The OptimaSystem:
Energy Production Using Biomass, Waste to Hydrogen Reforming System
VisScot OptimaSystem is a smart green investment technology that captures and converts CO2, with energy generation efficiency in comparison with very large natural gas cheng-cycle systems.
The removal of waste, biomass and sludge becomes a resource negating landfills. Commercial benefits are delivered through carbon neutral hydrogen, refined biomass and or fertilisers. The market for smart green investments has significantly expanded in recent years. Consumers, politicians and businesses have understood that this planet is facing a climate change that needs drastically curbed. Increased emissions come from fossil carbon dioxide, fossil methane gas and chlorinated gases. Methane gas is about 36 times more corrosive to climate change than carbon dioxide, and chlorinated gas are about 1000 times more corrosive.
So how do we add value to resolve these challenges?
We all need to drastically reduce emissions of fossil carbon dioxide and methane gas, BUT we need also to neutralize industrial fossil carbon dioxide emission. This will take time to change energy systems. Here, we can help.
The OptimaSystem:
• Is an energy and environmentally sustainable efficient local solution to use Biomass, Waste & Sludge to produce Green Energy.
• The OptimaSystem helps to keep emissions clean with a minimum of hazards from the remaining material post-processing.
• Optima uses the rest waste to produce renewable green energy.
The OptimaSystem Steam Reforming
Definition
More than 99% of carbon is converted using our technology
Steam Reforming is using water heated to around 800˚C + where the steam completely converts/gasify’s carbonaceous feedstock (biomass) to form hydrogen and carbon monoxide (“the water gas reaction”) without use of catalysts, producing Syngas. More than 99% of carbon is converted using our technology, i.e. the reaction is practically complete. It is the point where water affects other substances to dissolve into gases – It is close to its thermo-dynamic equilibrium.











