Enexor BioEnergy ("Enexor") provides on-site, renewable energy solutions to help solve the world's organic and plastic waste problem. Enexor's patented bioenergy system derives value from organic waste by producing 24/7 continuous power and thermal energy for facilities and microgrids worldwide. Enexor's Bio-CHP™ system, the Bio-200™, generates 75kW of power and 125kW of thermal energy while offsetting harmful greenhouse gas emissions. Enclosed within a 20-foot custom shipping container, the Bio-200™'s strategic design is deployable next to a retail store in the United States, hurricane exposed areas in the Caribbean, or a village in Africa. Enexor manufactures its systems at its headquarters in Franklin, Tennessee, a Nashville suburb. Enexor's mission is to create renewable onsite bioenergy from organic and plastic waste to power facilities worldwide.
Enexor BioEnergy is seeking a Director of Engineering to lead and scale their multidisciplinary engineering team as they develop and deploy waste-to-energy and carbon capture systems. This is a leadership role requiring strategic thinking, execution, and hands-on experience. The ideal candidate will own the engineering organization while collaborating with product development, fabrication, and field deployment.
Enexor BioEnergy ("Enexor") provides on-site, renewable energy solutions to help solve the world's organic and plastic waste problem. Enexor's patented bioenergy system derives value from organic waste by producing 24/7 continuous power and thermal energy for facilities and microgrids worldwide. Enexor's Bio-CHP™ system, the Bio-200™, generates 75kW of power and 125kW of thermal energy while offsetting harmful greenhouse gas emissions. Enclosed within a 20-foot custom shipping container, the Bio-200™'s strategic design is deployable next to a retail store in the United States, hurricane exposed areas in the Caribbean, or a village in Africa. Enexor manufactures its systems at its headquarters in Franklin, Tennessee, a Nashville suburb. Enexor's mission is to create renewable onsite bioenergy from organic and plastic waste to power facilities worldwide.