Our client is offering their technology for biological wastewater treatment to a philanthropic partner that can assist with technology transfer to developing countries. Specifically, their technology addresses the challenges associated with conventional diffused aeration systems which release approximately 80% (±15%) of the initially blown air into the atmosphere, wasting a lot of energy and stripping greenhouse gases (GHG) generated during the oxidation of organic matter. The relevant GHGs are nitrous oxide (N2O) and carbon dioxide (CO2) which are naturally highly soluble and tend to stay soluble in the water however, excessive air flow and associated vigorous surface agitation strip both gases out of water. To address this challenge, our client offers unique optimization solutions for wastewater treatment plants as a quick and easy plug-in to upgrade any aeration reactor and increase oxygen transfer efficiency from 15% to 90% (6-fold). As a result, their technology reduces air input by 90% off-gases, fugitive GHG emissions by 95%, and aeration energy consumption by up to 50%, thereby eliminating the need for additional construction and unlocking the full potential of existing infrastructure.

Our client’s technology solution offers several unique advantages for treating wastewater. Firstly, their technology reduces 95% of N2O and CO2 emissions generated during the treatment of wastewater. Similarly, it reduces energy consumption by 30% to 80%, dependent on the depth of their reactors which improves efficiency the deeper they are installed against conventional diffused aeration. Furthermore, our client’s technology can be installed without interrupting the existing wastewater treatment, enabling instantaneous capacity upgrades without constructing new reactor(s). Their solution is made up of standard equipment and parts which are readily available across the globe. The reactors contain no moving parts and critical parts are semi-submerged so they can be easily replaced without additional tools or a service specialist.