SDR/PTR NANOTECHNOLOGY
ONE-SYSTEM SOLUTION
FOR SUSTAINABLE
HYDROGEN PRODUCTION | ENERGY | WATER | DESALINATION | SOIL REGENERATION | ORGANIC PLANT-BASED NUTRIENTS
ABOUT
Genus Bioenergy represents 16 years of innovation. We have successfully demonstrated
our novel in-situ Smart Microbiological Targeting (SMT) Nano-Decomposition, Conversion of organic and/or inorganic waste streams and
the destruction of chemical, biological & electrochemical threats with our partners at
Kaltja Biotics.
Together we hold several PCT patents with 8 PTR patents pending and significant proprietary knowledge.
FOR EFFICIENT
ZERO GREENHOUSE GAS CONVERSION OF SLUDGE, PLASTICS, RUBBISH, BIOMASS, DIGESTER WASTE SLURRIES, AND BATTERIES
SERVICES
SDR/PTR as a waste solution, provides an environmentally sound alternative to current incineration or landfilling of a wide range of energy-rich materials.
Remote Secure System Communications
Automated and highly secure connectivity, our tech pairs threat defense and security architectures with blockchain to address devices, sensors, and communications throughout the Internet of Things (IoT) lifecycle for appropriate risk mitigation
In agricultural applications, the SDR/PTR System combines both mechanical and biological nanotech processes in an in-situ state-of-the-art Smart Microbiological Targeting (SMT) process.
16yrs
Of Innovation
& Testing
8
PTR Patents
Pending
CONVERSION
INTO CLEAN
ENERGY, FUELS, SOLVENTS, POTABLE WATER, and NUTRIENTS
PRODUCTS
Users of SDR/PTR
Nanotechnology
-
Landfill operators
-
Municipalities, towns, and cities
-
Countries and Island Nations for waste conversion, energy, and fuels
-
Agricultural cooperatives and farms for agricultural waste processing, electricity production, potable water, organic plant-based nutrients, and soil regeneration
-
Energy Suppliers
-
Waste Management Companies and Recycling Centers
-
Business Centers that have waste packaging or expired products
-
WWTP--for waste water treatment plants and sewage sludge
-
Manufacturers that generate intermediate waste from moldings, automotive plastics, glass production, insulation, etc.