Lebrecht, T.
Timothy Lebrecht is the Industry Manager, Energy Transition and the Chemicals Process Industries, for Air Products and Chemicals.
Utilize a hydrogen reactions lab to optimize renewable fuels processing
Analyzers
/ Biofuels
/ Carbon Management
/ Catalysts
/ Cracking
/ Crude oil
/ Digital Technologies
/ Economics
/ Engineering & Design
/ Environment
/ Environment & Safety
/ Equipment
/ Hydrogen
/ Information Systems
/ Loss Prevention
/ Process Optimization
/ Products
/ Project Management
/ Reactors
/ Refining
/ Renewables
/ Sustainable Aviation Fuel
Leading technology developers in the refining space are utilizing various catalysts to enhance the adjusted reaction chemistry, but this does not directly address how to optimize hydrogen utilization for the hydrodeoxygenation and isomerization/cracking processing steps. To ensure the right equipment outlay and calibration for these hydrogenation applications, replicating the process in a lab setting can help identify efficiencies and yield improvements for a fraction of the cost that a refiner would incur attempting to achieve that optimization through modifications at commercial scale.
- 1
- ... 1 pages
Current Digital Edition
Sign up to Receive Our Newsletter
Latest News
- Asia refineries, petchem firms cut runs as Middle East conflict disrupts feedstock supplies 3/6
- Hungary's MOL says capacity tests on Adria pipeline to start next week 3/6
- Brazil's antitrust watchdog approves private equity firm's controlling stake purchase in Braskem 3/6
- Shell-CNOOC China JV to close 1.2-MMtpy steam cracker due to feedstock disruption 3/6
- India invokes emergency powers, orders refiners to boost LPG output 3/6
- Russia gets export boost from Iran war as price of oil to India surges 3/6
Construction Boxscore: Project Spotlight
Project:
Long Son Petrochemicals Complex
Location:
Long Son, Vietnam
Operator:
Siam Cement Group
Cost:
$5.4 B
Capacity:
1.65 MMtpy
Completion date:
2023
Status:
Under Construction
