Biomass Fertilizer Plantee’s natural effect on plant cellulose yields higher and better quality biomass sugar value for the production of more ethanol from the same quantity of biomass. If the biomass used to produce ethanol is cultivated with hydrocarbon-based fertilizers, it defeats the purpose of producing renewable energy. The inputs used to grow the biomass [...]
Category Archives: Renewable Technology
Biomass fertilizer to Biomass ethanol: Renewable inputs for renewable energy
Also posted in Climate Change, Energy, Ethanol from cellulose Tagged Biomass Fertilizer, renewable energy Comments closed
How Plantee helps reduce global warming
Plantee is a cellulose-based liquid organic fertilizer invented by Roy Research and Technology. Plantee is a complete organic manure and growth nutrient for all types of plants, vegetables, and crops. Plantee plays a very important role in helping to reduce global warming. This is how: Plantee reduces, even totally avoids, the use of chemical fertilizer. [...]
Also posted in Climate Change Tagged Natural Nitrogen, Organic Fertliser, Plant Nutrients Comments closed
Wood to ash to wood
The artificial timber invention by Roy Research and Technology (RRT) is what every recycling enthusiast could only dream of until now. From source to use to waste to back to source, RRT’s artificial timber traces the complete journey. One of the chief raw materials for the artificial wood is fly ash, which comes from burnt [...]
Also posted in Artificial Timber, Climate Change, Coal Ash Utilisation Tagged Artificial Timber, CCB recycling, clean coal technology, Renewable Technology, uses for fly ash Comments closed
Renewable Technology Organization
Roy Research and Technology (RRT) is a renewable technology organization established in Kolkata, India, in 1984. The institute has done significant and highly varied work in organic polymers and their innovative applications. The thread that runs through all the technologies developed by RRT is that they are simple to use, consume very little energy and [...]