Superior products, service and applications expertise to maximize asset value for refiners and heavy industrial operators in India and South Asia
Protect assets, improve reliability, increase throughput, and enhance the efficiency and flexibility of your operating units
Leading chemistry developed by innovative R&D teams in our Houston and India-based global technology centers
Process Treatment Solutions
Halliburton Vasu is the combined strength of Athlon, a Halliburton Service, and Vasu Chemicals. We leverage Vasu’s extensive water treatment success in the region and Halliburton’s expertise and global experience of more than 50 years to provide process treatment solutions to refiners, petrochemical plants, pipelines, terminals and other heavy industrial facilities.
Our solutions, whether chemical, operational and/or mechanical, help our customers meet cost and performance objectives, improve reliability, increase throughput, and enhance flexibility of operating units.
Leverage our phase separation expertise to manage challenges in desalters, cokers, fluid catalytic cracking units, crude units, slop tanks, and more.
Mitigate corrosion with our asset integrity solutions, which start with a mechanical, operational, and chemical assessment.
Control fouling before costly downtime impacts the efficiency, reliability and productivity of your process units.
Finished Fuel Additives
Our additive solutions help ensure timely and successful results for refiners, terminal operators, and cargo treatment teams.
Pipelines and Gas Processing
Customized chemicals and services, including gathering systems, transmission piping, product storage and product transportation.
Automation and Digitization
Industry-specific tools to improve reliability, increases throughput, and enhance the efficiency and flexibility of your operations
Our Legacy & Profile
Halliburton Vasu is the combined strength of global expertise and local results put in motion by Athlon, a Halliburton Service, and Vasu Chemicals for Southeast Asia's downstream market.Read More