CQ
CompostIQ
Organic Waste Processing
AI-optimized industrial composting for food waste diversion
$15M|Series A|Portland, OR
View Details →
Organic Waste Processing
1.3 billion tons of food wasted globally—worth $1.2 trillion annually
1.3B
Tons of food wasted globally each year
40%
Of US food supply goes to waste
8-10%
Of global GHG emissions from food waste
$408B
Annual cost of US food waste
Market Size: $12B by 2030CAGR: 8%
Sector Overview
Organic waste—food scraps, yard waste, agricultural residues, and food processing byproducts—represents the single largest category of material sent to landfills in the US. When landfilled, organic waste decomposes anaerobically to produce methane, a greenhouse gas 84x more potent than CO2 over 20 years. Processing technologies divert this waste to productive uses: anaerobic digestion produces renewable natural gas and fertilizer, composting produces soil amendments, and insect bioconversion produces animal feed protein. State mandates (California SB 1383, Vermont Universal Recycling Law) are requiring organic waste diversion, creating guaranteed demand for processing capacity.
Our Investment Thesis
Organic waste processing benefits from the strongest regulatory tailwinds in waste management. California's SB 1383 alone requires 75% organic waste diversion by 2025, creating immediate demand for processing infrastructure. Revenue comes from three sources: tipping fees, product sales (RNG, compost, protein), and credits (LCFS, carbon, renewable fuel). The US needs 10x more organic processing capacity to meet existing mandates.
Opportunities
- +Anaerobic digestion with RNG production commands premium LCFS credits
- +AI-optimized composting (CompostIQ) producing premium-grade products
- +Insect bioconversion (WormWorks) creating high-value animal feed protein
- +Biochar production from agricultural waste generating carbon removal credits
- +On-farm processing reducing transportation costs
Challenges
- !Contamination in collected organic waste (plastics in food waste streams)
- !Seasonal volume variability
- !Siting and permitting challenges (odor, truck traffic concerns)
- !Depackaging requirements for packaged food waste
Key Players
GridGas
Modular anaerobic digestion for food waste (WasteVC portfolio)
CompostIQ
AI-optimized composting platform (WasteVC portfolio)
WormWorks
BSF larvae bioconversion (WasteVC portfolio)
AgriCycle
Agricultural waste to biochar (WasteVC portfolio)
Regulatory Landscape
- ◆California SB 1383: 75% organic waste diversion by 2025
- ◆Vermont: First state to ban food scraps from landfill
- ◆EU Farm to Fork Strategy: 50% food waste reduction by 2030
- ◆Federal RFS/LCFS: Credits for renewable natural gas from waste
Related Deals
GG
GridGas
Food Waste-to-Energy
Anaerobic digestion platform converting food waste to renewable natural gas
$31M|Series A|Columbus, OH
View Details →
WW
WormWorks
Insect Bioconversion
Black soldier fly larvae bioconversion of organic waste to animal feed
$9.8M|Seed|Raleigh, NC
View Details →
AC
AgriCycle
Agricultural Waste Valorization
Agricultural waste conversion to biochar and soil amendments
$17M|Series A|Sacramento, CA
View Details →
Related Insights
analysis8 min read
Food Waste Startups: The 2026 Market Map of Who's Solving the $1.2 Trillion Problem
One-third of all food produced globally is wasted—worth $1.2 trillion annually. From farm-level prevention to anaerobic digestion, here's the complete landscape of food waste innovation.
WasteVC Research·
Read →guide7 min read
How Waste Management Companies Can Generate Carbon Credits: A Practical Guide
Landfill methane capture, composting, and recycling all generate quantifiable emission reductions. Here's how waste-tech startups can monetize carbon credits alongside their core business.
WasteVC Research·
Read →Investing in Organic Waste Processing?
WasteVC backs founders building in organic waste processing from Seed to Series B.