Shrimp Farm Equipment in Indonesia — Commercial Project Sourcing & RFQ

Indonesia is shifting from extensive tambak to intensive and super-intensive lined ponds, particularly in Lampung, Banyuwangi, Sulawesi and East Java. The commercial model depends on high stocking densities, which only work with heavy aeration and disciplined water treatment.

Projects are frequently built as clusters of small lined ponds rather than a few large ones, because smaller units give better control of dissolved oxygen, sludge removal and disease response.

Because densities are high, dissolved oxygen is the operational risk that dominates equipment selection: aeration redundancy, backup power and monitoring alarms are treated as core scope, not options.

Species commonly farmed commercially: Whiteleg shrimp (Litopenaeus vannamei), Black tiger shrimp (Penaeus monodon).

• Aeration capacity and redundancy matched to target density.
• Automatic feeders to control FCR at high stocking rates.
• Central drain and sludge removal design.
• HDPE lining, embankments and pond geometry.
• Reservoirs, sedimentation and water treatment before intake.
• Backup power and real-time DO alarms.

• Number and size of lined ponds in the phase.
• Target stocking density, which drives aeration horsepower per hectare.
• Electrical infrastructure and generator backup.
• Water treatment and reservoir volume.
• Site earthworks and access roads.
• Import duties, local assembly and installation labour.

Indicative band in this market: USD 250K-1M for a lined pond cluster with aeration; USD 2-10M for large intensive farm build-outs.

• Feed cost and FCR at high density.
• Electricity, dominated by aeration hours.
• Post-larvae (benur) price and quality.
• Probiotics, minerals and water treatment inputs.
• Labour, technicians and monitoring.
• Sludge handling and effluent compliance.

• Service coverage across Indonesian islands, not only Java.
• Aeration efficiency data and motor reliability in continuous operation.
• Corrosion resistance and easy field maintenance.
• Support for phased cluster rollouts.
• Bahasa Indonesia documentation and operator training.

• Pond count, individual pond area and total hectares in this phase.
• Target stocking density and cycles per year.
• Available grid power and backup generation.
• Water source, salinity and treatment already in place.
• Whether lining, civil works and nursery are in scope.
• Budget range and target start date.

• Turns a production target into a structured, supplier-ready project brief.
• Checks that species, system, capacity basis, site status, water, power and budget are defined before anyone is asked to quote.
• Researches manufacturers, integrators and project partners that actually serve the country and the project size.
• Normalises proposals so scope, capacity basis, exclusions and delivery terms can be compared side by side.
• Keeps buyer identity and project details confidential until the buyer decides to proceed.

Equipment is supplied by independent manufacturers, system integrators, local distributors and EPC contractors — never by FishMatch. Depending on the scope, a project may involve a RAS or cage technology supplier, a water treatment specialist, an aeration or oxygen supplier, a feed system manufacturer, a processing line builder and a local installation contractor. FishMatch identifies which categories the project needs, approaches suitable companies after review, and stays supplier-neutral throughout.

A brief that lacks species, production target, site status, water source, power and budget produces incomparable quotes: one supplier prices equipment only, another prices a turnkey build, a third quotes a different capacity basis. Reviewing the brief first means every supplier is asked the same question, which is the only way the answers can be compared.

1. 1.Project: Species, country, production system (RAS, tanks, ponds, cages, hatchery or grow-out), production target and project stage.
2. 2.Requirements: Biomass, water source and flow, pumping, oxygen and aeration, filtration, feed and waste load, energy, monitoring and automation.
3. 3.Planning tools: Calculators and the Project Sizer turn the target into indicative numbers that stay consistent with one another.
4. 4.RFQ: One structured request so every supplier later quotes against the same assumptions, scope and exclusions.
5. 5.Human review: David and the FishMatch team review the lead and brief, flag missing information and define which technology categories the project actually needs.
6. 6.Manufacturer research: Only once need, scale, budget, country and technical direction are clear are relevant manufacturers and system providers researched, shortlisted and — where appropriate — introduced.
7. 7.Proposal comparison: Proposals are normalised so scope, capacity basis and exclusions are comparable before a decision is made.

• Species and target market defined (live, fresh, frozen, export or domestic).
• Annual production target in tonnes, plus harvest size and cycle length.
• Production system chosen or shortlisted (pond, cage, RAS, hatchery, feed mill).
• Site status: owned, leased, under negotiation or still being selected.
• Water source, quality data and, for marine sites, exposure and depth.
• Power supply, reliability and backup requirement.
• Scope boundary: equipment supply only, supply and installation, or turnkey.
• Budget range and funding route, plus a realistic timeline.

• No confirmed site, so layout, civil works and logistics cannot be priced.
• No production target or an unclear capacity basis (standing biomass vs annual output).
• Missing water analysis for RAS and hatchery projects.
• Undefined scope boundary between equipment supply, installation and civil works.
• No budget range, which makes suppliers guess the technology tier.
• Import, permitting or licence status unknown in regulated markets.
• Unrealistic timelines against real manufacturing and shipping lead times.

• Disease outbreaks (AHPND, EHP, white spot) at high density.
• Power outages causing rapid oxygen crashes.
• Effluent and environmental compliance in coastal zones.
• Post-larvae quality variability between suppliers.
• Logistics costs to remote island sites.

Risk notes are general market observations, not a guarantee of outcome, price, availability or performance.

Calculators are indicative planning tools only. They are not financial advice and not engineering design; final numbers require supplier, engineer and local regulatory review.

• Shrimp farm upgrade checklist
• What affects aquaculture OPEX?
• RAS vs pond vs cage farming: which system fits?