Worthy Farm, the iconic venue of the Glastonbury music festival, is set to incorporate innovative technology by Cambridge startup Levidian to convert cow manure into graphene and hydrogen. Levidian's LOOP process focuses on transforming captured carbon waste into valuable materials, reducing pollution and turning waste into useful products. The anaerobic digestion plant at Worthy Farm will utilize Levidian's technology to produce graphene from biomethane derived from cow waste, marking a unique example of carbon-negative hydrogen production. The collaboration is expected to result in significant carbon emission reductions and the creation of graphene additives to enhance the performance of various products. While graphene has shown promise in multiple applications due to its remarkable properties, its widespread adoption is still in the early stages. Additionally, the article discusses the potential of graphene in semiconductor technology and the challenges associated with its commercialization. Apart from graphene, the focus shifts to the production of clean hydrogen through Levidian's LOOP technology, which is touted as the lowest cost option globally. Hydrogen, known for its clean energy attributes, is increasingly utilized, although its initial production often involves fossil fuels. The article concludes by highlighting the ambitious plans of Levidian to deploy LOOP installations worldwide in collaboration with Hexla, aiming to achieve significant carbon emission reductions. Overall, the innovative approach of converting carbon waste into valuable materials and clean hydrogen showcases the potential for sustainable practices in various industries.