No Lender, No Project: The Capital Gap Killing Farm Methane Solutions

A 500-cow dairy in central Vermont got a quote for an enclosed flare system last fall. The all-in cost came to $340,000, including site preparation, gas conditioning, the flare unit, and first-year monitoring. The farmer's bank turned it down. Not because the project was risky or the borrower was weak. The loan officer simply had no lending category for "methane destruction infrastructure."

That farmer is not unusual. She represents the majority of livestock operators in the United States who produce enough methane to warrant destruction but cannot access the capital to do it. The technology exists. The economics work. The financing does not.

The Size of the Problem

The EPA estimates roughly 8,000 dairy and swine operations in the United States produce methane at levels where some form of capture or destruction technology would be cost-effective. Of those, fewer than 400 are large enough to attract commercial RNG project developers, who need 3,000 or more cows to justify an $8 million to $25 million facility.

The remaining 7,600 sites sit in a gap. Their methane output is significant, collectively representing 35 to 45 million tons of CO2 equivalent per year. But their scale is too small for project finance and too large to ignore. An enclosed flare costing $200,000 to $500,000 would solve the atmospheric problem at each of these sites. The question is who writes the check.

Why Banks Say No

Commercial lenders evaluate farm loans against a narrow set of categories: land, equipment, livestock, operating lines. A methane flare does not fit neatly into any of them. It is not a tractor. It does not produce milk or grain. It generates no revenue stream that a bank can underwrite against.

Farm Credit System lenders, who hold roughly 40% of U.S. agricultural debt, confirmed in a 2024 survey by the American Bankers Association that "environmental compliance infrastructure" ranked last among 14 categories for new loan product development. Not because the projects are bad investments, but because the risk models do not exist.

A conventional farm equipment loan requires collateral with resale value. An enclosed flare has essentially zero secondary market value. It is a custom installation, bolted to a specific site, with no commodity output. From a lender's perspective, the recovery value in default is close to nothing.

The result is predictable. Even farmers with strong balance sheets and low leverage ratios cannot borrow against a flare installation. The asset does not fit the box.

The USDA Gap

The USDA's Environmental Quality Incentives Program, known as EQIP, is the federal government's primary mechanism for funding on-farm conservation practices, including methane management. In theory, EQIP can cover 50% to 75% of an approved project's cost.

In practice, the program is massively oversubscribed. USDA's Natural Resources Conservation Service reported that in fiscal year 2024, EQIP received applications requesting $7.2 billion in funding against an available budget of $2.1 billion. Approval rates for livestock waste management projects, the category that covers methane flares, ran below 30% nationally. In states with the highest concentration of dairy and swine operations, including Wisconsin, Minnesota, and Iowa, wait times stretched to 18 months or longer.

Even when a farmer does receive EQIP approval, the cost-share typically caps at $150,000 to $200,000 for a methane-related practice. For a $340,000 enclosed flare installation, that leaves a gap of $140,000 to $190,000 that the farmer must finance independently. Which brings us back to the bank that has no loan product.

The USDA's Farm Service Agency offers direct and guaranteed loans for farm operations, but methane destruction infrastructure is not an eligible purpose under current program rules. The Rural Energy for America Program, or REAP, funds renewable energy projects but explicitly excludes technologies that do not generate energy. An enclosed flare destroys methane. It does not produce electricity or gas. REAP says no.

RNG Gets Financed. Flares Do Not.

The contrast with RNG project financing is instructive. A $15 million RNG upgrading facility at a large dairy can access project finance through tax equity partnerships, bond markets, and specialized infrastructure funds. The revenue streams from stacked credits, including RINs, LCFS, and 45Z, provide predictable cash flows that lenders can model and underwrite.

In 2024, the renewable natural gas sector attracted over $3.5 billion in new project finance commitments, according to data from the Environmental Business Journal. The average project size was $14.2 million. The average farm size required to support those economics was 4,500 cows or equivalent.

Meanwhile, total capital deployed to enclosed flare installations at sub-scale livestock operations in the same year was approximately $28 million, spread across fewer than 80 projects nationwide. Most of those were funded through state grants, foundation support, or farmer self-financing.

The disparity is not about technology risk. Enclosed flares are proven, low-maintenance systems with 20-year operational track records. The disparity is about revenue. Financiers fund projects that generate cash. Flares generate atmospheric benefit and nothing else.

What Would Fix It

The capital gap is a policy problem, not a market failure. Several straightforward mechanisms could close it.

First, USDA could add methane destruction as an eligible purpose under Farm Service Agency direct loan programs. This would give farmers access to low-interest federal lending for flare installations without requiring a commercial bank to invent a new product category.

Second, Congress could create a federal methane destruction credit analogous to the 45Z clean fuel credit. Even a modest credit of $5 to $10 per ton of CO2e destroyed would create a revenue stream that lenders could underwrite. The total cost to the federal budget, assuming deployment at 5,000 sites destroying 40 million tons per year, would run $200 million to $400 million annually. For context, the existing RNG credit stack costs ratepayers and taxpayers an estimated $4 billion to $6 billion per year to support fewer than 400 projects.

Third, states could establish revolving loan funds specifically for on-farm methane infrastructure. Oregon's pilot program, launched in 2025 with $12 million in initial capitalization, has funded 23 enclosed flare installations in its first year at an average loan size of $280,000 and a default rate of zero. The model works. It has not been replicated.

None of these solutions require new technology. None require farmers to do anything they are not already willing to do. They require only that the financial system catch up to a problem the atmospheric chemistry identified decades ago.

The Bottom Line

Seventeen thousand five hundred livestock operations in the United States produce enough methane to justify destruction. The cheapest proven technology costs $200,000 to $500,000 per site. Most of those sites cannot access financing at any interest rate because the lending products do not exist.

The result is that billions of dollars flow to complex, expensive RNG projects at large facilities while thousands of smaller farms continue venting methane into the atmosphere. Not because destruction is unaffordable, but because no one built the financial bridge between a willing farmer and a proven technology.

That bridge would cost a fraction of what the country already spends subsidizing renewable natural gas. The atmospheric return would be multiples larger. The only thing missing is the decision to build it.