Applied Research

Innovation, integrity and insight to address our global challenges.

 
 

At Microvi, we're advancing science and engineering to save lives around the world. We conduct R&D based on our MicroNiche Engineering™ (MNE) technology, an interdisciplinary development platform for intensifying nearly any bioconversion process. We have applied MNE for dozens of applications. These include our core markets, as well as the food & beverage industry, agriculture, biopharmaceuticals, air pollution, desalination, and more. 

Bridging the COMMERCIALIZATION Gap

Our R&D focuses on bridging the gap between fundamental science and commercial application. We work with universities around the world to take promising concepts into commercial development. The outcome is an accelerated pathway for scientific research to have a positive social impact. 

Our collaborations have led to breakthroughs in a variety of applications. Together with our partners, we have discovered new ways of cleaning water, paradigm-shifting designs for wastewater treatment, and methods to produce bio-based chemicals and products at significantly higher yields and productivity. 

 

Industrial Partnerships with Microvi

We partner with industry leaders to deliver lower costs and higher performance. Every collaboration is strategically designed to deliver the most impactful results in the shortest time possible.

Partnering with Microvi brings our unique innovation to your unique challenges. We work closely with you to deliver consistent, reproducible, and impactful solutions that truly make a difference to your bottom line and our world. 

Whether you work with us on a synergistic, long-term R&D program — or a short-term development project — with Microvi, you have access to a world-class R&D team that is dedicated to your needs.

Contact us today to discover how Microvi can make a difference to you. 

adult-biology-chemical-356040.jpg

Inspired by Nature
Microvi specializes in advanced materials science to enhance the power of biology in nearly any bioconversion process.