Michigan farmers grow more than 2 million acres of corn each year. Most of the stover — the stalks, leaves, and cobs — gets disked back into the field. We connect that residue to verified buyers who'll pay for it.
Farmers post acreage, residue type, and timing. Takes about three minutes. No commitment to sell.
Verified buyers see relevant listings filtered by distance, volume, and quality. You see real offers.
Price, pickup window, who provides equipment. We provide template contracts; you negotiate direct.
You and the buyer transact directly — we don't handle the money, we don't take a cut. We're here to make the introduction and get out of the way.
Sixteen-plus hyperscale data centers are proposed across ten Michigan counties. Each one wants land, electricity, and — most controversially — water. The agricultural residue that's currently rotting in our fields is part of how the state says yes without saying yes to everything.
Right now, corn stover decays in the field and releases methane — a greenhouse gas roughly 80 times more potent than CO₂ over twenty years. Meanwhile, data center operators are looking for low-carbon process heat and on-site power that doesn't draw on the same aquifers their neighbors are pumping. And farmers are watching commodity margins disappear.
Biomass from Michigan farms can be processed into densified pellets, bio-oil, or syngas — feedstock for on-site combined heat and power systems that don't evaporate millions of gallons of water cooling a server hall.
Most of Michigan's data center debate forces a choice between rural neighbors, the state's clean energy commitments, and the operators themselves. The residue economy doesn't.
Closed-loop cooling paired with biomass heat means data centers can scale without drawing down the wells your township depends on. We give the state a reason to require it, not just request it.
ESG and site-selection committees increasingly need to point to real, contracted, low-carbon energy inputs. We're building that supply chain across the lower peninsula, county by county, with the documentation to back it.
For the first time, the residue you've been disking under has a buyer with a budget — one whose ESG reporting depends on it being sourced sustainably, locally, and from operations like yours.
The Michigan data center boom is the biggest economic and environmental story in the state right now. Most coverage gives you one piece at a time. Here's the whole thing, with sources, so you can decide for yourself where the residue exchange fits in.
Every search query, every cloud document, every video stream, every hospital imaging scan, every fraud-detection check on your credit card — they all run on a data center. The same is now true for AI tools that hundreds of millions of Americans use daily, from voice assistants to medical diagnostics to logistics planning.
The choice is not whether these get built. It's where, and on whose terms. If Michigan says no, the build goes to Texas, Virginia, Arizona, or overseas — places where the water table is already stressed and the energy is dirtier. Michigan's grid is one of the cleaner mixes in the Midwest, and the Great Lakes hold 20% of the world's surface freshwater. There is no better place in the country to do this responsibly.
The Stargate Michigan campus alone is described by Walbridge — the Detroit firm general-contracting the build — as the largest project in their 110-year history, with more than $5 billion in direct and indirect labor investment drawing from contractors in 14 states.
Manufacturing left Michigan in waves. Auto jobs consolidated, then automated. Small towns watched young people move to Grand Rapids, Detroit, or out of state. The data center buildout is the first wave of capital in decades to deliberately target our smaller counties — Saline, Augusta, Lyon, Van Buren — not because the labor is cheap, but because the land, the grid capacity, and the access to Great Lakes water make sense.
The Stargate Michigan project alone is creating roughly 4,450 jobs: 2,500 union construction jobs during the build, 450 permanent high-skill positions on-site, and an estimated 1,500 supporting roles county-wide once operations begin. That's one project. There are 15+ more behind it.
This isn't trickle-down marketing language. The Saline Township project alone secured $14 million in direct community investment — local fire services, school funding, public safety — as a condition of the Township Board's approval. And the developers, not ratepayers, are covering the grid upgrades. That's a kind of deal Michigan hasn't seen since the original auto plants.
Our role: the agricultural residue economy is what turns these data centers from a one-time construction boom into a multi-decade supply contract for local farmers. Construction jobs end in 24 months. Stover contracts go on for the life of the facility.
A traditional evaporative-cooled data center consumes 3 to 5 million gallons of water per day. In a state that holds 20% of the world's surface freshwater, that sounds manageable — until you remember that most of that water comes from local aquifers, not the lakes themselves. Your township's wells, your neighbor's irrigation, the trout stream behind your back forty. That's where the water actually comes from.
Closed-loop cooling changes the equation entirely. Sealed-pipe systems recycle the same water continuously, with only a small monthly bleed for water-quality maintenance. According to Vantage Data Centers, closed-loop systems reduce water use by up to 90% versus traditional evaporative cooling. Microsoft's most recent zero-water designs save 33 million gallons per facility per year.
The Stargate Michigan campus is committed to a closed-loop system. So is the Verrus project in Lyon Township. The technology is no longer experimental — it's the new default for hyperscale builds. Our role is making sure it stays that way for every Michigan project, not just the high-profile ones.
And here's where the residue economy enters: biomass-derived heat and combined heat-and-power (CHP) systems pair naturally with closed-loop and dry cooling. They reduce the energy needed for refrigeration in the first place, which reduces water use even further. That's the link between corn stover and your neighbor's well.
USDA's 2026 farm income forecast is $153.4 billion — down from 2025. That's the headline. The detail underneath is worse: total farm debt is projected at $624.7 billion, a 5% jump for the second year in a row. Chapter 12 farm bankruptcies in the year ending June 2025 were up 55.8% nationally. Crop receipts are down. Input costs aren't.
The median farm income that households actually earn from farming is forecast at negative $1,161 in 2026, after inflation. Negative. That means the average farm household subsidizes the farm with off-farm work and savings — not the other way around. That has been true for years and it is getting worse.
What that does to people is not abstract. The CDC's most recent data shows male farmer suicide rates at 52 per 100,000, versus 32 per 100,000 for adults across all other occupations. The National Rural Health Association puts the overall agricultural rate at 3.5 times the general population. Falling commodity prices, mounting debt, and the feeling that you can't see a way out are direct contributors, named in the research.
Selling residue won't fix any of that on its own. But $30–100 per acre on something currently being disked under is real money for a 1,000-acre operation — $30K to $100K in revenue that did not exist before. That's the difference between making the equipment payment and not. Between the farm staying in the family and being sold to a developer. Between hope and despair.
This is the part nobody talks about in the data center debate. We will.
Right now, the vast majority of Michigan corn stover gets disked back into the field at harvest. Some of that is good — residue cycling supports soil organic matter, microbial activity, and erosion control. But beyond a sustainable removal threshold (typically 30–50% depending on soil type and slope), the rest just sits and decays. As it decays, it releases methane, a greenhouse gas roughly 80 times more potent than CO₂ over a 20-year timescale.
When that same residue is captured and burned for energy in a controlled CHP plant, the carbon released is roughly what the plant absorbed during the growing season. It's not zero-carbon, but it's dramatically lower than letting it rot anaerobically or burning coal or gas to do the same job. The Department of Energy classifies sustainably-sourced biomass as a renewable, low-carbon fuel for exactly this reason.
For Michigan specifically: DTE and Consumers are forecast to build significant new natural gas capacity through 2040 to meet data center demand. Every megawatt of process heat we can supply from biomass is a megawatt of gas capacity we don't have to build, finance, and decommission. That's how the residue economy ties back to the state's clean energy goals.
And on the ground: the Stargate Michigan agreement already preserves 750 acres of farmland, wetlands, and open space as part of the project. Combine that with sustainable residue removal (not over-extraction) and you have a model where data centers protect Michigan farmland instead of paving it over.
It's whether the build happens with Michigan farmers as paid partners — or without them. We're working to make sure it's the first one. If you've read this far, you're already part of how we get there.
For decades, Michigan farmers have left billions of pounds of usable biomass in the field every fall. Not because they wanted to — because the buyers were in one place, the supply was in another, and nobody had built the road between them.
This is that road. It's not a fancy app. It's a list of who has what, who wants what, and how to get them in the same conversation. The platform takes a small cut. The farmer keeps the rest.
We're starting in Montcalm County and Lake Odessa, then working outward from there. If you farm or buy biomass in Michigan, you should be on this list.
If you're growing corn or soybeans in Michigan, you already have inventory. We help you sell it.
Biomass facilities, feed companies, landscapers — get direct access to Michigan farms in your radius.
We're starting in Montcalm and surrounding counties, then expanding as the buyer network grows. If you list early, you're at the front of the line when buyers come looking. If we don't have buyers in your area yet, we'll tell you that directly — no signup-then-silence.
Yes, some of it does. Most agronomists recommend removing no more than 30–50% of corn stover depending on soil type, slope, and rotation. Our listing form asks for sustainable removal rates and we'll never push you past what your land can handle. The remaining residue still cycles back.
Depends on the deal. Some buyers bring their own crews. Some farmers prefer to bale themselves and charge more. The platform supports both — you negotiate it as part of the listing.
During our pilot phase: nothing. Free to list as a farmer. Free to browse and contact as a buyer. We're building the network first — once we're providing real logistics, contracts, or escrow services, we'll charge for those specific services on a per-transaction basis. We are not a percentage-of-deal middleman; we're a connector.
Every buyer goes through a verification step — business registration, insurance docs, references from prior agricultural sourcing. We won't list anyone we haven't vetted. If you ever feel a deal isn't right, you can walk away before signing.
Yes. The directory is being built right now. Sign up below as either farmer or buyer and we'll send you the live link the moment it opens.
We're enrolling founding farmers and buyers now. Tell us a little about your operation and we'll be in touch within 48 hours.