Organic Oils to Bio Diesel and Building Materials
The beans of the Jatropha shrub yield a non edible organic oil ideal for conversion into Bio Diesel. The plant also provides a range of benefits to the community tending the plantations.
It survives in a wide variety of habitats including arid regions. Here its deciduous leaves assist in forming the leaf litter soil horizon supplying organic matter, where previously there was none and vastly improving water retention capacity. The roots of the plant will also help to bind smaller particles of erosion prone soils. 
USES: MEDICINAL AND OTHER APPLICATIONS
BIO-DIESEL PRODUCTION & MANAGEMENT
The production methods can be different; however in all cases the chemical procedure which transforms these substances into biodiesel is called trans-esterification, a process in which the oils react with methanol, in the presence of alkaline catalysts, to form methyl ester (biodiesel) and glycerine as a by-product.
Bio-diesel economics: starting a bio-diesel business; feasibility study; inventory control; business plan; management; market analysis and market planning; investment; manufacturing plan; financial data etc
PRODUCTION OF PRE-FAB BUILDING MATERIALS
Building Materials plant is introduced which manufactures styrene based pre-formed pressings derived from bio diesel. The operation is naturally suited to produce materials in castings strongly suggesting modular use in buildings particularly in erecting sustainable low-cost housing (Hex Housing complex)
GLYCERINE BY PRODUCT TECHNOLOGY
High value refined Glycerine is in great demand for cosmetics and pharmaceutical applications. High value exportable organic acids such as Formate and Succinate are produced in fermentation reactions of Glycerine
WASTE FOR REUSE
Biomass cake from the reactor is composted and blended to eliminate residual toxins. Water is treated to remove COD residues and It is then safely available for non potable community reuse.
