We’re transforming the apparel and footwear industry by identifying, funding, scaling, and measuring proven solutions and programs that decrease carbon emissions.
Apparel Impact Institute’s largest recent grant went to Precision Development for work addressing inefficient nitrogen fertilizer use in cotton cultivation, linking apparel decarbonization to agricultural greenhouse-gas mitigation. That grant shows how the foundation’s climate strategy reaches beyond factory energy use into upstream supply-chain emissions and farm practices. The institute funds solutions across climate change and decarbonization, energy efficiency, renewable energy and thermal solutions, sustainable finance and blended capital, supply chain emissions in apparel and footwear, and program implementation and impact measurement. Its active programs center on pilot and demonstration projects, supplier capex support, registry vetting, and blended-capital deployment through the Fashion Climate Fund and Climate Solutions Portfolio. Grants are used to identify, fund, scale, and measure proven approaches that reduce carbon emissions in the apparel and footwear industry. A second recent grant to Global Efficiency Inteligence supported alternative energy sources, best-practice policies, technology-readiness assessment, and low-carbon energy evaluation for cotton supply chains. Together, these grants show a funder working across both technical solutions and policy frameworks, with a strong emphasis on scale, measurement, and industry learning.
In agricultural decarbonization, Apparel Impact Institute funded Precision Development with $499,005 in 2024 to address inefficient nitrogen fertilizer use in cotton cultivation, a driver of greenhouse-gas emissions from cotton extraction. That points to an interest in upstream emissions tied to textile inputs, not only manufacturing energy. The foundation also supported Global Efficiency Inteligence with $250,000 in 2024 for alternative energy sources, best-practice policies, a matrix of technology readiness, and low-carbon energy source and technology evaluation. This sits squarely in its climate solutions work around energy transition, policy frameworks, and technology assessment. Its program design also emphasizes supplier capex support, pilot and demonstration projects, and registry vetting for proven and promising solutions. Those mechanisms suggest a focus on moving solutions from assessment into deployment across apparel and footwear supply chains.
$285K
$19.9M
$16.8M
$11.8M
Most grants fall between $312K and $437K, with a median of $375K.
25th Percentile
$312K
Median
$375K
75th Percentile
$437K
About 0% of grants go to recipients in FL.
RYAN GAINES
Top 3 recipient countries by grant volume for Apparel Impact Institute.
| Rank | Country | Grants | Total | Share |
|---|---|---|---|---|
| 1 | United StatesDomestic | 2 | $749K | 50.0% |
| 2 | United Kingdom |
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Recent grants show a wide spread between a $312,251 p25 and a $436,754 p75, with a median grant size of $374,502. The two listed 2024 grants sit at opposite ends of that range: one near $499,005 and another at $250,000. The foundation is a regular funder and does not fund individuals. Its active programs mix unsolicited registry applications with grantmaking and targeted calls, while some deployment-gap and fashion-climate vehicles are not open to unsolicited requests.
Grant recipients in the recent data are all in the United States, with 100% of grants landing there. The top state by grant count is Florida, while the recipient country distribution shows no non-U.S. locations. Named recipient cities include Newton, Massachusetts, and Petersburg, Florida. The foundation’s own headquarters is in Oakland, California, but no recent grants in the provided data were awarded to California recipients.
It funds climate and decarbonization work in the apparel and footwear sector, including energy efficiency, renewable energy and thermal solutions, sustainable finance and blended capital, supply chain emissions, and impact measurement. Active programs also support pilot and demonstration projects, supplier capex, registry vetting, and blended-capital deployment.
The typical grant size is $374,502, with a p25 of $312,251 and a p75 of $436,754. The recent grants provided also include a $499,005 grant and a $250,000 grant, showing some spread around that median.
Some programs do. The Climate Solutions Portfolio Grant, the Climate Solutions Portfolio Registry, and the CSP Registry-only application all accept unsolicited applications. Other vehicles listed, including Deployment Gap Grants and the Fashion Climate Fund, do not accept unsolicited requests.
The recent grants provided are entirely U.S.-based, with 2 grants and 100% of the recipient-country distribution in the United States. The top state by grant count is Florida, and the named recipient cities in the data are Newton, Massachusetts, and Petersburg, Florida.
The recent grant list names Precision Development and Global Efficiency Inteligence. Precision Development received $499,005 in 2024 for work on nitrogen fertilizer use in cotton cultivation, and Global Efficiency Inteligence received $250,000 in 2024 for alternative energy sources, policy frameworks, and technology-readiness assessment.
2026
Source: IRS Form 990-PF, fiscal year 2026.
| 1 |
| $214K |
25.0% |
| 3 | India | 1 | $71K | 25.0% |
Recipient country reflects the grantee's headquarters per IRS 990-PF and Schedule F filings, not the program's implementation country.
Current and upcoming funding from Apparel Impact Institute that your nonprofit may be able to apply for.
Who can apply: For proven, high-impact projects requiring supplier capital expenditure support, going beyond energy efficiency, and focused on electrification or thermal load reduction. Projects should have a 3+ year ROI and require financial support.
Deadline: Open; no scheduled close date stated.
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Create a free accountDeadlines and eligibility are summarized from public sources and may change — always confirm the details on the funder's official application page before applying.
Most recent grants reported to the IRS.
| Recipient | Location | Amount | Year | Purpose |
|---|---|---|---|---|
| AMPHICO | LONDON | $213,600 | 2025 | REDUCE PROCESS ENERGY DEMAND WITH WATERLESS TEXTILE COLORATION THROUGH OPTICAL COLOR-MIXING AND MACHINE LEARNING COLOR-RECIPE PREDICTION. MACHINE LEARNING IS USED TO PREDICT THE COLOR RECIPE NEEDED FROMTHE PRIMARY COLORS. THIS MAKES DOPE DYEING SCALABLE AS IT REMOVES THE MINIMUM ORDER QUANTITY BARRIER. THISSOLUTION REDUCES GHG EMISSIONS AS IT REMOVES THE DYEING IN WATER BATH AND EXCESSIVE DYE WASH OFF PROCESS |
| GRANT THORNTON BHARAT | AEROCITY NEW DELHI, 11 | $71,215 | 2025 | ESTABLISH PROOF OF CONCEPT THAT SWITCHING TO SYNTHETIC LUBRICANTS REDUCES ENERGY LOSSES. DEVELOP A CONSOLIDATED BEST PRACTICE GUIDE FOR ACCELERATED REPLICATION OF THE SOLUTION ACROSS TIER 2 AND 3 MILLS. |
| PRECISION DEVELOPMENT | NEWTON, MA | $499,005 | 2024 | ADDRESS THE INEFFICIENT USE OF NITROGEN FERTILIZER IN COTTON CULTIVATION, WHICH IS AM INA DRIVER OF GHG EMISSIONS FROM COTTONG EXTRACTION. |
| GLOBAL EFFICIENCY INTELIGENCE | PETERSBURG, FL | $250,000 | 2024 | ALTERNATIVE ENERGY SOURCES, BEST PRACTICE POILICIES, MATRIX OF TECHNOLOGY READINESS, LOW-CARBON ENERGY SOURCE/TECHNOLOGY EVALUATION TABLE |
AMPHICO
$213,600REDUCE PROCESS ENERGY DEMAND WITH WATERLESS TEXTILE COLORATION THROUGH OPTICAL COLOR-MIXING AND MACHINE LEARNING COLOR-RECIPE PREDICTION. MACHINE LEARNING IS USED TO PREDICT THE COLOR RECIPE NEEDED FROMTHE PRIMARY COLORS. THIS MAKES DOPE DYEING SCALABLE AS IT REMOVES THE MINIMUM ORDER QUANTITY BARRIER. THISSOLUTION REDUCES GHG EMISSIONS AS IT REMOVES THE DYEING IN WATER BATH AND EXCESSIVE DYE WASH OFF PROCESS
GRANT THORNTON BHARAT
$71,215ESTABLISH PROOF OF CONCEPT THAT SWITCHING TO SYNTHETIC LUBRICANTS REDUCES ENERGY LOSSES. DEVELOP A CONSOLIDATED BEST PRACTICE GUIDE FOR ACCELERATED REPLICATION OF THE SOLUTION ACROSS TIER 2 AND 3 MILLS.
ADDRESS THE INEFFICIENT USE OF NITROGEN FERTILIZER IN COTTON CULTIVATION, WHICH IS AM INA DRIVER OF GHG EMISSIONS FROM COTTONG EXTRACTION.
GLOBAL EFFICIENCY INTELIGENCE
$250,000ALTERNATIVE ENERGY SOURCES, BEST PRACTICE POILICIES, MATRIX OF TECHNOLOGY READINESS, LOW-CARBON ENERGY SOURCE/TECHNOLOGY EVALUATION TABLE