Catalyzing planetary progress—smarter.

Transforming climate investment into highest-impact climate action.

Achieve climate targets—faster.

Transforming climate investment into highest-impact climate action.

Impactful climate action.
Made incredibly easy.

The voluntary carbon market.
Risk adjusted.

0.0bn
tons of carbon screened
0.0M
science-backed data points vetted
0
proprietary risk evaluation data points per project

Achieve climate targets—faster.

CEEZER supports enterprises to screen, purchase and manage carbon portfolios, for a climate resilient, net-zero future. Enabled by rigorous assessment of market and proprietary data, and an expert team.

Portfolio de-risking

Build upon our risk assessment.

Read more

We’ve created a cutting-edge framework to asses climate mitigation projects based on impact, policy, and market factors—an end-to-end risk view to build & maintain strong portfolios.

Purchasing options

Spot

Flexible direct credit purchase from the market.

Forward

Secured delivery of future credits at a set price.

Long-term offtake

Recurring credit delivery over an extended period of time.

An expert team.
With you for net-zero and beyond.

  • Define metric-based quality and risk requirements with expert support
  • Receive a risk-to-impact optimized, bespoke portfolio suggestion
  • Use cutting-edge technology to track and monitor project progress closely
  • Receive tailored insights to keep your board and yourself updated on market developments
About us

Diverse technologies.
Maximum impact.

Long-term and high-impact climate action requires supporting many carbon reduction and removal methods. CEEZER has them all, vetted across standards, including cutting-edge, high-tech removal.

Project types
Biochar
Biochar
Transformation of plant and wood residuals into plant-based coal that can added to soil as a natural fertilizer. This biochar is capable of binding CO2 for centuries to millenia.
Biochar
Biomass
Biomass
Harvest and/or growth of biomass for long-term storage, such as for the production of wooden building elements or biomass burial.
Biomass
Blue Carbon
Blue Carbon
Conservation or restoration activities of aquatic ecosystems that aim to capture carbon by leveraging the storage capacity of natural biomass such as mangroves and seagrass.
Blue Carbon
CCS
CCS
All projects that capture and store CO2e in a non-mineralized form either before it enters the atmosphere (avoidance), e.g. solvent-based capture, or even directly from it (removal), e.g. DACCS (Direct Air Carbon Capture and Storage) or BECCS (Bio-Energy with Carbon Capture and Storage) bio-oil injections for geological storage.
CCS
Ecosystem conservation
Ecosystem conservation
Protection of native ecosystems in areas that would otherwise be cleared for economic reasons (e.g. conversion of forest into crops or grassland) helps reduce the GHG emissions, as carbon remains stored in the biomass.
Ecosystem conservation
Ecosystem restoration
Ecosystem restoration
Restoration of natural ecosystems, for instance through increasing tree cover on land that currently has little to no tree cover, or reduce water-run-off to foster revegetation in degraded peatlands.
Ecosystem restoration
Energy Efficiency
Energy Efficiency
Reduction of energy consumption through technical efficiencies, such as swapping to less CO2-intensive fuels, utilizing waste energy, implementing more energy-efficient lighting, cooking, heating and cooling systems, or alternative transportation options.
Energy Efficiency
Fugitives
Fugitives
Reduction or elimination of unintended emissions, especially in industries and agriculture. Mainly concerns gases from industrial plants, pipelines, and waste management facilities.
Fugitives
Mineralization
Mineralization
Utilizes a natural chemical process that permanently binds CO2 in the form of inorganic carbonates, such as limestone. This natural process can be accelerated through either nature-based solutions (e.g. enhanced weathering), or industrial processes (e.g. concrete production).
Mineralization
Ocean
Ocean
Technology-based carbon removal techniques stimulatin the carbon storage capacity of aquatic systems, such as artificial ocean upwelling, alkalinization and microalgae.
Ocean
Other land use and soils
Other land use and soils
Preservation and enhancement of storage capacity of natural ecosystems that are used for economic purposes, such as improved forest management, regenerative or organic farming, and improved grassland management.
Other land use and soils
Renewable energy
Renewable energy
Increases the amount of renewable energy on the grid and overall access to electricity to promote fossil-free energy consumption for households, industries, and the transportation sector.
Renewable energy