When considering the progress of worldwide carbon reduction goals by 2050, it is clear that traditional renewables, wind and solar, cannot deliver on Climate Change targets, so a sustainable transition from electricity generated from fossil fuels is necessary. Also, it is increasingly obvious that hydrogen will play a critical role as a low-carbon fuel for electricity generation, industrial production and transportation. 

 

Cseq Global was established to develop and deliver environmental and social sustainability initiatives through decarbonisation technologies for industrial applications where fossil fuels are used in large quantities, such as coal and gas-fired thermal power stations, cement manufacturing and steel manufacturing facilities and the like.

 

Cseq Global’s founders (who remain major shareholders), are committed to cleaning up the use of fossil fuels for energy generation by implementing the unique and remarkable Cseq decarbonisation technology and process, that utilises captured CO2 emissions and converts the carbon into harmless and valuable carbonates and bicarbonates, whilst producing green hydrogen as a byproduct.

 

By means of this novel technology and process Cseq Global is helping transition the traditional energy generation industry whilst still delivering cheap and reliable base load electricity, but without GHG emissions.

 

Renowned institutes like the International Renewable Energy Agency, the Energy Transitions Commission, and the Hydrogen Council anticipate as much as 18 percent of final consumption to be provided by hydrogen by 2050. However, green hydrogen produced via electrolysis remains costly to produce and is currently non-viable for large scale production, so alternative clean hydrogen production technologies are being considered and being developed.

 

Cseq Global enables emitters to achieve a genuinely carbon-zero footprint from the decarbonisation of their operations and the production of clean hydrogen. By means of Cseq, companies can sequester carbon emissions whilst producing clean hydrogen at a far lower cost than typical green hydrogen generated by electrolysis, as it uses far less electricity and water, which is good news for our planet.

 

The Cseq decarbonisation technology and processes, owned and developed by Cseq Global, has enormous potential to save tens of thousands of existing jobs in coal and gas-fired energy generation worldwide, by transitioning the coal industry and eliminating the need to completely shut down fossil fuels for electricity generation.  By reducing the emissions from fossil fuels, via the repurposing of captured CO2 from gas or coal-fired power stations and industrial sites, Cseq Global enables these industries to survive whilst cleaning them up at the same time.  Thousands of small to medium enterprises (SMEs) can continue to operate and thrive, delivering ongoing economic stimulation of regional towns that would otherwise be at risk. 

 

The social and economic impacts of preserving major marketplace sectors are particularly crucial in developing nations.  If the coal industry collapses in countries like those in sub-Saharan Africa, unemployment will rise sharply.  The corresponding social distress such as financial hardship, poverty, domestic violence, substance abuse, suicide, family breakdown, homelessness and rampant crime are difficult to quantify. Cseq Global, by implementing the new technology of Cseq, can contribute in a significant way to preserving the social fabric in developing nations and enabling millions of workers to continue to provide for their families.