NetXero converts dissolved wetland methane into renewable electricity using proprietary extraction hardware, removing up to 90 kg of methane daily per unit while powering roughly 150 households. The company operates across the US, UK, and globally, targeting a greenhouse gas with 30 times the warming potential of CO₂. Its technology filters methane-saturated water and feeds the captured gas into a generator for clean grid power.
Funding
Funding not disclosed
Founders
Product
Problem
Wetland methane is a critical yet overlooked climate threat, with wetlands emitting an estimated 190 million tonnes of methane annually—a gas with 30 times the warming potential of carbon dioxide. This methane is released into the atmosphere before it can be captured, contributing significantly to global warming while representing a wasted energy resource.
Solution
NetXero provides proprietary hardware that captures methane dissolved in wetland water and converts it directly into clean electricity. The machine filters methane-saturated water, extracts the dissolved gas, and feeds it into a generator that produces renewable grid power. Each unit mitigates 90 kg of methane daily while generating enough electricity to power up to 150 households, using only 12 kWh of energy to filter 375 m³ of water. The company operates as both a technology provider and strategic consultancy, deploying solutions across the US, UK, and global markets to stabilize energy expenses while addressing a major climate contributor.
Target Audience
Primary customers include energy utilities, grid operators, and environmental agencies seeking renewable power generation and methane mitigation solutions, as well as government and corporate sustainability programs targeting greenhouse gas reduction.
Features
- Proprietary extraction hardware that captures dissolved methane from wetland water before it reaches the atmosphere
- Integrated generator system converting captured methane into low-cost, renewable grid electricity
- Daily capacity of 90 kg methane mitigated and 150 households powered per unit
- Energy-efficient filtration process requiring only 12 kWh to process 375 m³ of water
- Strategic consultancy services supporting global deployment and climate impact assessment