Integral to most refining, petrochemical and natural gas processes our high performing catalysts and adsorbents provide the performance required to meet and exceed your production goals. We maintain proprietary catalyst formulations tied to our licensed processes that improve process economics by steering reactions to higher conversions and yields, and offer a portfolio of adsorbent technologies to meet a broad spectrum of applications.
We also offer proprietary critical equipment based on patented designs that are essential to the proper functioning and performance of our licensed processes. For more than 80 years, we have designed and built Fired Heaters, DeNOx Units and Heat Exchangers as well as ethylene furnaces and furnaces for delayed coking for clients around the globe.
Catalysts
AFPM Technology maintains proprietary catalyst formulations tied to our licensed processes. Catalysts improve process economics by steering reactions to higher conversions and yields.
Delayed Coking Heater Technology
For more than 70 years, we have designed and supplied furnaces for delayed coking projects that range from small single heaters to the current multi-heater installations with air preheat systems. Our delayed coking heaters have handled a wide range of feedstocks in refineries and upgraders for both fuel and specialty coke production mode of operations. We also design delayed coking heaters with a unique configuration that allows isolation of individual coils or cabins for mechanical decoking (pigging) of the heater tubes while the unit is kept on-line.
Fired Process Heaters
Through our heat transfer group, we specialize in the design and supply of fired heaters for the petrochemical and refining industries backed by services that range from conceptual and feasibility studies to turnkey heater projects. We have designed and supplied fired process heaters for a diverse range of applications such as steam reformers, visbreaker heaters, delayed cokers, crude and vacuum heaters, hydrocrackers, catalytic reformers and EDC (ethylene dichloride) crackers. Steam reformers include applications in ammonia, methanol, hydrogen and towngas plants, and for the reduction of iron ore.