Water Capture and recovery systems
HydragenX provides an innovative recovery system designed to capture and utilize the water produced by various hydrogen systems. Internal combustion engines generate up to 48% of their exhaust gas as water vapor, which can be effectively captured and directed to the powertrain unit. This process is instrumental in reducing nitrogen oxide (NOx) emissions by up to 80% and offers potential applications across multiple sustainable systems. The technology developed by HydragenX features a condensation and passive delamination unit that operates without external power, enabling the efficient extraction and repurposing of water from hydrogen systems. Implementing this water recovery system can enhance indicated thermal efficiency by 7.6% and elevate peak engine load by 22%, thereby significantly improving the performance of existing hydrogen internal combustion engine platforms.
Water Supply for Micro electrolysers and Hydrogen regeneration
Adopting a water recovery system specifically designed to facilitate water recovery in its molecular form may present compatibility challenges with the platforms designated as H2ICE. It is imperative to carefully evaluate and address these compatibility issues to ensure effective integration. The captured water would be processed through a micro electrolyzer unit in an ideal scenario. This essential component enables the electrolysis process, which regenerates hydrogen. The hydrogen produced by this process will be systematically introduced into the supply air intake system. This integration serves a dual purpose: it enhances the stabilization of temperature and pressure within the system and significantly decreases the energy required for hydrogen compression. Consequently, this innovative approach has the potential to reduce fuel consumption by up to 42%, thereby improving overall operational efficiency and promoting sustainability.
Water and carbon Capture integrated systems
Introducing our state-of-the-art integrated water and carbon capture systems, specifically engineered for dual-fuel internal combustion engines (ICE). These systems are designed to remarkably reduce carbon emissions by up to 94%, facilitating a more sustainable and environmentally responsible approach to energy use. In addition to minimizing emissions, our technology efficiently captures water that can be utilized for recovery processes or hydrogen regeneration systems. This dual functionality enhances operational efficiency and supports the advancement of other sustainable energy initiatives. We invite you to explore how our integrated systems can contribute to your organization’s sustainability goals while promoting operational excellence.