-07-18 | 廖树汉 | Light pond device capable of completely utilizing boiler waste gas to produce spirulina to obtain protein |
-
2014
- 2014-01-09 CN CN201410023386.8A patent/CN104774745A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102577923A (en) * | 2006-10-30 | 2012-07-18 | 廖树汉 | Lamp forest pond device for completely using boiler exhaust gas to produce kelps so as to obtain organic iodine |
| CN102586076A (en) * | 2006-10-30 | 2012-07-18 | 廖树汉 | Light forest pond device for producing chlorella by fully utilizing waste gas from boiler to obtain protein |
| CN102586077A (en) * | 2006-10-30 | 2012-07-18 | 廖树汉 | Light pond device capable of completely utilizing boiler waste gas to produce spirulina to obtain protein |
| US20120021498A1 (en) * | 2009-03-25 | 2012-01-26 | Microphyt | Photosynthetic reactor for cultivating microorganisms, and method for cultivating microorganisms |
| CN102533527A (en) * | 2011-12-18 | 2012-07-04 | 鄂托克旗隆诚化工有限责任公司 | Process and system for preparing spirulina culture solution from low-concentration alkaline lake brine |
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Application publication date: 20150715 |