TECHNOLOGY FOCUS - BIOTECHNOLOGY - Preferred Method: The process also comprises using a culture media comprising the specified geophagus earthworm culture in a green space including bacterial culture, moisture and a mineral source, processing the solid waste in the presence of the culture media under controlled moisture content and sieving to obtain a product in a desired particle size range. The process also comprises using mineral additives, optionally natural phosphate powder, soil and bacterial culture. The mixture is processed with organic waste in a geophagus earthworm culture green space under controlled moisture content to obtain a product such as a biofertilizer. A system of ridges and troughs can also be included.A culture media comprises the geophagus earthworm culture including bacterial culture, moisture and a mineral source in the ridges having green plants to house the culture and the organic waste is controlled in the system under controlled moisture.An appropriate geophagus earthworm culture is obtained by developing the culture in a green space providing 20-30 g/m2/day organics, moisture of 30-40% and mineral powder of 5-10 g/m2/day. The mixture is maintained under conditions for developing the cultures and sieving as powder of less than 500 micro-m. The organic waste, soil and bacterial culture source are processed under controlled moisture in a geophagus earthworm cultured green space for a required period. The mix is maintained to effect conversion to a desired product such as a biofertilizer and sieving to the required size range.The step of developing the bacterial culture required in geophagus earthworm cultured green spaces is carried out by using 20-30 g/m2/day organics such as excreta of ruminants in the wild, preferably cows, buffalos, bullocks, sheep, or goats fed primarily on cellulosic residues, moisture 30-40%, and preferred mineral powder less than 1000 micro-m size at 5-10 g/m2/day. The mineral powder used is ground material in the size of 500-1000 micro-m.The process for the production of culture grade product of less than 500 micro-m in yields of 100-200 kg per ton organic comprises combining the preferred mineral powder (0.3-0.6 kg per kg organic), the bacterial culture (0.01 kg per kg organic) and local soil (0.05-0.1 kg/kg organic) and processing in a geophagus earthworm cultured green space for 180-220 days by loading organic (0.1-0.5 kg/m2/day) maintaining moisture at 30-40% during the process.A process for the production of fertilizer grade product of less than 500 micro-m in yields of 375-500 kg/ton organic comprises combining the mineral powder (0.3-0.6 kg/kg organic), the bacterial culture (0.01 kg/kg organic), local soil (0.05-0.1 kg/kg organic), processing in a geophagus earthworm cultured green space for 56-70 days by loading organic (1-5 kg/m2/day) and maintaining moisture at 30-40% during the process.A process for the production of soil grade product of less than 500 micro-m in yield of 1000-2000 kg/ton organic comprises combining mineral powder (1.0 kg/kg of organic), the bacterial culture (0.01 kg/kg organic) and local soil (0.05 - 0.1 kg/kg organic), processing in a geophagus earthworm green space for 7-14 days by loading animal excrement of 1-5 kg/m2/day and maintaining moisture at 30-40% during the process for 28-35 days in the case of finely divided organic such as food waste.A process for the treatment of hospital organic waste comprises combining the mineral powder in proportion of 0.3-0.6 kg/kg waste, 0.3-0.6 kg soil/kg waste and 0.1 kg/kg waste bacterial culture processed in a geophagus earthworm covered green space for 10-14 months, burning the product with litter, recovering the final product and curing preferably for 28 weeks. The fertilizer material produced is used in situ and not allowed to leave the premises.    TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Composition: The mineral source used is upto 200 %w/w from sources containing silica (25-30%), alumina (6-8%), iron (1-6%), potassium (2-8%), calcium (2-10%), magnesium (1-3%), phosphorus (0.003- 0.1%) and containing microquantities of zinc and molybdenum. Mineral additives are provided, preferably primary or weathered mineral powder of 0.3-0.6 kg/kg waste, optionally natural phosphate powder (0.02-0.05 kg/kg waste) and soil (0.05-0.2 kg/kg waste), bacterial culture (0.01 kg/kg waste) to the organic waste to enable organic conversion in a cultured green space to fertilizer grade, culture grade, or soil grade product.