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BIOENERGY

Sun is the only perennial source of energy. All other sources are finite and depleting. Effective and reliable technologies to harness solar energy could lead to sustainability. Nature uses solar energy to produce biomass. Hence, controlled cultivation and consumption of biomass to produce energy can be sustainable. This leads to Bio-energy Solutions.
Biomass can provide consistent supply of the required energy through biogas, vegetable oil, biodiesel, producer gas, and by directly burning the biomass (Refer Figure). Notwithstanding whether the biomass is “waste” of some process or is cultivated specifically as fuel for energy, it is considered a “green” technology since:
Life cycle of the biomass fuel can be short (could be less than 3 months)Net carbon dioxide emission from biofuels is zero or negativeBiomass fuel cycle is water neutralAfter extracting energy, the unused biomass can be recycled back in the soil+ Read More

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Biogas to Electricity

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The range of supply of biogas to electricity solutions is from 10 kW to 1 MW. All the components of the solution are provided with matching capacities.
It comprises the biogas digester system of the desired capacity, gas storage, biogas cleaning system to get rid of H2S from the gas, and the biogas genset. In the digester system, one may have a pre-digester or a feed mixing chamber or both. On the post-digester side, liquid from the slurry is separated and is recycled for feed preparation. It reduces the overall fresh water demand of the scheme. The digester itself may be temperature controlled and the input for the same could be given from heat recovery of the genset or from a solar heating system or from any other heat source as the case may be.

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For the sake of demonstration of the concept, a compressed Bio-methane solution can be supplied for as low as 5 m3 methane per hour. However, considering the cost of the plant, it becomes economically viable only above 6,000 m3 biogas per day capacity, which translates to approximately 2,400 kg bio-methane per day. 

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Organic Fertilizers

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Balanced nutrition is the base for a healthy plant. Amongst the different constituents such as silica, phosphate, potash and nitrogen, phosphate is one of the significant nutrients. Phosphate forms a major part of nucleic acids and is an energy source for the plant. Root growth, yield and absorption of potassium, manganese and nitrogen in balanced form depend on proper absorption of phosphorus. At present this need is fulfilled the world over by using chemical phosphates. Phosphorus can be utilized by plants only when it is in water soluble form. Other forms of phosphates are citrate soluble and insoluble. Over a period, citrate soluble forms of phosphorus get converted into water soluble forms and can be utilized by plants. 
Depending on the pH of the soil, the water soluble part of the conventional chemical phosphatic fertilizers gets converted into an insoluble form soon after it comes in contact with substances like iron, aluminum, calcium, or magnesium salts in the soil. The process is known as Phosphate Fixation. Fixed phosphate, which cannot be utilized, creates phosphate banks in the soil. These banks will remain unutilized for years together resulting in non-fertile land. As a result, typically about 70-90% of the phosphorus gets fixed and only 10-30% can be utilized by the plant.
Organic Fertilizer helps overcome the phosphate fixation problem. The base of organic fertilizers is typically humus, which is compost manure. Some herbal extracts and mineral phosphate are added to it as nutrients for microbes and the plants. The Organic Fertilizer provides phosphorous to the plant over an extended period in smaller doses as necessary for healthy growth. The humus, presence of organic carbon and lower pH create favorable conditions to avoid the phosphate fixation process. Eventually 90-95% of the total phosphorus can be utilized by the plant for its nutrition.
The humus makes the soil porous and rich in microbes. It is also observed that continuous use of Organic Fertilizer can make available over time the previously fixed phosphate. On application of Organic Fertilizers, considerable improvement in yield even up to 25%, have been recorded.
Recent developments in the technology have opened the possibility of using food grain and vegetable waste other than dung for biogas generation. Even the waste cake that is left after extracting oil from seeds can be used to generate biogas. Interestingly, the gas output of this starch or protein based feedstock is multi-folds than that of the cow dung.

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