WCCN 2026: World Catalysis & Chemical Engineering Congress – Singapore

Dear Colleagues and Friends, I warmly welcome you to WCCN 2027 – the 2nd Edition of the World Catalysis and Chemical Engineering Network Congress! But have you ever asked yourself:

From my own experience, I have learned that success depends on a supportive and collaborative environment. After finding the right community, I was able to develop medical implants that are now used by more than 45,000 patients, including cancer patients. This experience has shown me the power of the right people, meaningful collaborations, and an environment that encourages innovation. WCCN 2027 is an opportunity to connect with inspiring researchers, exchange ideas, build meaningful collaborations, and explore how scientific discoveries can be translated into real-world applications.I encourage you to be part of this congress.

WCCN 2027 covers a wide range of catalysis including energy, renewable sources, environment, medicine, fluid mechanics, and many more, all of which are applicable to both academic and industrial value. WCCN 2027 will explore the latest research and developments across these areas, providing attendees with a holistic understanding of the current status and future potential of catalysis, chemical engineering and technology. Current era is defined as a risk society in terms of various environmental problems, which are caused by industrialization having been promoted since the 18th century for improving material affluence and convenience in everyday life. A wide range of strategies are being launched at a global, national and local level for promoting industrialization while solving environmental problems. In this context, WCCN 2027 is in a narrow sense a chemical technology, but in a broad sense, is a technology-based approach to be mobilized for achieving sustainable development. The organizing committee is actively looking forward to welcoming you to WCCN 2027 and collectively exploring the frontiers for expediting the future endeavors in the development of catalysis and chemical engineering as a means to achieve sustainable development at a global level