Haldor Topsoe & BASF Collaborate to Offer Ammonia Producers New Optimization Possibilities

Haldor Topsoe and BASF have announced that they entered into an agreement to offer ammonia producers new optimization possibilities. With Topsoe’s connected service, ClearView™ Ammonia, and BASF’s simulation tool, OASE® connect, combined, customers will now be able to get a better and more precise simulation of their ammonia plant operations and in turn optimize their production.

“ClearView™ is the market-leading connected service for ammonia production, and we’re excited to enter into this agreement. OASE® products have been instrumental in the design of CO2 removal units for ammonia plants for decades, and the wealth of experience and insights embedded into OASE® connect can now help ammonia plants optimize their production in near real time through the ClearView™ solution,” says Glenn Langguth, Head of Global Commercial Management, OASE® - Gas Treatment Excellence, BASF.

“This agreement is a great step forward for ClearView™, enabling us to offer a complete connected services solution that adds even more value for ammonia producers. BASF has been our preferred supplier for CO2 removal technology in our numerous ammonia projects over the years, and we have great trust in their expertise,” says Michael Fjording, Connected Services Director, Haldor Topsoe.

ClearView™, which was launched last year, is a complete connected plant service that leverages the power of continuous upload of data to offer plant owners improved asset utilization, energy savings, and less unplanned downtime. Based on a stream of comprehensive data from the plant, modelling and analytical software continually suggests optimization opportunities and proactively alerts plant personnel of operational issues.

OASE® white is a proven amine-based gas treatment technology for treatment of gases containing hydrogen and/or carbon monoxide. OASE® white's broad application scope, the continuous optimization based on hundreds of references including BASF's own facilities, and the flexible operability of this process makes it the leading choice for applications such as ammonia, iron-ore and many more.