BioElements manufactures biodegradable, non-toxic, and heavy metal-free products. The firm focuses on Resin Bio E-8 for the development of rigid products and flexible packaging. It caters to retail, packing, agriculture, cutlery, glasses, and biodegradable packaging industries. The company was founded in 2014 and is based in Santiago, Chile.

Ceramatec is an advanced ceramics material technologies and development company. Ceramatec's advanced ceramics material technology research and development focus is primarily in energy & environment (cleantech) areas.

Upstart Power provides advanced fuel cell power solutions for portable, remote and mobile applications in the ten to the 1,000-watt range. It develops several products designed for end-users in the military, commercial, and consumer markets that are currently underserved by batteries and small generators. It was formerly known as Protonex Technology and changed its name to Upstart Power. The company was founded in 2000 and is based in Southborough, Massachusetts.

Nexceris, fka NexTech, has established a reputation for innovation and performance through its development of ceramic materials and components. Specifically, the company's team of scientists and engineers has developed , high volume processes to manufacture the active components of solid oxide fuel cells (SOFCs) utilizing the company's electrolyte and electrode materials. NexTech has recently moved its operations into a 56,000 square foot facility and has begun offering SOFC components commercially. In addition the company are developing catalysts and sensors for fuel processing applications. NexTech's advanced fuel cell and catalyst materials have been sold to over 160 customers worldwide and are available from the company's Fuel Cell Materials division via its website, www.fuelcellmaterials.com. The company welcome inquiries for quantity contracts.

Lifepack produces plates and other products made of natural fibers and seeds that can germinate and are 100% biodegradable. After use, Lifepack materials germinate into new plants that may be used for human consumption. Close to 70% of materials germinate after one week, thus contributing to the reduction of GHG emissions since we substitute polymer products such as plastic and foam.

St Andrews Fuel Cells Limited was spun out from the University of St Andrews in 2005 having been created to exploit an new solid oxide fuel cell design, called 'SOFCRoll'. The business is focused on making SOFCRoll a commercially viable technology for low kilowatt, transportable fuel cell applications, combined heat and power systems and other stationary power systems.