Industry leader in measurement, collection, and destruction of N2O

We have developed several patents in the field of catalytic gas purification and collection, which we have utilized to create a stable and energy-efficient process. Our primary customer base consists of healthcare and dental care facilities that are seeking environmentally-conscious solutions for administering nitrous oxide as a pain relief agent.

How it works

• The exhaled air containing nitrous oxide is initially filtered through a particulate filter.

• A catalytic process takes place at high temperatures, breaking down the nitrous oxide into oxygen and nitrogen. This process also generates excess heat, which is harnessed and utilized in the next step.

• The purified and hot air is then directed into a heat exchanger, where the excess heat is recycled and utilized to warm up the incoming exhaled air. This process ensures maximum energy efficiency and reduces the amount of heat wasted in the process. The cooled and harmless purified air is released into the atmosphere.

• The system is monitored and controlled by an integrated control system, which can be accessed and monitored remotely via a web interface. 

Who is it for

Our technology is designed for healthcare facilities that utilize nitrous oxide as a pain relief agent.
This includes a range of hospital settings such as maternity wards, dental clinics, pediatrics, and other healthcare facilities.

We understand the unique challenges faced by the healthcare industry and are committed to helping hospitals create a green and safe work environment while minimizing nitrous oxide emissions. Our solutions are tailored to meet the needs of healthcare professionals, policy makers, decision makers, and other key influencers involved in the decision-making process.

Energy efficient

Our technology is designed to harness and recycle excess energy generated during the decomposition process of nitrous oxide. Our systems are built with few moving parts, making use of a stable and reliable catalytic process that ensures consistent performance with low energy consumption. We have also developed a unique heat exchange and isolation technique that enhances the efficiency of our purification process while ensuring safe operation with minimal operating costs.

Our centralized system (CDU) consumes approximately the same amount of energy as a conventional coffee maker (around 800 W), making it an energy-efficient solution for healthcare facilities. Similarly, our mobile system (MDU) consumes only about 100 W, making it a highly efficient and portable solution for nitrous oxide emission control.