Communities across the world are suffering from environmental degradation, shortage of electricity and clean water, and the opportunity to prosper
Thousands of tonnes of Waste go into landfill or are incinerated every week globally. Plastic ends up in the world’s oceans. Nuclear power is expensive and unpopular. Wind and solar cannot be relied on. Hydroelectric is location limited. Large and long-term storage batteries have yet to be created and national Grids either do not exist or need huge investment to handle the intermittent supply of sun and wind generation. Core decentralized generation of 24/7 electricity and hydrogen is urgently required to keep the lights on, power transport and keep us secure.
For poorer rural communities across the world, electricity and clean water is often not available. This technology will enable local generation of electricity and clean water using local waste, and provide commercial opportunities for survival and prosperity.
The same is true in different ways for all other communities, large and small.
CLEAN CARBON TECHNOLOGY
Clean Carbon Technology can process plastic, sewage and other noxious wastes into electricity, hydrogen and clean water without emitting any pollutants.
Clean Carbon units, consisting of a reactor and turbo expander, will be fabricated and placed in mobile shipping containers, enabling electricity to be produced in rural areas using local waste. Larger Clean Carbon units will be built to replace the very large power stations using coal wood or gas so saving infrastructure. The production of hydrogen will enable domestic gas to continue to be available along with fuel for transport. Security of supply is enhanced by the decentralisation of generation.
It will help save our planet. This technology will provide decentralised, cheap electricity, clean water and hydrogen from any waste without pollution 24/7.
Hydrogen, along with electricity, is increasingly seen as an important fuel for transport in the future.
Using smaller units (5 MWh can provide electricity for 9000 people), poor rural communities will not need connecting to the grid, can move the units to sources of new carbon if one area becomes
exhausted, and use contaminated water or sea water to liquidise the fuel. This will bring purpose and prosperity to communities so helping to reduce migration to cities and elsewhere. These units can also be rapidly deployed to disaster or crisis areas.
Global Impact of CLEAN CARBON TECHNOLOGY
