Shrimp Processing EPC Brief — Scope, CAPEX & Financing
A shrimp processing plant is bid on seven scope blocks: reception and chilling, processing line, freezing, glazing and packing, frozen storage, refrigeration plant and utilities with effluent. As a planning range, a 5–10 t/day export plant is budgeted at USD 4–9M turnkey, a 15–30 t/day IQF plant at USD 10–25M, with refrigeration commonly 20–32% of CAPEX and IQF energy around 90–140 kWh per tonne frozen. Greenfield timelines run 16–28 months. All figures are budgetary estimates for feasibility work, never quotations.
The seven scope blocks an EPC bid must price
Most non-comparable shrimp bids are caused by scope gaps rather than by price differences. Fix the blocks below in one brief and every bidder prices the same plant.
| Scope block | What it covers | Why it must be fixed before pricing |
|---|---|---|
| Reception & chilling | RSW or ice reception, flake/tube ice plant, chilled receiving room | Determines ice demand and chilled-room duty; a plant sized for pond harvest peaks differs from one sized for average intake |
| Processing line | Grading, deheading, peeling, deveining, washing, soaking, sizing | Product mix (HOSO, HLSO, PD, PUD, cooked, value-added) changes machinery count and yield |
| Freezing | IQF spiral or fluidised-bed for individual product; plate or block freezers for block-frozen | Freezing method is the single largest refrigeration cost driver — fix it before comparing bids |
| Glazing, weighing & packing | Glazing tunnel, checkweighers, metal detection, cartoning | Glaze percentage affects declared net weight, yield and buyer contracts |
| Frozen storage | −25 °C store with anteroom and dock | Store days of cover drive volume; 7 days vs 30 days is a different building |
| Refrigeration plant | NH₃ or NH₃/CO₂ cascade, VSD compressors, standby capacity | Refrigerant and redundancy decide both CAPEX and lifetime energy |
| Utilities & effluent | Power and backup generation, potable/seawater pumping, compressed air, CIP, wastewater treatment | Commonly under-scoped; effluent permits can gate commissioning |
Shrimp processing plant CAPEX benchmarks
Turnkey scope: building, process line, refrigeration plant, IQF freezing, on-site frozen storage, utilities and wastewater treatment. Excludes land, pond or hatchery assets, working capital and financing cost.
| Plant scale | Throughput | Indicative turnkey CAPEX (USD) | Scope note |
|---|---|---|---|
| Small export plant | 5 – 10 t/day | 4M – 9M | Single IQF line, modest frozen store, basic effluent treatment |
| Mid-size IQF plant | 15 – 30 t/day | 10M – 25M | Two lines, value-added capability, full DAF plus biological effluent |
| Large integrated plant | 30 – 50 t/day | 18M – 35M | Multiple IQF lines, cooked/value-added, large frozen store, redundancy |
| Building shell basis | Per m² greenfield turnkey | 4,000 – 7,500 / m² | Building + line + refrigeration + IQF + on-site cold storage + wastewater |
| Refrigeration plant share | — | 20 – 32% of total CAPEX | Higher where IQF capacity and frozen-store volume are large relative to process |
Equipment specification that changes the price
| Item | What shrimp plants typically specify | Why |
|---|---|---|
| IQF freezer | Spiral or fluidised-bed, −35 to −40 °C air, sized on peak hourly kg | Sizing on daily tonnage instead of peak hour is the most common specification error |
| Refrigeration architecture | NH₃ single-stage for storage, NH₃/CO₂ cascade or two-stage for freezing | Cascade improves low-temperature efficiency and limits ammonia charge in the process hall |
| Compressors | Screw with VSD, plus standby capacity | Harvest seasons swing load heavily; fixed-speed-only plant wastes energy off-peak |
| Ice plant | Flake or tube, sized on reception tonnage plus transport | Under-sized ice is a quality problem at harvest peaks, not a cost problem |
| Hygienic design | Stainless contact surfaces, sloped drainage, CIP, segregated raw/cooked flow | Required for BRCGS/IFS and for EU/US export approval |
| Effluent treatment | DAF plus biological (SBR or MBR), often nitrogen removal | Coastal discharge consents commonly set the treatment level, not the buyer |
| Monitoring | Continuous temperature logging, traceability from lot to carton | Export documentation and recall capability depend on it |
Energy, water and effluent per tonne
Over a 20-year life these numbers usually matter more than the equipment price. Ask every bidder to state them explicitly, so offers compare on running cost as well as CAPEX.
| Resource | Typical benchmark | Comment |
|---|---|---|
| IQF freezing energy | 90 – 140 kWh per tonne frozen | Modern NH₃ or NH₃/CO₂ cascade with floating condensing and defrost-on-demand; older HFC plant runs materially higher |
| Total plant electricity | 180 – 320 kWh per tonne product | Includes process, ice, utilities and frozen storage |
| Freshwater | 3 – 10 m³ per tonne product | Lower than whitefish; soaking and glazing practice drives the spread |
| Seawater / RSW | 20 – 60 m³ per tonne | Reception chilling and washing |
| Wastewater | 3 – 9 m³ per tonne | 800 – 5,000 mg/L BOD; treatment level set by discharge consent |
| Yield | Species, size grade and product form dependent | Yield targets belong in the brief — they change line selection and therefore price |
Financing routes for shrimp processing projects
ColdMatch is not a lender, a bank or a financial adviser, and no financing outcome is promised. The routes below are the ones buyers in this sector most often use; eligibility is decided entirely by the institution concerned.
| Route | Typically relevant when | What is usually required |
|---|---|---|
| Equipment loan or lease | Line and refrigeration plant can be isolated as assets | Equipment schedule, supplier quotations, maintenance plan, corporate guarantee |
| Export credit (ECA-backed) | IQF lines, compressors or panels are imported from a country with an active ECA | Supply contract, eligibility assessment by the agency, buyer-credit documentation |
| Commercial bank project finance | Greenfield plant with contracted offtake | Feasibility study, financial model, site control, offtake evidence, security package |
| Development finance / blended | Aquaculture and food-security programmes, or first-of-kind facilities in emerging markets | Environmental and social documentation, development impact case, institution's own eligibility rules |
| Supplier / EPC staged payments | Phased delivery against milestones | Agreed milestones, performance bonds, retention against commissioning |
Timeline from concept to export-certified production
| Stage | Duration | Note |
|---|---|---|
| Concept, throughput and product mix | 3 – 8 weeks | Species, grades, product forms and yield targets fixed here |
| EPC brief and comparable bidding | 6 – 12 weeks | One common brief to several EPCs and line OEMs so bids compare on CAPEX, kWh/t, water and yield |
| Detailed design and permits | 8 – 16 weeks | Effluent consent and export approval work start here, not later |
| Manufacture and shipping | 16 – 28 weeks | IQF freezers and refrigeration packages are the long-lead items |
| Construction and installation | 24 – 40 weeks | Often overlaps manufacture on greenfield sites |
| Commissioning and validation | 6 – 12 weeks | Includes hygiene validation and trial production before export certification |
| Total greenfield | 16 – 28 months | Brownfield line additions can complete far faster |
Method and sources
- CAPEX ranges are normalised to a common turnkey scope and cross-checked against the ColdMatch Cold Storage Cost Benchmarks 2026 dataset for the frozen-storage component.
- Energy, water and effluent benchmarks reflect modern NH₃ and NH₃/CO₂ cascade plant; older HFC installations run materially higher.
- Figures are planning benchmarks for feasibility and budget validation, not quotations, and not financial advice.
- No supplier, EPC, price, yield, energy figure or financing outcome is guaranteed.
Frequently asked questions
What does a shrimp processing plant cost to build?
As a planning range, a 5–10 t/day export plant is commonly budgeted at USD 4–9M turnkey, a 15–30 t/day IQF plant at USD 10–25M and a 30–50 t/day integrated plant at USD 18–35M. On a building basis, greenfield turnkey shrimp plants typically run USD 4,000–7,500 per m² including the process line, refrigeration, IQF, on-site cold storage and wastewater treatment. These are budgetary estimates for feasibility work, never quotations — a firm price requires a specification.
What should a shrimp processing EPC brief contain?
Throughput in tonnes per day at peak and average, species and size grades, product mix (HOSO, HLSO, PD, cooked, value-added), freezing method and peak hourly freezing kg, glaze policy, yield target, frozen-store days of cover, hygiene and export standard, site conditions and power supply, effluent discharge consent, and the scope boundary — equipment only, installed, or full turnkey EPC. Bids built on different assumptions cannot be compared.
How much refrigeration capacity does a shrimp plant need?
Freezing duty follows peak hourly throughput, entry temperature, product form and the freezing method, not daily tonnage. IQF freezing of peeled shrimp is far more energy-intensive per tonne than plate-freezing blocks. Size the plant from a load calculation covering freezing, chilled rooms, frozen storage, ice production and process cooling, with standby capacity defined explicitly.
What energy and water should a shrimp plant plan for?
IQF freezing commonly lands at 90–140 kWh per tonne frozen on a modern NH₃ or NH₃/CO₂ cascade plant, with total plant electricity typically 180–320 kWh per tonne of product. Freshwater is usually 3–10 m³ per tonne with 20–60 m³ per tonne of seawater or RSW for reception chilling, and wastewater 3–9 m³ per tonne at 800–5,000 mg/L BOD. Actual figures depend on product mix, plant design and operating practice.
Should a shrimp plant use ammonia or CO₂ refrigeration?
Both are used. Ammonia single-stage is common for frozen storage and chilled rooms; NH₃/CO₂ cascade or two-stage ammonia is common for IQF and blast freezing because low-temperature efficiency improves and the ammonia charge inside the process hall can be reduced. The decision should be made with the duty, the local service skill base and spares availability — not after equipment is ordered.
How is a shrimp processing plant financed?
Common routes are equipment loans and leases on the line and refrigeration plant, ECA-backed export credit where IQF and refrigeration equipment is imported, commercial bank project finance against contracted offtake, development or blended finance for aquaculture and food-security programmes, and staged EPC payment terms. ColdMatch is not a lender, a bank or a financial adviser; qualified projects may be introduced to independent financing partners, and eligibility is decided entirely by the institution concerned.
How long does a greenfield shrimp plant take?
Sixteen to twenty-eight months from concept to export-certified production is realistic for a greenfield plant: 3–8 weeks on concept and product mix, 6–12 weeks of comparable EPC bidding, 8–16 weeks of design and permitting, 16–28 weeks of manufacture for long-lead IQF and refrigeration packages, 24–40 weeks of construction, and 6–12 weeks of commissioning and hygiene validation. Adding a line inside an existing plant is much faster.
Does ColdMatch build shrimp processing plants?
No. ColdMatch is a procurement and project-matching platform — not an EPC contractor, manufacturer or engineering consultancy. Our team reviews the project brief and, when the project qualifies, introduces qualified EPC design-builders, seafood line OEMs and refrigeration contractors. There is no automatic connection and no supplier is guaranteed.
Prepare a cold storage RFQ
Once the checklist above is complete, turn it into one structured RFQ so every supplier prices the same scope. David and the human team review qualifying projects — generally from USD 250,000 expected total project value — before any supplier introduction. ColdMatch is not a manufacturer, contractor, lender or automatic marketplace.
Size, cost and finance the project
Supplier and manufacturer listings are provided for research, transparency and discovery only. ColdMatch Group does not provide automatic buyer-supplier introductions. Every cold chain project request is reviewed manually by David / ColdMatch Group, and supplier introductions are made only after internal approval.