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Terrestrial Storage of Biomass

Under Puro Standard, this methodology is an innovative approach to store carbon for 100+ years. Terrestrial storage of biomass offers an opportunity for large-scale, affordable carbon removal.

TSB

Plants absorb CO2 from the atmosphere through photosynthesis as they grow. The biomass is then placed in a purpose-built terrestrial storage environment that inhibits decomposition and keeps carbon from returning to the atmosphere. 

key benefits

Affordable and scalable biomass storage

Affordable carbon removal

Provides an opportunity for large-scale removal at affordable prices.

Managing biomass residues

Can create productive uses for excess biomass that might otherwise be left to decay, burn, or disrupt local landscapes.

Benefits beyond carbon removal

Has the ability to enable landscape restoration and reduce risk of biomass clogging waterways or roads.

100+ year storage

Durable removal through biomass management

Investing in Terrestrial Storage of Biomass CORCs offers multiple advantages. Your contribution supports durable carbon removal by storing biomass in controlled terrestrial environments designed to prevent decomposition and keep carbon out of the atmosphere for 100+ years. By backing this scalable, affordable climate solution, you also help create productive uses for excess biomass that might otherwise decay or be burned. Additionally, transparent monitoring and reporting provide clear insight into project performance and environmental impact.

Join the largest ecosystem of CDR suppliers and buyers, built on investment-grade infrastructure

all methodologies

Puro.earth methodologies for carbon removal

Direct Air Capture and Ocean Storage

This safe, durable and quantifiably robust methodology under Puro Standard can achieve highly permanent carbon removal of 1,000+ years.…

Durability 1000+ years

Microalgae Carbon Fixation and Sinking

MCFS under Puro Standard supports long-term CO2 removal by fostering local microalgae growth on engineered substrates, which then sink…

Durability 200+ years

Terrestrial Storage of Biomass

Under Puro Standard, this methodology is an innovative approach to store carbon for 100+ years. Terrestrial storage of biomass…

Durability 100+ years

Biochar

Close up background texture of many black lump charcoal pieces ready for barbecue grill, elevated top view, directly above

Biochar is the leading durable carbon dioxide removal technology in both delivery and market liquidity. The Puro Standard brings…

Durability 200+ years

Geologically Stored Carbon

GSC methodologies capture carbon dioxide and store it underground in deep geological formations. It covers both BECCS and DAC-based…

Durability 1000+ years

Enhanced Rock Weathering

Under the Puro Standard, Puro.earth developed the first enhanced rock weathering (ERW) carbon crediting methodology. ERW is a process…

Durability 1000+ years

Carbonated Materials

This methodology under Puro Standard represents an attractive pathway for durable carbon dioxide removal – with a growing interest…

Durability 1,000+ years

Marine Anoxic Carbon Storage

With careful science and transparent risk assessment, MACS has the potential to become an important part of a broader…

Durability 200+ years

faq

Top methodologies and Puro Standard FAQ

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More about our methodologies and infrastructure

  • Puro Standard

Methodologies

In 2019, we pioneered the world’s first standard dedicated exclusively to engineered carbon removal. Today, Puro.earth’s infrastructure provides the…

  • Infrastructure
  • Puro Standard

The Puro Standard for carbon removal

Puro.earth turns verified carbon removals into trusted market assets. We provide the certification infrastructure, rigorous methodologies and transparent Nasdaq-powered…

  • Supply

CDR Supplier facilities

Puro.earth has one of the largest CDR supplier network with facilities across the globe.