Catalytic Hydrotreatment
In this refinery application series on Catalytic Hydrotreatment; explore how Alfa Laval's welded heat exchanger technologies have been applied to debottleneck, increase capacity, reduce CAPEX, increase energy efficiency & reduce utilities
Application leaflets
Read our application leaflet on Hydrotreater to know how to: Increase capacity and product yield, Substantially lower energy consumption and CO2 emissions, Increased operating reliability/availability, Minimizing CAPEX and improving Project ROI
Case stories
Case Story from Hydrocarbon Engineering Sep. 2017 where Chris Wajciechowski, Alfa Laval, USA, explains how the introduction of welded plate heat exchangers has optimized naphtha hydrotreater efficiency at a major refinery on the US Gulf Coast.
Articles
Article from PTQ Q2 2020: Improving hydrotreater performance using welded plate heat exchanger
Blog posts
Discover how to use capital and energy efficient Compabloc technology in naphtha hydrotreating.
Webinars
US Gulf Coast Refinery
US Gulf Coast Refinery Reducing Total Project Capex of Naphtha Hydrotreater
Canadian Refinery Debottlecking
Canadian Refinery Debottlecking Cracked Naphtha Hydrotreater to increase capacity
Major European Refinery Debottleneck
Major European Refinery Debottleneck Naphtha Hydrotreater & does heat integration
US West Coast Refinery
US West Coast Refinery Debottleneck NHT Splitter with one Compabloc
Webinar: Improving hydrotreater performance with welded plate heat exchangers
Webinar: Improving hydrotreater performance with welded plate heat exchangers
Read other relevant refinery blog posts
Debottleneck naphtha hydrotreaters with highest project ROI
Overcome the challenges of cooling desalter water effluent
How to cut your refinery cooling water consumption by 30-50%
Refinery alternatives to box coolers
Reduce carbon intensity while improving bottom line in the refining sector
Reducing energy consumption in industrial refrigerant systems
Benefits of Compabloc technology versus shell & tube
