Case Study · Georgia · Poultry Processing Facility · USDA B&I
Poultry Processing Facility Feasibility Study, Georgia — A USDA B&I Worked Case
This is how our independent feasibility study company and consultant team analyzed a new, USDA-FSIS-inspected poultry processing and further-processing plant underwritten to a USDA Business & Industry (B&I) guaranteed loan, from the grower base and buyer demand that fill the lines through the debt-service coverage the lender and the Agency must document. It is a representative, anonymized worked example of the methodology — not a specific client deal — set in rural Georgia, the number-one poultry-producing state in the country.
A new inspected plant in the country's poultry heartland.
A sponsor came to our feasibility study company with a ground-up poultry processing and further-processing plant and a USDA Business and Industry lender that needed the projected cash flow independently tested before it would commit. The subject is a new, small-to-regional USDA-inspected plant of roughly 60,000 square feet in rural Georgia — the number-one poultry-producing state in the United States, where poultry is the largest single segment of state agriculture.6 The build program is a single-shift slaughter and evisceration line sized near 17,000 to 18,000 birds per day,4 in-line chilling and cold storage, and a value-added further-processing room for marinated, portioned, and individually quick-frozen (IQF) product.
Because a processing plant is a going-concern operating business rather than a passive real-estate play, the lender's question is not “what is the building worth” but “can this specific plant secure the live birds, hit the yield, hold the cold chain, and earn the margin to service this specific loan.” It also cannot ship a pound of product until USDA's Food Safety and Inspection Service (FSIS) issues a grant of inspection under the Poultry Products Inspection Act, which makes the inspection gate a threshold condition of the credit, not a formality.3 And because the guaranteed loan exceeds one million dollars to a new entity, USDA's own regulation requires a feasibility study by an independent qualified consultant — the analysis whose scope this case describes.1
Our scope was the independent economic, market, technical, financial, and management analysis that supports that credit — the demand for open-market processing capacity, the grower base that feeds it, the competitive set, and the debt-service coverage tested against a deliberately graded ramp rather than a day-one full plant.
Processing-capacity demand, a grower base, and buyers.
The demand read for a plant is not a population ring — it is three questions. Is there throughput demand for open-market processing capacity, is there a live-bird supply to run the line, and is there a buyer for the dressed and further-processed product? In Georgia, all three point the same way.
Start with the national appetite. The United States produces roughly 9.3 billion broilers a year, and chicken is by a wide margin the country's most-consumed meat at about 100 pounds per capita, a figure that has climbed for decades while red-meat consumption has been flat to declining.5 Georgia sits at the center of that system: it is the leading broiler-producing state, and the dense base of contract grower houses across the state's rural counties is precisely the raw-material supply a processing line needs.6 Live-haul economics keep that supply local — birds are trucked short distances to limit shrink, mortality, and welfare loss — so a plant's practical catchment is a live-haul radius of roughly fifty miles, and the subject sits inside a county cluster whose grower capacity comfortably exceeds a single-shift line's intake.7
The buyer side is where the value-added thesis lives. A plant that only dresses whole birds competes on pennies; a plant that portions, marinates, grinds, and IQF-freezes captures the richer further-processing margin and sells into retail tray-pack, foodservice, and institutional channels that pay for consistency and a USDA mark. National policy has leaned directly into this gap: after pandemic-era disruptions exposed how concentrated processing had become, USDA stood up the Meat and Poultry Processing Expansion Program and related investments specifically to add independent, small-and-regional processing capacity — the exact niche the subject fills.8 The model therefore sizes the plant to a defensible single-shift throughput, not a best-case double shift, and grades the value-added mix up over the ramp rather than assuming it on day one.
| Demand / supply driver | Basis | Supported figure |
|---|---|---|
| Live-bird supply (grower base) | Contract houses within a ~50-mi live-haul radius7 | Exceeds single-shift intake |
| Line throughput | Single shift, ~250 operating days/yr | ≈ 17,000–18,000 birds/day |
| Annual bird intake | Throughput × operating days | ≈ 4.3M birds/yr |
| Dressed yield | ~6.3 lb live × ~72% ready-to-cook yield7 | ≈ 4.5 lb RTC/bird |
| Dressed volume | 4.3M birds × ~4.5 lb | ≈ 19.5M lb/yr |
| Value-added share | Further-processed portion of net sales8 | ≈ 30% of ~$28.0M |
Throughput, live-haul, and yield logic grounded in USDA ERS/AMS poultry data and National Chicken Council production figures; see sources 5, 6, 7, and 8. Figures are illustrative of the engagement type.
A grower base that outruns open-market capacity.
Georgia is thick with poultry, but most of the state's slaughter capacity is captive — owned by vertically integrated companies that process their own contract birds and do not buy on the open market. That is the gap: independent growers, specialty channels, and value-added co-packers are chronically short of inspected capacity they can actually access.
| Facility | Type | Scale | Distance | Read |
|---|---|---|---|---|
| Integrator plant A | Captive (vertically integrated) | Large | ~35 mi | Processes its own contract birds; not open-market |
| Independent processor B | USDA-inspected, commodity | Mid | ~48 mi | Near capacity; limited further-processing |
| Small plant C | USDA-inspected, specialty | Small | ~60 mi | Niche/specialty channel; different buyer |
| Further-processing co-pack D | Value-added only | Mid | ~70 mi | Buys dressed product; no slaughter |
| Subject | Inspected slaughter + further-processing | Small/regional | — | New open-market capacity plus toll co-pack |
Competitive set surveyed for the engagement; anonymized. Announced and permitted capacity was scanned, not just the standing set, consistent with institutional practice.
The nearest large plant is captive: it converts a single integrator's own flocks and offers no open-market slot to an independent grower or a private-label buyer. The one genuinely open-market commodity processor within reach runs near capacity and does little further-processing, and the nearest value-added co-packer buys dressed product rather than slaughtering, which means it depends on exactly the kind of inspected slaughter the subject would add. A rigorous study does not stop at the standing set; it scans announced and permitted capacity so the demand forecast is not quietly overstated by a plant expansion the trailing data cannot yet see.8 Here the read is a structural capacity gap: the grower base and the value-added buyer demand both outrun the accessible, open-market inspected capacity, and the subject fills that gap rather than splitting a saturated market.
Georgia macro: the right state, the rural channel, real storm risk.
The state backdrop is a tailwind for an inspected processing plant, tempered by the operating realities of rural agribusiness. Georgia is agricultural territory for USDA: only about 10.7 percent of the state's land is ineligible for USDA rural programs, so the vast poultry-and-row-crop base is heavily USDA-financed.
Georgia is really three economies wearing one flag — a digesting metro Atlanta, the Savannah port-and-manufacturing coast, and a flat-to-shrinking rural south and central Georgia — and it is that third Georgia, the agricultural one, where a poultry plant belongs. Our standing Georgia analysis reads the Albany and South Georgia markets as an agriculture-and-food-processing base where growth-market capture rates overstate demand and where the USDA rural channel, not metro SBA assumptions, usually drives the financing.9 For rural credits, USDA Business and Industry guaranteed loans route through the Georgia Rural Development state office in Athens, and with roughly 89 percent of the state's land USDA-eligible, a rural processing site sits squarely inside the program's footprint.9
Two operating realities set the underwriting. First, labor: poultry processing is among the most labor-intensive food industries, so the plant's economics turn on a rural labor shed that can staff two departments — evisceration and further-processing — at a wage the margin can carry, which is why the model funds training and a graded ramp rather than assuming a fully skilled crew from month one.5 Second, resilience: Hurricane Helene crossed Georgia in September 2024 and produced catastrophic inland damage, with roughly 1.3 million Georgia Power customers losing power — a direct warning for a cold-chain business whose product spoils without refrigeration, and the reason the capital plan carries standby power rather than treating it as optional.9 Offsetting these, Georgia's move to a flat state income tax and a moderate effective property-tax burden are modest tailwinds for a capital-intensive rural employer.9
Why a processing plant is a site-and-utilities problem first.
A poultry plant lives or dies on three site conditions most feasibility narratives skip: verified rural eligibility, a high-volume water and wastewater solution, and a cold chain that never breaks. Each is underwritten here, not assumed.
Eligibility comes first because it is a threshold, not a preference. USDA B&I requires the project to sit in an eligible rural area, and a study that assumes eligibility without confirming the population test against the current designation risks a threshold failure before the analysis is even read.1 With roughly 89 percent of Georgia land USDA-eligible, the subject's county qualifies, but the study verifies it against the live eligibility map rather than inferring it.9
Water is the defining utility. Poultry processing is water-intensive — on the order of several gallons per bird for scalding, chilling, and sanitation — and it generates high-strength wastewater loaded with organics, fats, oils, grease, and nutrients that a municipal system will not accept untreated. The plant therefore carries on-site pretreatment, typically dissolved-air flotation and screening, sized to the federal meat-and-poultry effluent guidelines and a discharge or pretreatment permit; the capital plan funds it, and the operating model carries its cost.10 Underestimating the water-and-wastewater line is one of the most common ways a processing pro forma fails technical review.
Cold chain is the third. Ready-to-cook poultry must be chilled promptly and held cold through storage and shipping, so the plant's coolers, blast and spiral freezers, and refrigerated dock are core revenue infrastructure, not overhead — and, given Helene, they are paired with standby power so a grid outage does not become a total-loss spoilage event. The model treats refrigeration and freezing capacity as a gating constraint on how much value-added, frozen product the plant can actually sell.11
The USDA B&I guaranteed structure.
Total project cost lands at $25.0 million. USDA Business and Industry guarantees a lender's loan to a rural business, which is why a rural, job-creating processing plant routes here — the guarantee is what lets a lender write a $18.75 million credit against a start-up going concern.
| Cost component | Amount |
|---|---|
| Land & site work (rural parcel, grading, road/rail) | $1.60M |
| Building shell & inspected process areas (~60,000 sf) | $6.40M |
| Process equipment (kill, evisceration, chill, cut-up, debone) | $6.75M |
| Refrigeration & cold chain (coolers, blast/spiral freezers) | $3.20M |
| Water, wastewater pretreatment (DAF) & utilities | $2.35M |
| Further-processing / value-added line (marinate, IQF, pack) | $2.10M |
| Soft costs, HACCP/USDA plan, engineering & contingency | $1.55M |
| Working capital, live-bird inventory & fees | $1.05M |
| Total project cost | $25.00M |
| Item | Figure |
|---|---|
| USDA B&I guaranteed loan (75%) | $18.75M |
| Sponsor equity injection (25%) | $6.25M |
| USDA guarantee to the lender | 60% (loan > $10M tier) |
| Term / amortization | ~25-year term / 25-year amortization |
| Illustrative rate | ~8.5% |
| Annual debt service | ≈ $1.81M |
Structure per USDA B&I conventions under 7 CFR Part 5001; guarantee tiers of 80% (≤$5M), 70% ($5–10M), and 60% (>$10M); minimum tangible balance-sheet equity of 20% for a new business. See sources 1 and 2.
The equity injection sits at 25 percent, not a thinner number, and that is deliberate: USDA B&I requires a new business to carry tangible balance-sheet equity of at least 20 percent, so the 25 percent injection clears the program floor with room to spare and reflects the start-up risk of a ground-up going concern.2 Because the $18.75 million loan sits in the over-$10-million tier, USDA's maximum guarantee to the lender is 60 percent of the loan — still a powerful credit enhancement, and the reason a lender will extend a real-estate-and-equipment-heavy loan to a first-year plant.2 On a 25-year amortization at an illustrative 8.5 percent, annual debt service is about $1.81 million — the number the projected coverage has to clear. The study exists to support exactly that: a feasibility study by an independent qualified consultant is required for a B&I loan over one million dollars to a new entity, and it must evaluate all five components the regulation names before the Agency will honor the guarantee.1
Feasible and bankable, on coverage the guarantee can rely on.
The stabilized model builds net sales from three product lines — fresh whole and parts, value-added further-processing, and by-products and co-pack — nets the live-bird cost of goods and plant operating expense, and carries the coverage through a graded ramp to a stabilized 1.50x.
| Line | Basis | Amount |
|---|---|---|
| Fresh whole birds & parts | ~60% of dressed volume, tray-pack & WOG7 | ≈ $16.8M |
| Further-processed / value-added | ~30% of net sales; marinated, portioned, IQF8 | ≈ $8.4M |
| By-products, rendering & co-pack | Paws/offal, rendering, toll processing fees | ≈ $2.8M |
| Net sales | ~19.5M lb dressed × ~$1.44/lb blended | ≈ $28.0M |
| Live birds, ingredients & packaging (COGS) | ~62% of net sales7 | ≈ ($17.4M) |
| Processing gross profit | Net sales less COGS | ≈ $10.6M |
| Operating expenses | Labor, utilities, refrigeration, QA/HACCP, R&M, insurance, G&A | ≈ ($7.9M) |
| Net operating income (NOI / EBITDA) | Gross profit less operating expense | ≈ $2.72M |
Blended realization near $1.44 per dressed pound reflects a value-added product mix; commodity whole-bird realization runs thinner and further-processed product richer. Live-bird cost is the dominant variable expense. See sources 5, 7, and 8.
| Year | Stage | NOI | Debt-service basis | DSCR |
|---|---|---|---|---|
| Year 1 | Ramp (grant of inspection, line fill, training) | ~$1.81M | Full amortizing ~$1.81M | 1.00 |
| Year 2 | Building (yield & value-added mix rising) | ~$2.27M | Full amortizing ~$1.81M | 1.25 |
| Year 3 | Stabilized | ~$2.72M | Full amortizing ~$1.81M | 1.50 |
DSCR computed as NOI divided by the period debt-service obligation. Year 1 sits at breakeven coverage by design; it is the ramp year while FSIS inspection, line fill, and yield stabilize. See sources 1 and 2 for the B&I coverage convention.
The stabilized 1.50x coverage is the figure the lender documents, and it clears a conventional B&I coverage expectation with real headroom.2 By Year 2 the plant already covers fully amortizing debt service at 1.25x. The Year 1 figure of 1.00x is intentionally at breakeven — it is the ramp year, while the FSIS grant of inspection is secured, the line fills toward its single-shift capacity, dressed yield climbs to target, and a newly trained crew reaches standard. Modeling stabilized yield and a mature value-added mix in Year 1 is one of the most common ways a processing pro forma fails review; the ramp here is deliberately graded, which is also why the credit is sized so the sponsor's equity and interest reserve carry the plant through the coverage-light first year.8
On the equity side, the $6.25 million injection earns growing levered free cash flow — roughly breakeven in the Year 1 ramp, building to about $0.9 million a year once stabilized and before a maintenance capital reserve for line and refrigeration equipment, and higher thereafter as volume, the value-added mix, and loan amortization compound. The exit is valued on a going-concern basis rather than a leased-fee cap rate: a processing plant is an owner-operated business, and capitalizing a Year-10 stabilized EBITDA modestly above the stabilized figure at a going-concern multiple in the range the market applies to value-added, further-processing protein platforms — paired with the equity built by amortizing the B&I balance down over the hold — supports the returns.12 Holding poultry demand durable, consistent with chicken's long climb in U.S. per-capita consumption,5 the blended result is an illustrative levered equity IRR of about 18 percent over a 10-year hold.
Verdict: financially feasible and bankable. On independently derived demand, a stabilized 1.50x DSCR ramped from 1.00x, and a ~18% levered equity IRR, the projections support the USDA B&I guaranteed credit.
The five USDA components, plus the FSIS inspection gate.
A USDA feasibility study is not free-form. 7 CFR Part 5001 defines it as an evaluation of five feasibility components by an independent qualified consultant; a study missing one is incomplete on the regulation's own terms. We build to all five, and treat the FSIS grant of inspection as the technical gate that sits on top of them.
Economic feasibility
Whether the rural economy — the grower base, the county labor shed, and the poultry industry mix — supports the plant and the throughput it depends on.
Grounded in Georgia's #1 broiler ranking and USDA rural-eligibility footprint. Sources 6, 9.Market feasibility
Whether demonstrable demand exists for open-market inspected capacity and value-added product, tested against the captive-versus-independent competitive set.
Captive-plant concentration and the small/regional capacity gap. Sources 5, 8.Technical feasibility
Whether the plant can be built and run as designed: line speed and yield, the water and wastewater solution, and a cold chain that holds through storage and shipping.
Sized to poultry yield, effluent-guideline pretreatment, and chilling requirements. Sources 7, 10, 11.Financial feasibility
Whether the projected operation covers operating cost and services the guaranteed debt under stressed assumptions — the graded DSCR ramp to a stabilized 1.50x.
NOI ÷ debt service, stress-tested on volume, yield, and margin. Sources 1, 2.Management feasibility
Whether ownership and management have the poultry-processing and food-safety experience to execute the plant as projected, including HACCP and sanitation systems.
Operator processing track record and QA depth. Source 3.FSIS grant of inspection (the technical gate)
The plant cannot ship product until FSIS grants inspection under the Poultry Products Inspection Act, which requires an approved HACCP plan and sanitation SOPs. As the feasibility consultant we reference this gate as a condition of the credit and a Year-1 milestone; we do not perform the inspection or draft the HACCP plan, which is a separate food-safety engagement running in parallel.
FMIA/PPIA; mandatory HACCP under 9 CFR Part 417; sanitation SOPs under 9 CFR Part 416. Source 3.Underwriting a Georgia poultry or meat processing plant for a USDA B&I loan? Start with the feasibility study.
Feasibility Study Company prepares independent USDA meat and poultry processing feasibility studies for Business and Industry, Community Facilities, and conventional credits, built to the five components 7 CFR Part 5001 defines and the coverage standard your lender must document. A methodology briefing walks through the demand, grower-base, competition, and DSCR analysis behind a case like this one, calibrated to your plant, throughput, and product mix.
Request a methodology briefingData sources and dates.
The deal figures are illustrative of the engagement type; the market data and regulatory requirements that ground each dimension are real and sourced, drawn from our standing Georgia and USDA Rural Development analyses, our published asset-class work, and the primary authorities they cite.
- USDA Rural Development, 7 CFR Part 5001 (OneRD Guaranteed Loan Program): a feasibility study by an independent qualified consultant is required for a guaranteed loan greater than $1,000,000 to a new entity or an entity conducting a new activity, evaluating the economic, market, technical, financial, and management feasibility of the project; rural-area eligibility is a program threshold. See the firm's USDA Rural Development analysis.
- USDA Business and Industry (B&I) Guaranteed Loan Program terms: maximum percentage of guarantee of 80% for loans of $5 million or less, 70% for loans between $5 million and $10 million, and 60% for loans exceeding $10 million; minimum tangible balance-sheet equity of 10% for existing businesses and 20% for new businesses; terms up to 30 years for real estate. Coverage expectation applied on a deal-specific basis.
- USDA Food Safety and Inspection Service (FSIS): the Federal Meat Inspection Act and Poultry Products Inspection Act require a federal grant of inspection before a plant may sell or ship product in commerce; mandatory Hazard Analysis and Critical Control Point (HACCP) systems under 9 CFR Part 417 and Sanitation Standard Operating Procedures under 9 CFR Part 416.
- USDA FSIS poultry slaughter inspection systems and line-speed rules (New Poultry Inspection System and young-chicken evisceration line speeds up to 140 birds per minute); FSIS establishment-size categories (small and very small establishments) used to scope inspection and labeling obligations.
- National Chicken Council, U.S. broiler production and per-capita consumption statistics (U.S. output on the order of 9.3 billion broilers annually; chicken the most-consumed U.S. meat at roughly 100 pounds per capita, rising over decades), 2025–2026 data; poultry processing among the most labor-intensive food-manufacturing sectors.
- USDA National Agricultural Statistics Service and Georgia Department of Agriculture: Georgia is the number-one U.S. broiler-producing state, and poultry is the largest single segment of Georgia agriculture; the state's dense contract-grower base is documented in the firm's Georgia analysis.
- USDA Economic Research Service and Agricultural Marketing Service poultry data: broiler live weight and ready-to-cook (dressed) yield conventions (ready-to-cook weight approximately 71–75% of live weight); AMS National Poultry Market wholesale and parts price series used to frame blended per-pound realization and live-bird cost of goods.
- USDA Meat and Poultry Processing Expansion Program (MPPEP) and related USDA investments to expand independent, small-and-regional meat and poultry processing capacity following pandemic-era supply-chain disruption; the value-added further-processing margin premium over commodity whole-bird realization.
- Feasibility Study Company, Georgia market analysis (2026): only about 10.7% of Georgia land is USDA-ineligible (roughly 89% eligible); USDA Business and Industry loans route through the Georgia Rural Development state office in Athens; Albany and South Georgia read as an agriculture-and-food-processing base where the USDA rural channel drives financing; Hurricane Helene (September 2024) inland impact, with roughly 1.3 million Georgia Power customers losing power; Georgia flat state income tax and moderate effective property-tax burden.
- U.S. EPA Effluent Guidelines for the Meat and Poultry Products point-source category (40 CFR Part 432) and pretreatment/NPDES requirements: poultry processing is water-intensive and generates high-strength wastewater (biochemical oxygen demand, fats/oils/grease, and nutrients) typically requiring on-site dissolved-air-flotation pretreatment and a discharge or pretreatment permit.
- USDA FSIS poultry chilling requirements (9 CFR Part 381) and cold-chain practice: prompt chilling of ready-to-cook poultry and cold holding through storage and distribution; refrigeration, blast/spiral freezing, and standby power treated as core revenue infrastructure for a value-added, frozen-product plant.
- Feasibility Study Company asset-class analyses and going-concern valuation practice: value-added, further-processing protein platforms are valued as owner-operated businesses on an EBITDA multiple rather than a leased-fee cap rate; levered equity returns are driven jointly by EBITDA growth, the value-added mix shift, and deleveraging of the guaranteed loan over the hold. Illustrative of the engagement type.