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Organic waste could supply a fifth of today's natural gas demand

More than 70 percent of the potential resource sits in emerging and developing economies, which links waste management to local energy resilience.

By Carbon3 team1 min read

Carbon3 data card 'Organic waste could meet a fifth of global gas demand': about 900 billion cubic meters of biogas potential a year, most of it in emerging and developing economies. Source: IEA.

Organic waste could sustainably supply more than one-fifth of today’s global natural-gas demand. This is an energy-security opportunity hiding in farms, food systems, and cities. With more than 70% of the potential resource in emerging and developing economies, biogas can link better waste management to local energy resilience, provided methane leakage is tightly controlled.

Biogas is unusual among transition options because it turns a liability into an asset. Farms, food systems and cities already produce the feedstock, and capturing it addresses methane that would otherwise leak into the atmosphere. The condition attached in the post matters: the climate case depends on tight control of leakage across the whole chain.

That condition is also what makes biogas a good fit for insetting. Methane capture at a supplier is measurable, the reduction can be verified at the site, and the buyers of the food or fuel downstream have a direct interest in funding it and counting the result against their own Scope 3 inventory.

Originally published on LinkedIn, 10 August 2026.

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