KBR has introduced KCOTKleanSM, a comprehensive suite of advanced technologies designed to significantly reduce carbon emissions in the catalytic olefins process. This innovative solution combines KBR's renowned Catalytic Olefins technology, K-COT®, with the Korea Institute of Machinery and Materials’ (KIMM) CPOx technology. KCOTKleanSM represents a pioneering approach to enhancing sustainability within the petrochemical industry, offering efficient pathways for achieving low and zero-carbon emissions targets while maintaining high performance and reliability in olefins production processes.

KCOTKleanSM achieves substantial carbon reduction through a multifaceted approach that integrates circular feeds, cleaner fuels, electrification, or carbon capture technologies. Leveraging their industry-leading K-COT® process, KBR unveils this innovative technology. K-COT® is recognized for its exceptional efficiency in transforming low-grade olefinic, paraffinic, or mixed feedstocks into high-value propylene and ethylene. Additionally, KIMM’s CPOx technology plays a crucial role by converting methane-rich fuels into hydrogen-rich alternatives, optimizing combustion in the catalytic regeneration environment. This innovation not only enhances the performance of the K-COT® catalyst regenerator but also expands the range of sustainable fuel options available for the process.

Hari Ravindran, Senior VP and Global Head of KBR Technology Solutions emphasized their commitment to realizing sustainable concepts to support customers in their transition to a more sustainable world. He highlighted the significance of KCOTKlean, describing it as a transformative advancement in cracking technologies. Ravindran noted that integrating KIMM’s innovative technology with KBR's own enhances the efficiency and performance of their processes while contributing significantly to sustainability efforts. He underscored KBR's role in driving forward towards a more sustainable future through technological innovation and operational excellence.

KCOTKleanSM represents a forward-thinking approach to decarbonizing the catalytic olefins process, merging KBR’s K-COT® technology with KIMM’s CPOx innovation. By focusing on circular feeds, cleaner fuels, electrification, and carbon capture, this initiative aims to significantly reduce carbon emissions. The integration of methane-rich fuel conversion to hydrogen-rich fuel enhances combustion efficiency in catalyst regeneration, diversifying sustainable fuel options. This not only boosts the environmental credentials of olefins production but also aligns with global sustainability goals. KCOTKleanSM underscores the industry's shift towards cleaner energy solutions and reinforces KBR's leadership in advancing technologies that balance operational efficiency with environmental stewardship.

KBR has successfully licensed more than 100 grassroots ethylene plants worldwide, leveraging its renowned cracking technologies and adaptable plant designs. These technologies are celebrated for their cost-effectiveness and energy efficiency, enabling the production of ethylene, propylene, and various other valuable byproducts from a diverse range of feedstocks. This extensive licensing track record underscores KBR's leadership in providing innovative solutions that meet the evolving needs of the petrochemical industry while optimizing operational performance and sustainability.