INEOS through its subsidiary INOVYN have announced plans to build a large-scale, 100MW electrolyser to produce green hydrogen at the Koln site in Germany.
The project forms part of more than €2bn investment in Green Hydrogen announced by INEOS earlier this week.
Hydrogen from the new unit would be used in the production of green ammonia.
The complete project will result in a reduction of carbon emissions at Koln by more than 120,000 tonnes per year.
This strengthens INEOS ambitions to achieve net-zero targets set out by the UN and National Governments around the world.
As a first step of the project, INEOS will produce green hydrogen to feed into INEOS green ammonia production – the new application in the future of green fuel production. As the second largest global chemical product, transitioning towards green ammonia production could lead to reducing almost 1% of global greenhouse gases per year. This development, by INEOS Nitriles , initiates the transition towards achieving a low-carbon future within the chemical industry.
The project will also look to develop E-Fuels through Power-to-Methanol applications at INEOS Köln site at an industrial scale. Through this process, the development will further decarbonise chemical value chains through the use of carbon capture, in combination with green hydrogen, in order to produce sustainable methanol and its derivatives.
In addition, hydrogen will be made available for further INEOS processes at the site, to chemical park operator Currenta – who will also provide important infrastructure to the project - and to other users in the region, to support the local sustainability agenda.
The green hydrogen project aims to reduce direct and indirect carbon emissions by over 120,000 tonnes per year, taking sustainability to the next level by progressing towards a complete use of resources.
Hans Casier, CEO INEOS Phenol & INEOS Nitriles said: “This development builds on INEOS leading role in decarbonisation of industry with green ammonia, and methanol production from green hydrogen. The transition is driven by the growing demand for low-carbon and affordable energy sources.”
Stephan Müller, Energy Commercial Manager INEOS Olefins & Polymers North said: “The green Hydrogen project is an important milestone in achieving a significant carbon footprint reduction at the Koln site and in driving forward our ambitious sustainability agenda towards net-zero.”
Wouter Bleukx, INOVYN Hydrogen Business Manager said: “This project builds on our growing Hydrogen portfolio, aiming to accelerate the decarbonisation of energy, and supports our ambition to become a leading Hydrogen company.”
The project has successfully passed the first selection phase of the IPCEI (Important Projects of Common European Interest) process.
This development adds to the growing list of projects INEOS is involved in to support the demand for green hydrogen to replace existing carbon-based sources of energy, feedstocks and fuel. To realise this investment, government support and a suitable regulatory framework is needed.
Messer commissiones first argon production plant based on unused residual gases from the ammonia synthesis process in Šaľa, Slovakia
The fact that we are now producing high-quality argon on site in Slovakia also increases the security of supply for our customer
INEOS Styrolution confirms its investment decision for Europe’s first polystyrene advanced recycling pilot plant in Swindon, UK
Project in joint collaboration with Recycling Technologies, UK. Europe’s first advanced chemical polystyrene recycling facility is expected to be operational in the second half of 2022
Air Liquide and BASF welcome support from European Innovation Fund for joint CCS project in Antwerp, Belgium
Kairos@C will be jointly developed by Air Liquide and BASF at its Antwerp chemical site. By avoiding 14.2 million tons of CO2 over the first 10 years of operation, it will significantly contribute ...
Arkema accelerates its investments in batteries at Pierre-Bénite, France
Announcing a 50% increase in its Kynar® PVDF fluoropolymer production capacities at its Pierre-Bénite site in order to address the fast-growing demand for materials for lithium-ion batteries.