Clariant, a global leader in specialty chemicals, today announced the launch of StyroMax UL-100, its most advanced ethylbenzene dehydrogenation catalyst to date. This innovative catalyst achieves exceptional performance at unprecedented low steam-to-oil ratios (S/O) of 0.76 by weight, setting a new industry benchmark in SM production efficiency.

The StyroMax UL-100 has been specifically engineered to facilitate ultra-low steam-to-oil operations in styrene plants for drop-in refills into existing units, through revamp and for grass roots projects. Through an alliance with Technip Energies, this cutting-edge catalyst technology will enable plant operators to significantly reduce steam consumption while maintaining optimal production rates.

This breakthrough in catalyst technology addresses the industry's persistent challenge of balancing energy efficiency with production performance. The ability to operate at S/O ratios as low as 0.76 by weight represents a significant advancement over previous catalyst generations of 1.02, offering the potential for substantial energy savings and reduced carbon footprint for styrene producers.

"Our close cooperation with Technip Energies has led to the development of StyroMax UL-100, a breakthrough in styrene catalyst technology," says Gene Mueller, Head of Ethylene and Vice President Business Unit Catalysts Americas at Clariant. "By working hand-in-hand with customers, we've created a solution that not only advances their sustainability initiatives but also enhances their operational efficiency. This innovation is a direct result of listening to customer needs and developing solutions that deliver real value to their business."

Wei Cai, Chief Technology Officer at Technip Energies, commented, "This cooperation with Clariant aligns well with Technip Energies’ commitment to providing cutting-edge and sustainable solutions to our customers. With the StyroMax UL-100 catalyst, our styrene monomer technology offers our clients an unprecedented opportunity to enhance operational performance while reducing energy consumption and lowering GHG emissions, paving the way for a more sustainable operation.”