Taiwan Bets on Biochar: One Million Tonnes of Carbon Removal by 2030

Taiwan's environment minister has set the island's most ambitious climate target to date, and it has nothing to do with solar panels or electric cars. Speaking in early October 2026, Chi-ming Peng announced that Taiwan aims to reach one million tonnes of carbon removal per year through biochar by 2030, betting that charred agricultural waste can become the backbone of the island's carbon-removal strategy.

The announcement, made on The Carbon Removal Scoop podcast and reported by Carbon Pulse and Quantum Commodity Intelligence on October 5, puts a country of 23 million people with barely any biochar industry today on a collision course with one of the steepest scale-ups in the carbon removal world.

The math behind one million tonnes

Peng's target translates to roughly 1.3 million tonnes of biomass feedstock processed each year through some 500 pyrolysis facilities, according to details shared in the podcast's coverage. The feedstock would come largely from domestic agriculture, and Taiwan has it: the island produces more than five million tonnes of green waste annually, much of it composted or burned directly today.

The scale is hard to overstate. One million tonnes a year would make Taiwan one of the world's largest biochar carbon removal programs almost overnight. For context, at current market benchmarks of around $135 per tonne on the Puro.earth biochar index, a million-tonne annual flow represents a carbon-removal market worth roughly $135 million a year, before the biochar itself is sold as a soil amendment.

Why biochar, and why now

The pressure behind the target is easy to read. Taiwan sits at the center of the global AI supply chain, and its semiconductor giants face mounting expectations to neutralize their emissions. As podcast host Sebastian Manhart noted in his summary of the announcement, a single company like TSMC might need to compensate emissions on the order of 10 million tonnes a year, far more than expensive engineered removals like direct air capture can supply at current prices.

Biochar, by contrast, is the cheapest long-duration removal pathway on the market. CDR.fyi's weighted average of disclosed deal prices puts biochar at about $136 per tonne, against roughly $220 for BECCS, $352 for enhanced rock weathering, and more than $500 for direct air capture with storage. For buyers who need durable removal without the DAC price tag, biochar is the accessible option.

Domestic policy is moving in the same direction. Taiwan already operates a carbon fee, and an emissions trading system is expected to follow. A coming ETS would give biochar a built-in domestic demand driver, since regulated emitters will need compliance-grade removals to meet their obligations.

Borrowing Europe's rulebook

Peng was unusually candid about where the system's rules will come from. The ministry plans to build its certification and trading system by referencing four outside frameworks: the EU's Carbon Removals and Carbon Farming regulation (CRCF), the European Biochar Certificate (EBC), Japan's agricultural biochar strategy, and the EU CRCF Buyers' Club. Three of the four are European. None is Taiwanese.

A ministry that wants an internationally compatible system borrows its measuring stick. Whatever Brussels assumes about how long biochar carbon lasts in soil, Taiwan's target inherits.

That shortcut is pragmatic. Credibility in carbon removal is really a question of measurement, reporting, and verification, and building a national MRV system from scratch takes years Taiwan does not have. But it also outsources the hardest scientific question in biochar: permanence. Observers of the announcement noted that biochar counts as permanent only if a methodology declares it so, and the durability factor attached to each delivered tonne comes from the method, not the kiln.

What could go wrong

The skeptics' list is not short. Scaling to 500 facilities in four years means permitting, feedstock logistics, and quality control all have to work simultaneously in a country that has built almost none of this infrastructure. Feedstock competition is a real risk: agricultural residue that could become biochar is also coveted by composters, biomass energy plants, and farmers who simply burn it in the field, as is common practice today.

There is also the question of additionality. Taiwanese biochar project documentation already shows developers building business models around green waste processing and carbon-sink claims, but the carbon credit is what makes the economics work. If the certificate is what justifies the pyrolysis plant, every tonne must be genuinely additional, meaning the waste would otherwise have decomposed or burned without storing carbon.

And while biochar can persist in soils for centuries to millennia, the actual fraction that endures depends on feedstock, pyrolysis temperature, and soil conditions. Methodologies must capture that variability, or the market will discount Taiwan's credits the way it has discounted other over-claimed removals.

What it signals for the market

Still, the announcement matters beyond Taiwan. It is one of the first times a national government has set a time-bound, tonnage-specific target for a single engineered removal pathway, and it did so by shopping for the best available rulebook rather than inventing one. If Taiwan's certification system lands as compatible with the EU's CRCF, its biochar credits could flow into European corporate portfolios almost immediately.

Watch the next milestones: whether the ministry publishes a draft methodology, how the coming ETS treats biochar credits, and whether any of the 500 planned facilities break ground before the end of 2027. A target this aggressive will be won or lost in the first two years, and the clock is already running.