Decarbonisation Technology | Powering the transition to sustainable fuels and energy 2

Optimising electrolytic hydrogen production

Power and process simulation and modelling can optimise the design and operations of electrolytic hydrogen projects. Electrolytic hydrogen is forecasted to play a key role in building a more sustainable, decarbonised future. Low-carbon hydrogen does not produce greenhouse gases and has the potential to aid the decarbonisation of hard-to-abate industries where direct electrification or other forms of renewable energy are not feasible......

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Technip Energies

Technip Energies is a leading Engineering & Technology company for the energy transition, with leadership positions in LNG, hydrogen and ethylene as well as growing market positions in low-carbon and green hydrogen, sustainable chemistry and CO2 management. The company benefits from its robust project delivery model supported by extensive technology, products and services offering......

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May Issue

Decarbonisation and sustainability value chains ... Safety, risks, and hazards of hydrogen ... Feedstocks and utilities for green hydrogen and e-fuels ... Biofuels syncrude pathway for producing SAF from waste ... Comparison of payout for renewable diesel and SAF ... Journey toward decarbonisation of the shipping industry ... Conversion of CO2 to methanol ... Cleaner alternatives to heavy fuel oil ... Carbon utilisation to accelerate the transition to net zero.

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ERTC

The single largest gathering of refining and petrochemical leadership within Europe. The refining and petrochemical industry in Europe is fast evolving despite many challenges being faced by competition from the Middle East and an overwhelming need to become more efficient and sustainable. ERTC is the single largest gathering of refining and petrochemical leadership within Europe. This event gives you access to multi streamed content addressing innovation and technology specifically relevant to the EU’s refinery industry.

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Refining India Newspaper

Strategies for cost-effective decarbonisation: Future-proofing Indian refineries ... Studies on methanol dehydration over beta zeolite catalyst ... Integrated web platform for accurate GHG emissions mapping ... Fueling success: SAF route to aviation sustainability ... Circular polymer through chemical recycling of waste plastics ... Enhanced reliability monitoring of SMRs using advanced data analytics ... Formic acid production using heterogenised iridium catalyst through the ICCC process ... Mastering mega-scale refinery and petrochemical projects ... Maximising MS production from the isomerisation unit within VLI constraints......

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Hydroprocessing - It’s not magic It’s science

It’s not magic. It’s science. Hydroprocessors know the wall that lies between them and peak reactor performance. Fouling, pressure drop, precipitation, agglomeration, polymerization, and catalyst deactivation, these obstacles build up, block by block. We help you break through that wall, clearing your path to performance.

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Ecofining Technology for renewable transportation fuels

Honeywell's UOP Ecofining technology is the market leading solution for producing renewable diesel and jet fuel from sustainable vegetable oils, animal fats and waste oils. Ecofining can also be designed to produce renewable H2 and LPG as byproducts, or 100% green naphtha. It is a commercially proven refining process for meeting regulatory mandates in the North America and Europe for the blending of renewable fuels. Its technology produces drop-in compatible renewable diesel or sustainable aviation fuel (SAF) from a wide range of feedstocks and is ideal for integrating into existing refinery equipment......

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