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

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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Technip Energies

Technip Energies is a world-leading engineering and technology player. We bring our clients game-changing Projects to life, and are committed to enhancing their performance. Our expertise includes a full range of design and project development services, from early engagement to delivery. We're proud of our 60-year history executing some of the world's largest and most complex engineering and construction (E&C) projects......

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ERTC Newspaper

CCS and hydrogen for decarbonisation ... Reduce, reuse, and repurpose: Minor changes for major results ... Predictive model for maximum feedstock flexibility ... maintenance and calibration intervals with accurate instruments and analysis systems ... Thoughts about leadership in the energy transition times ... ReNewFine for renewable diesel and SAF: Results of a 20-year partnership in 100% HVO ... Transforming a refinery unit into a key component of end-of-life plastic circularity ... REFuelEU has set the rules for SAF in the EU:Refineries now need a game plan for success ... Which future? Using scenario analysis to explore national pathways to decarbonisation ... Balancing act of managing a refinery: New technology vs increasing revenue

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Minimise emissions with control and monitoring solutions

Intelligent technologies like solenoid valves, wireless thief-hatch monitors, and advanced redundant control systems can help reduce methane emissions. Globally, oil and gas operations account for 15% of total energy-related greenhouse gas (GHG) emissions (OECD, 2023). This significant percentage of GHG emissions has led to increased emissions regulations by multiple governments and agencies. Reducing these emissions in a cost-effective manner will be essential for both the planet and the long-term viability of the global energy industry......

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TRI-SHARK Control Valves

TRI-SHARK control valves are able to achieve a nearly equal percentage inherent characteristic, which greatly extends the control range ability. Furthermore, they offer great advantages in the field of cavitation reduction and noise attenuation, as well as in dynamic torque reduction. They are suitable for a wide range of services, for cryogenic temperatures from -196°C up to +815°C, including liquids, gases and steam......

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ESF North America

ESF presents the best opportunity for North American’s downstream oil & gas industry to network and knowledge share in the context of decarbonization and sustainability, showcasing the technologies and innovations to accelerate the energy transition......

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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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