Join Evoralis to drive the circular plastic economy in the textile industry!
Evoralis, an innovative enzyme technology company spun out from the University of Cambridge, is driving the transformation of the textile industry towards true sustainability and circularity. We use cutting-edge enzyme technology to break down blended textile fibres into reusable building blocks for virgin-grade materials. With the backing of major fashion retailers, we are poised to lead this transformation.
We are looking for a proactive and passionate professional with strong scientific understanding and a solid grasp of sustainability issues to join us as Junior Commercial Executive. In this dynamic role, you will support Evoralis' commercial activities, building relationships with future partners and promoting our mission across various platforms.
This is a hybrid position, requiring proximity to Cambridge or Oxford. You must also be willing to travel globally for meetings and events.
Build and maintain relationships with potential partners, including recyclers and textile companies, to drive awareness of Evoralis' capabilities and long-term goals.
Identify and evaluate opportunities in textiles, recycling, and related industries to expand Evoralis’ reach.
Customer Relationship Management : Support initial outreach and ongoing engagement with stakeholders, ensuring strong B2B relationships.
Plan and manage content for social media channels to raise awareness about Evoralis’ mission and achievements.
Keep the company website updated with impactful and relevant content.
Collaboration : Work closely with the CEO and the wider team, gaining hands-on experience in business development and marketing while contributing to the company's mission to transform the textile and other industries.
A solid understanding of scientific principles and sustainability challenges for plastics in the textile or recycling industries.
Flexibility to travel internationally for business purposes.
Be part of a pioneering team driving sustainability and innovation in textiles.