Mantle8 utilizes advanced geological models and imaging technologies to identify promising locations for natural hydrogen exploration. Their approach aims to improve the accuracy of hydrogen detection, facilitating more efficient and targeted resource discovery.
Funding
$3.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The exploration for natural hydrogen currently relies on methods that lack precision, leading to inefficient resource discovery and increased costs. Existing techniques often depend on surface indicators or previous drill hole data, which can be unreliable for identifying viable subsurface reservoirs.
Solution
Mantle8 employs a geology-first approach, integrating geological, geophysical, and geochemical data to create predictive models for natural hydrogen detection. Their technology suite assesses the presence of hydrogen production ingredients, images subsurface reservoirs, and quantifies the potential of source rocks. Mantle8's approach enables a more accurate and scalable exploration process, reducing project development time and costs compared to conventional methods. The company's technology is designed to minimize environmental impact by utilizing non-invasive geophysical methods.
Target Audience
Mantle8's primary customers are companies and organizations involved in energy exploration, particularly those focused on sustainable energy sources and seeking to reduce carbon emissions.
Features
- GeoLogix® prospect generation algorithm identifies potential sites by scanning the globe for hydrogen production ingredients.
- HOREX® multiphysics imaging technology pinpoints the location of reservoirs and records the activity of hydrogen-producing source rock.
- APoGeH® quantification technology uses liquid/gas and rock samples to evaluate the potential of source rock and gas composition.
- Geological Trifecta approach combines source rock assessment, reservoir identification, and replenishment analysis for optimal economics.
- Passive geophysics methods combining seismic and non-seismic data for non-invasive subsoil imaging.