Noohra specializes in the development of Short Wave Infrared (SWIR) Hyperspectral Imaging systems, designed to monitor Greenhouse Gas (GHG) emissions in real time. These systems represent a technological leap forward from traditional methods that typically rely on estimates, providing more precise measurements of GHG emissions.
Noohra's patented systems can simultaneously and continuously detect key greenhouse gases such as methane (CH4), carbon dioxide (CO2), carbon monoxide (CO), and nitrous oxide (N2O). This accuracy not only enhances the reliability of emissions monitoring but also proves to be more cost-effective compared to older methods. The technology is highly adaptable, suitable for various monitoring contexts—from ground-level to aerial views via drones and satellite-based systems—making it applicable across different industries like oil & gas and coal mining.
Noohra been selected as a finalist for both Startup Nation’s Climate Tech Prize and Italgas’ Climate Track (2024), as well as the provider of the imaging payload of the BereSheet2 Moon Orbiter. Noohra is also participating in Third Derivative’s Climate Tech Accelerator.
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Noohra Climate Tech relevance
Noohra’s patented hyperspectral systems simultaneously and continuously measure methane, carbon dioxide, carbon monoxide and nitrous oxide emissions (which together comprise 98% of greenhouse gas (GHG) emissions) at 60% to 80% less cost than competing solutions.
In the absence of cost-effective technologies, GHG reports today rely primarily on emission factors and other extrapolations that have been repeatedly demonstrated to be highly inaccurate.
Noohra’s systems provide the first cost effective and accurate measurements of GHG emissions and therefore enable corporate managers, lenders, investors, regulators, the buyers of carbon credits and sustainability bonds, and other stakeholders to reliably benchmark GHG emissions and effectively analyze the costs and benefits of mitigation measures.