Perdaman has selected Haldor Topsoe’s Syncor ammonia solution for its 2.7 billion dollar ammonia/urea plant in Western Australia. Construction work for the project is expected to commence in 2020.
Denmark – Perdaman Chemicals and Fertilisers (Perdaman) has signed a licensing and engineering contract for Haldor Topsoe’s Syncor ammonia solution for its 2.7 billion dollar (A$ 4 billion) ammonia/urea plant in Karratha, Western Australia. Stamicarbon has been chosen as urea licensor, and gas supply has been secured. The next milestone for the project will be financial close, which is expected by the end of March 2020.
Syncor Ammonia is at the heart of the world's largest ammonia plant. “This is a significant step forward for the Karratha Urea Project. We are now full steam ahead on this important project that will use the latest and best technologies available. We expect Haldor Topsoe’s innovative Syncor Ammonia technology to deliver significant economies of scale that will contribute to making this world-scale plant exceptionally competitive,” said Vikas Rambal, Founding Chairman and Managing Director, Perdaman Group.
Syncor Ammonia is the state-of-the-art solution for large-scale ammonia production. Using industry-proven technologies and catalysts, it sets a new standard for single-train capacities that can enable double-digit reductions in production cost. Contrary to conventional two-step reforming, Syncor Ammonia uses a single-step autothermal reformer and reduces steam throughput by 80 per cent. This enables exceptional economies of scale in large-scale grassroots ammonia plants.
“We are excited to continue our longstanding relation with Perdaman and support them in building a truly cutting-edge world-scale ammonia/urea plant. Syncor Ammonia is an exciting advancement for the ammonia market and reinforces our conviction that Syncor is the best choice for large-scale ammonia production,” says Amy Hebert, Deputy CEO and EVP Chemicals, Haldor Topsoe.
Syncor technology can also be applied in the production of methanol, syngas, and synthetic gasoline.