Under the partnership, IRENA will facilitate knowledge sharing from India on scaling-up renewable energy and clean energy technologies as well as support India’s efforts to advance cost-effective decarbonization through the development of domestic green hydrogen. (IRENA )
India: Decarbonization

India Aims to Become a Leading Producer of Green Hydrogen

India has entered into a collaboration with the International Renewable Energy Agency (IRENA) to strengthen the country’s renewable energy in order to become a leading producer of green hydrogen. Under the terms of the contract, the two will assess the potential of green hydrogen as an enabler of the country’s transition and as a new source of national energy exports. India is also launching a National Green Hydrogen Mission that will help in the production, storage, distribution, and application technologies of green hydrogen.

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Having a digital twin enables engineers to troubleshoot design complexities within the context of the asset and its actual, real-world surroundings. (Source: Bentley Systems)
Next-Gen Technologies

Digital Twins: The Path to Maturity

Digital twins are either a must-have for any self-respecting engineering consultant; or they are dismissed as the latest shiny object dreamed up by VC-fueled ‘constructech’ mania. On the one hand, digital twins are important enough to warrant their own National Digital Twin Day; on the other, proponents are accused of ‘digital-twin-washing’ Bim just like they ‘green-washed’ their eco-sustainability credentials, driven by fear of missing out.

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The partnership aims to fill the missing link in the electric vehicle supply chain, using a sustainable and low-carbon refining process, to connect Europe’s lithium battery and cell manufacturers with a secure supply of lithium hydroxide, produced from abundant international sources of raw lithium mineral ore. (Wood)
Revolutionizing the European Battery Supply Chain

Wood to Deliver UK’s First Commercial Lithium Refinery

Under an agreement signed between Wood and Green Lithium, Wood has been made the Owner’s Engineer for delivering UK’s first large-scale commercial lithium refinery. Claimed to be the first of its kind facility in Europe, the plant is expected to meet the growing demand for battery-grade lithium chemicals which is important for the commercial viability of the European battery supply chain, the electric vehicle revolution and its transition to net-zero.

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First construction work for the electrolyzers will likely begin in Spring 2022. (thyssenkrupp )
The Netherlands: Green Hydrogen

Thyssenkrupp Partners with Shell to Install 200 MW Electrolysis Plant for ‘Hydrogen Holland I’ Project

Under a contract signed between thyssenkrupp Uhde Chlorine Engineers and Shell, thyssenkrupp will engineer, procure and fabricate a 200 MW electrolysis plant based on its large-scale 20 MW alkaline water electrolysis module for the mega ‘Hydrogen Holland I’ project in the port of Rotterdam, the Netherlands. The project will produce green hydrogen for the industry and transport sector in the region.

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