Reference
Bioenergy & climate
The bioenergy and climate sector: routes from biomass to energy, CO₂ removal methods, adaptation to dry climates.
The sector stands on a distinction that is easy to lose: bioenergy returns fresh carbon to the atmosphere, CO₂ removal does not — and confusing the two is like confusing utilisation with removal. Clusters: biofuels & bioenergy — the toll for opening biomass’s polymer matrix; CO₂ removal — storage permanence and the honest accounting of each method’s own emissions; climate adaptation — holding water where there is not enough.
The recurring motif is the per-cycle toll: nearly every technology in the sector spends some of the energy or carbon it gathers on its own operation, and honest arithmetic starts after that toll. The second motif is measurability: from a DNA marker in a water sample to ocean alkalinity, the result must be separated from natural variability.
The entry point is biomass for energy: the two route families and the quantity that sets the economics of both.
- Biofuels & bioenergy The routes from biomass to energy carriers — biochemical and thermochemical — their physical limits and what makes each of them expensive.
- CDR & carbon management Carbon removal — pyrolysis, BECCS, ocean alkalinity enhancement, mineralisation: mechanisms, storage permanence and measurability of the result.
- Climate adaptation Ecological hydrogels for arid soils: water-retention physics, swelling chemistry, the salinity and durability limits.