Climate Impact:
Fermentation-Based Meat Alternatives

Model Dashboard

Core metrics at a glance. Forecast year 2035 unless noted.

* Avoided emissions shown assume 1% market capture rate.

Projecting to Market Scale

At 84.9 million tonnes of annual global bovine meat production (2035 forecast) and a unit impact of 64.62 t CO2e per tonne, at just 1% market capture, the avoided emissions would total approximately 55 million tonnes CO2e per year - and the total scales linearly with capture rate.

The addressable market grew from 84.2 Mt (2034) to 84.9 Mt (2035), tracking gradual increases in global bovine meat production. Notably in this analysis, the unit impact is expected to decline over time (from 83.56 t in 2025 to 64.62 t in 2035) as baseline beef production is expected to become less emissions-intensive through agricultural efficiency improvements.

The technology employs advanced fermentation techniques to cultivate microorganisms that produce protein-rich, meat-like biomass. By converting simple sugars into high-protein products, it reduces reliance on traditional animal-based proteins and minimizes resource use. The climate impact is highly influenced by the energy source used for cultivation and processing and can be further reduced through renewables-based facilities.

Key Findings

1. 1

   A fundamental shift in production emissions

   At 64.62 t CO2e avoided per tonne of product (2035), fermentation-based meat alternatives achieve a 93.8% reduction in lifecycle emissions compared to conventional beef. This is not an incremental optimization - it represents a fundamental shift in production methodology.

2. 2

   Significant scale when applied to a large market

   With 84.9 Mt of global bovine meat production as the addressable market, even at 1% market capture, avoided emissions reach approximately 55 Mt CO2e per year.

3. 3

   The advantage narrows over time

   Unit impact declines from 83.56 t (2025) to 64.62 t (2035) as conventional beef production is expected to become less emissions-intensive through agricultural efficiency gains. The solution remains substantially cleaner, but the gap narrows over time.

4. 4

   Energy source is the key variable

   The climate benefit is highly sensitive to the energy source used for fermentation and processing. Renewables-based facilities maximize the emissions reduction; fossil-powered facilities significantly diminish it. Facility-level energy procurement is a decisive factor in realized impact.

Methodology & Data Provenance

Data Quality Assessment

References & Resources

• Koi Data & Methodology Overview
• Koi Avoided Emissions: Terms & Concepts
• OECD-FAO Agricultural Outlook 2025-2034 - Meat
• Full Model Datasheet (Koi platform)

Published by Rho Impact. Data sourced from the Koi Data Lake. Last updated March 2026.