The industrial rails for the biogenic carbon economy.

Silverback builds the physical and digital infrastructure that turns dispersed biomass into specification-grade feedstock for engineered industrial decarbonisation and permanent carbon removal.

Photosynthesis captures billions of tonnes of atmospheric carbon every year, then leaves it stranded across fragmented landscapes. Silverback builds the physical and digital infrastructure that transforms dispersed biomass into specification-grade feedstock for engineered industrial decarbonisation and permanent carbon removal.

Net zero has a supply-side blind spot. Every global climate roadmap assumes biogenic carbon will simply show up at the reactor gate. It won't. The world already knows how to engineer green methanol refineries, sustainable aviation fuel plants, low-carbon steel furnaces and high-temperature pyrolysis kilns. What does not exist is the industrial backbone required to feed them. Every energy transition in history was unlocked by infrastructure: pipelines, rail networks and LNG terminals. The transition away from fossil carbon requires a new class of infrastructure. Silverback is building it.

One infrastructure backbone. Two planetary outcomes. Engineered industrial decarbonisation: refined biocarbon and industrial feedstocks for green steel, e-methanol, sustainable aviation fuel and industrial heat. Engineered carbon removal: stable biochar tracked from harvest polygon to permanent sink by digital MRV.

Engineered from orbit to reactor. Three layers: geospatial origination (satellite intelligence and supply shed mapping), physical transformation (decentralised pre-processing and pyrolysis) and cryptographic custody (end-to-end digital MRV).

Based at Asset 5A, Aerocity, New Delhi - 110037. Contact: aman@silverback.eco or ashish@silverback.eco.