In Catania, the local expertise serves projects of circular economy and green chemistry worldwide.
The future has never been
so close
A new center of excellence where the future comes to life thanks to local expertise and the talent of those who can see far. International projects, high-level continuous training, and numerous growth opportunities: NX Engineering District is the starting point for those who want to make a mark in the energy and technology sector while staying close to their roots.
WE ARE LOOKING FOR YOU
Every day, we innovate to create a sustainable future and turn ideas into concrete actions. Join NEXTCHEM and discover how your skills can make a difference, here and now. The future starts with you. Apply now.
Part of the Maire group, NEXTCHEM is a global leader in energy transition and green chemistry. With over 60 years of experience in the sector and a presence in more than 45 countries, we develop innovative solutions for a more sustainable chemical industry. Our expertise ranges from reducing carbon emissions to enhancing renewable resources, and we contribute concretely to a greener future.
Our technological solutions are designed to enable the energy transition by reducing the environmental impact of traditional industry. We leverage our established expertise in hydrogen production technologies and carbon capture, transforming waste into valuable resources such as chemicals, fuels, and recycled plastics, and developing new processes from non-fossil feedstocks.
Sustainable Fertilizers & Nitrogen-Based Fuels
Promoting sustainable solutions for nitrogen in fertilizers, leveraging our leadership in urea and innovating ammonia for hydrogen transport.
Low Carbon Energy Vectors
Promotion of low-carbon energy through the enhancement of hydrogen and CO2, powering aviation, maritime transport, chemicals, and the innovation of sustainable plastics.
Sustainable Materials & Circular Solutions
Improving circularity by transforming waste into valuable resources, using chemical and mechanical recycling for sustainable material recovery.