Categories
Artificial Timber Energy Efficiency Learning, Quanta, and Entropy Metallurgy and Oxidation Renewable Energy Semi-conductor Waste to resource

Roy-crete Semi-conductor for photo electric and electronic applications.

Roy Research and Technology has developed a electrically and electronically conductive semi-conductor. A natural semi-conducting material to generate clean electromotive force at a low cost. A quantum dynamo to generate solar electricity and capacitor for energy storage. The Semiconductor is a unique electronic absorber with the capacity to absorb electromagnetic radiation from any source. The […]

Categories
Artificial Timber Energy Efficiency Metallurgy Renewable Energy Uncategorized Waste to resource

Clean Cold-Pressed Bricks

Roy Research and Technology has developed a unique process to use bio-se char and fly-ash for lightweight panel, building blocks, bricks etc. Through its proprietary eco-bonded binding technology with double bond carbonated poly calcium silicate formation. t is a good building material using millions tones of bio-char from bio-char culture by and pulverized ash annually […]

Categories
Artificial Timber Conservation Ecology Energy Efficiency Learning, Quanta, and Entropy Metal Surface Pre-treatment Metallurgy Renewable Energy Semi-conductor Waste to resource

Artificial Timber

Timber that looks and feels like wood Wood is warm, earthy, and feels good to the touch. That is why, wood substitutes in furniture like plastic or metal, or in flooring like ceramic tiles, for instance, never feel the same. The artificial wood innovated by Roy Research and Technology is, hence, a winner, because it […]

Categories
Artificial Timber Conservation Ecology Energy Efficiency Learning, Quanta, and Entropy Metallurgy and Oxidation Renewable Energy Semi-conductor Waste to resource

Industrial Waste to Resource

Roy Research and Technology has invented a technology to recycle waste like asphalt or coal tar and solid waste to make products. Bitumen as asphalt or coal tar is available as bottom waste from petroleum refinery and steel industries. The process recovers hydrocarbons from left over asphaltic tar sand and converts them to material products. […]