MARKET APPLICATIONS
The Technology Has Many Market Applications
The market applications for our new electrolytic membrane technology may include several industries all around the world. The applications may include: (1) green H2 fuel production for vehicles and H2 for other industries, e.g. steel, cement, glass factories, and others; (2) advanced liquid biofuels, e.g. cellulosic ethanol fuel, biobutanol, jet diesel; (3) energy storage for renewable energy from solar PV, wind, and hydro power; (4) food industry, e.g. low calories natural sugar, and organic sugars; (5) conversion of municipal solid waste into renewable fuels; (6) elimination of harmful environmental emissions at gold mines; (7) green lithium using our decarbonation technologies; and (8) CO2 decarbonation of smokestacks in several industries, i.e. steel, glass, cement, etc.
Partial list of Products and Intermediates By Using the New Electrolytic Membrane Technology
‘Environmentally Concerned’ Companies, Energy Industry, Sugar Mills, Corn, Wheat, or Rice Factories, Can Increase Revenue By Using Biomass as Feed to Our Electrolytic Technology with a Renewable Energy Source
The new electrolytic membrane technology can increase revenues for sugar mills and corn, wheat, rice factories by using bagasse, stover, and straw biomass residues as feedstock to electrolytic technology.
Sugar Factories Can Increase Revenues By Using the New Electrolytic Membrane Technology
A sugar mill factory can use residual sugarcane bagasse material as feedstock to the electrolytic technology to produce additional sugar, hydrogen, and other valued products to increase revenue. According to preliminary forward looking economic projections, for every 20 metric tons of bagasse biomass as daily feedstock the mill could generate about one million dollars in annual revenue from sales of products generated by the technology. This estimate is based on pilot plant operations and lab scale testing and may vary according to moisture, foreign organic and inorganic materials content in the feedstock, and other factors.
Corn, Wheat, and Rice Production Factories Can Increase Revenues By Using the New Electrolytic Technology
A mill factory producing cereals like corn, wheat and rice can increase revenues by using biomass residues as feed to the electrolytic technology to increase revenue. Corn stover, wheat straw, and rice straw biomass residues can be used feedstock. According to preliminary forward looking economic projections, 20 metric tons of stover or straws biomass daily feedstock the plant could generate about one million dollars in annual revenue from sales of products generated by the technology. This estimate may vary according to moisture, foreign organic and inorganic materials content in the feedstock, and other factors.
Prevention of Fires Expansion in Forests while Providing Economic Benefits from Hydrogen and Other Renewable Fuels Generated as Products
The new electrolytic membrane technology can help prevent expansion of harmful forest fires to avoid damage to properties and bring economic benefits to local communities, cities, or states with potential forest fire danger. Basically, the project would consist of clearing wide trails of wood trimmings, brushes, and other combustible agricultural biomass in the forest. The cleared trails would prevent the fires from expanding towards habitable areas and communities nearby and avoid harmful damages to properties and human lives. The biomass material from the trails can be compiled and transferred to an electrolytic plant site for processing and to be used as feedstock for hydrogen and other renewable fuels generation. The products that can be sold in the market. The electrolytic technology is modular in design and can be installed at specific locations according to concise studies based on wind direction and geographic analyses of the area. These types of fires occur very frequently in California, Canada, and other places worldwide. This would help bring economic benefits and resources to help finance prevention of forest fires worldwide.
Beetle Infested Trees Can Be Used as Feedstock to the New Electrolytic Technology Bringing Economic Benefits
Beetle contaminated trees are becoming a great problem in the USA and Canada. The beetle infested trees can be cut, collected, and transferred to an electrolytic plant site and used as feedstock to the technology to generate fuels and other valued products. This would provide economic benefits and resources to help finance the fight against expansion of beetle contamination of forest areas in USA, Canada and other places around the world.
