28 Dec 2022
Number 5: The energy transition for the oil and gas industry
In line with the energy transition movement, the oil and gas industry should consider investment in carbon capture and utilization, and produce low-carbon products like hydrogen and ammonia. Carbon capture will support emissions reduction through flare systems, sulfur oxides, nitrogen oxide and carbon dioxide in the boilers, and sulfur recovery unit thermal oxidizer stacks.
Number 4: A feasibility study: Decarbonization through H2 fuel
Blending H2 directly into the grid was studied based on various components, which included process, pipelines, custody meters, field instrumentation, gas turbines, compressors, fired heaters, boilers and valves.
Number 3: Transforming Texas into a global H2 hub
The presently carbon-intensive energy system must be decarbonized to meet the dual challenges of expanding energy demand and producing cleaner energy. The potential for economic recovery stimulus through investment in clean energy infrastructure has been embraced by multiple regions and nations.
Number 2: The challenges of delivering a large-scale green H2 project-Part 1
With a global energy transition underway, interest in H2 as an essential vector in a future energy system is skyrocketing. Presently, 96% of global H2 production is gray or brown H2 produced via reforming and/or gasification of natural gas, oil and coal, with concomitant carbon emissions.
Number 1: Solid oxide electrolysis cell (SOEC): Potential technology for low-cost green H2
Electricity and H2 form complementary options for transferring and storing energy for different end uses, offering much more flexibility in optimizing energy structures on a macro scale.
The H2 offshore production for Europe (HOPE) project consortium has signed a €20-MM grant agreement …
MAIRE took part in the launch of a circular H2 refueling station to be built by Q8 in Rome. This pro…
AVEVA Process Simulation enables growth of global H2 production market through faster and more effic…