CCU News – Page 39

Hybrid Electro-biosystem Upcycles Carbon Dioxide into Energy-rich Long-chain Compounds

However, compared with facilely available C1/C2 products, efficient and sustainable synthesis of energy-rich long-chain compounds from CO2still remains a huge challenge. A joint research team led by Prof. XIA Chuan from the University of Electronic Science and Technology of China, Prof. YU Tao from the Shenzhen Institute of Advanced Technology of the Chinese Academy of

MHIENG to License Carbon Capture Technology for Natural Gas Plant in Italy

Eni’s Project aims to capture 25,000 tons of CO2 per year from plant’s turbo compressor flue gas MHIENG will license “KM CDR Process™” carbon capture technology and provide process design package Mitsubishi Heavy Industries Engineering, Ltd. (MHIENG), a Mitsubishi Heavy Industries (MHI) Group company based in Yokohama, has agreed to license its carbon capture technology

Capturing Carbon With Inspiration From Battery Chemistry

The need for negative emissions technologies to address our climate crisis has become increasingly clear. At the rate that our planet is emitting carbon dioxide – adding about 50 gigatons every year – we will have to remove carbon dioxide at the gigaton scale by 2050 in order to achieve “net zero” emissions. The U.S.

Paul von Kirchbach, Manager Business Development and Innovation at Renolit (Germany), on market developments in the Renewable Carbon Economy

Michael Carus: How has the environment for the Renewable Carbon Economy evolved during the corona virus pandemic, climate change and Green Deal, and the Ukraine war? (in terms of demand and investment) Paul von Kirchbach: We have seen in recent years a constant increase in demand for Renewable Carbon solutions. While the corona virus pandemic

OGE and TES join forces to develop a 1,000 km CO₂ transmission system

OGE, one of the leading European gas transmission system operators, is planning to build a CO2 pipeline system. The project will focus on CO2 emissions that cannot be avoided during production processes and on the reuse of CO2 in a green circular system to import green hydrogen. This pipeline system will initially be 1,000 km

OGE und TES entwickeln gemeinsam ein 1.000 km langes CO₂-Transportnetz

OGE, einer der führenden europäischen Fernleitungsnetzbetreiber, plant den Bau eines CO2-Transportnetzes. Der Fokus liegt dabei auf CO2-Emissionen, die im Produktionsprozess nicht vermieden werden können, sowie auf der Wiederverwendung von CO2 in einem grünen, geschlossenen Kreislaufsystem zum Import von grünem Wasserstoff. Dieses Netz wird zunächst 1.000 km lang sein und ein Transportvolumen von rund 18 Millionen

Bridgestone Partners with LanzaTech to Pursue End-of-Life Tire Recycling Technologies

Bridgestone Americas (Bridgestone), a global leader in tires and sustainable mobility solutions, today announced an exclusive partnership with Carbon Capture and Transformation (CCT) company, LanzaTech NZ, Inc. (LanzaTech) to address end-of-life tire waste. The two companies will co-develop the first dedicated end-of-life tire recycling process leveraging LanzaTech’s proprietary CCT technology, creating a pathway toward tire material

£5m fund launched to develop carbon dioxide utilisation technology

The CO2 Utilisation Challenge Fund will help businesses and organisations develop and commercialise the technology, which involves harnessing and converting CO2 – the biggest contributor to climate change emissions – and using it to produce valuable products such as synthetic fuels and proteins for use in aquaculture. The CO2 Utilisation Challenge Fund will be administered

TU Delft and TNO prepare industry for scale-up phase of clean factory

Oil and gas shortages are not only pushing up the prices of gas and petrol, but also plastics, medicines and cosmetics. To make our society less dependent on fossil fuels and combat climate change, the chemical industry needs to change radically. In recent years, TU Delft and TNO have laid the foundation for cleaner production

Saubere Produktionsprozesse in der chemischen Industrie

Die Öl- und Gasknappheit treibt nicht nur die Preise für Gas und Benzin in die Höhe, sondern auch für Kunststoffe, Medikamente und Kosmetika. Um unsere Gesellschaft unabhängiger von fossilen Brennstoffen zu machen und den Klimawandel zu bekämpfen, muss sich die chemische Industrie radikal verändern. In den letzten Jahren haben die TU Delft und TNO den

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