Chlorine production in Europe - in this case Neolyse Ibbenbüren - declined slightly in 2019 due to lower demand from the chemical industry. (Source: Neolyse Ibbenbüren)
Strategy Paper: Chlorine Chemistry

Will Hydrogen Become Chlorine Chemistry's Trump Card?

Can hydrogen play out as chlorine chemistry’s trump card? — Safe, clean, and sustainable — Eurochlor’s position paper on its Mid-Century Strategy for the chlorine industry reads like green buzzword bingo. Yet it’s clear that if the European Union wants to become carbon-neutral by 2050, it will have to take chlorine chemistry into account. It’s just as well that electrolysis provides a sought-after co-product.

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Klaus Schäfer, Chief Technology Officer, Covestro. (Source: Covestro)
Engineering MDI Technology

Benchmark for Production of Methylene Diisocyanate (MDI)

With a new MDI technology, Covestro aims to improve efficiency and environmental protection. Everyone is talking about sustainability — including the chemical industry. With the quartet of regenerative energies, alternative raw materials, recycling solutions and CO2-saving technologies, Covestro wants to become a front runner. A completely new MDI technology should also help.

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Prof. Jakob Burger, TUM: “Compared to conventional technologies there is a price gap that must be closed. To do this, we either have to subsidise power-to-X products or make fossil ones more expensive.” (Source: Jan Troeschel/TUM)
Thermal Processing

OME Synthesis: A New Route to Diesel Fuels?

Power-to-X is on everyone’s lips: as energy storage, alternatives to battery-electric mobility or basic raw materials for industrial processes, the conversion of green electricity into material form is a cornerstone of all defossilization strategies. But how realistic is the vision of fuel from the socket? A test plant in Lower Bavaria, Germany, shows that the necessary technologies have long been in the starting blocks.

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