Alfa Laval has a complete portfolio of heat exchangers for refining processes. These start from compact and fully welded heat exchangers, Compabloc and high pressure spiral heat exchangers (HPSHE) which all increase energy savings, reduce emissions and improve refining process, with the additional advantages of reduced costs for installation and operation.
In processes where design conditions exceed Compabloc and high pressure spiral (HPSHE) limits, we provide special shell-and-tubes, air coolers and the Packinox heat exchanger. The latter operates as a feed x effluent interchanger in some specific processes, offering a high grade of heat recovery.
No matter what application you have that needs a heat exchanger, Alfa Laval offers you the optimal solution for your specific requirements.
When refineries convert from traditional shell-and-tube technology to more efficient Alfa Laval compact heat exchangers in a crude preheating train, they can achieve energy savings of up to 50%. Alfa Laval compact heat exchangers substantially decrease CO2, SOx and NOx emissions. For every ton of natural gas burned, approximately 2.6 tons of CO2 is released.
Only a few square meters are required for installation. They are ideal solutions in situations such as revamps, where space can be extremely restrained. Installation costs are normally 50% lower than for shell-and-tubes.
Alfa Laval heat exchangers enable refineries to minimize both their CAPEX and OPEX. The smaller footprint and high efficiency requires less heat transfer area, which results in less material needed. Alfa Laval can offer much more economical solutions when high-grade alloys are required to avoid corrosion.
Heat exchanger fouling is a huge problem in many refining processes, leading to losses of thermal efficiency, costly downtime and large maintenance expenses. Alfa Laval has the solution. Our spiral heat exchanger provides a unique self-cleaning process allowing much longer operating intervals. It reduces maintenance downtime and keeps a high thermal performance even under the most demanding conditions.
Alfa Laval OLMI is a specialized manufacturer of shell-and-tubes and air coolers for high pressure and temperature, using stainless steel and other special alloys.
In refinery processes, very high pressure (above 100 Bar) and high temperature (above 400ºC) are very often involved, for instance on hydrocrackers, hydrogen units or hydrotreaters. In those situations which are outside the limits for compact heat exchangers, Alfa Laval offers OLMI shell-and-tubes (including Breech Lock and Rod baffles) and air coolers.
The heat exchangers on these units need to deliver high efficiency and operational reliability. With short payback times and eliminated corrosion, Alfa Laval heat exchangers offer a very low CAPEX and OPEX.
Crude distillation unit (ADU/VDU)
Are you having fouling problems during regeneration of the desalter? Alfa Laval has advanced, energy saving heat transfer solutions that are easy to clean, cut downtime and reduce maintenance costs.
Crude oil desalting
Whether it’s cooling of slurry oil or clarified slurry oil (CSO), Alfa Laval has advanced heat transfer solutions that recover maximum heat energy. Very easy to clean, they cut downtime and reduce maintenance costs.
Fluid catalytic cracking, FCC
The Alfa Laval Packinox heat exchanger is the efficient way to optimize your hydrotreater. Alfa Laval Compabloc and spiral heat exchangers are suitable for the fractionation step and in the lower pressure section.
Hydrotreating / Hydrodesulfurization
Heat exchange solutions for reactor product recovery. On the reactor side, Packinox offers superior efficiency and greater reliability. In the product recovery process, Compabloc offers compact maximum efficiency.
Eliminate fouling in heat transfer equipment, cut downtime and reduce maintenance costs. Self-cleaning, energy saving solutions recovering maximum heat energy from bottom residues in your sensitive processes.
Visbreaking and heavy processes
Alfa Laval Compabloc and spiral compact heat exchangers can provide a clever solution for lube oil plants in refineries. Since gasket free, they are suitable for almost all demanding tasks.
Harsh conditions are no problem. Designed to minimize fouling and ensure long operation cycles, Alfa Laval heat exchangers ensure a high thermal performance with a small footprint.
Sour water stripping is a very corrosive process. The Alfa Laval compact heat exchangers are made of highly resistant materials with lower installation costs, ease of operation and less downtime as benefits.
Sour water stripping
Photo on top: Maurizio Camagna
Alfa Laval strengthens its support to Asian oil & gas, refinery and petrochemical industries by opening a new regional competence centre – Alfa Laval Energy & Process Asia Hub – in Kuala Lumpur, Malaysia.
Read the article
Boost your refinery efficiency with Alfa Laval compact heat exchangers. Learn how to cut operating costs and increase production.
Read the Profitability Formula
Profitability Formula in Chinese
Profitability Formula in Russian
In its efforts to continually implement sustainable practices in its operations, Petronas has invested in cutting-edge energy-efficient technology. Alfa Laval Compabloc - a refiner's formula for energy efficiency
The refinery industry is reaching profitability by using Alfa Lavalcompact heat exchangers.
Read all our customer stories and you’ll understand why.
By using Alfa Laval heat exchangers a major US refinery cut its emissions to a third of federal requirements.
Save a bundle with Alfa Laval heat exchangers
Here you find more information about Alfa Laval’s role in the refinery industry worldwide and articles we have published in several international magazines.
Editorials within crude oil refinery
Investments in waste heat recovery are often very profitable. Payback periods are typically less than a year.
Waste heat recovery
Alfa Laval has a complete range of compact heat exchangers specifically designed for refinery applications: fully welded compact heat exchangers for general purposes, Packinox, to improve heat recovery as a reactor feed x effluent; and shell-and-tubes and air coolers for high pressure applications.
What are the questions most frequently asked by our customers? Some of the answers may surprise you.
Frequently Asked Questions
U.S. Energy information administration - Independent Statistics and Analysis about Refining
National Petrochemical & Refiners Association
Wikipedia - refinery
Wikipedia - visbreaker
Wikipedia - fluid catalytic cracking
Wikipedia - crude oil desalting
We will be happy to answer your questions about Alfa Laval solutions for crude oil refineries.