Intensive lined shrimp systems
HDPE-lined ponds with central drains, heavy aeration and nursery phases — the standard model for new Indonesian shrimp investment.
- HDPE liners
- Aeration
- Central drain & sludge removal
- Automatic feeders
- Monitoring
Aquaculture projects in Indonesia
Government shrimp-estate programmes and island logistics create packaged, ship-in-one-container project demand.
Opportunity score
84/100
Tier
Tier A
Region
Southeast Asia
Buyer languages
Bahasa Indonesia, English
Short answer
What do aquaculture projects in Indonesia actually buy?
Indonesian aquaculture projects span intensive vannamei shrimp, tilapia, milkfish and marine finfish in cages across a very large archipelago. Equipment demand concentrates on lined intensive shrimp systems, aeration, hatcheries, marine cages and cold chain — with island logistics making containerised, ship-in-one-shipment packages a genuine buying criterion.
- Priority species:
- Vannamei shrimp, Tilapia, Grouper, Barramundi, Milkfish
- Core technologies:
- Intensive shrimp ponds, HDPE liners, Aeration, Marine cages, Hatchery systems, Cold chain
- Languages:
- Bahasa Indonesia, English
- Supplier identities:
- Confidential — you receive one commercial proposal
How this market connects
- Indonesia→
- Vannamei shrimp, tilapia & marine finfish→
- Lined intensive ponds & sea cages→
- Aeration, hatchery systems, cold chain→
- FishMatch Group
Local production context
- ▸Government shrimp-estate and revitalisation programmes create packaged, multi-pond projects rather than single-farm purchases.
- ▸Logistics across islands rewards suppliers who can consolidate a full farm package into planned shipments with spares, because re-ordering a missing component is slow and expensive.
- ▸Tropical temperatures and high rainfall drive design choices: roofed nurseries, drainage, salinity management and corrosion-resistant materials.
- ▸Marine cage projects for grouper, barramundi and pompano need mooring engineering appropriate to exposure, not just cage supply.
Commercial verticals that carry CAPEX
Marine cage farming
HDPE circular cages, nets and mooring sized to site exposure for grouper, barramundi and pompano, with feeding and monitoring.
- HDPE cages
- Nets
- Mooring systems
- Feeding systems
- Monitoring
Hatcheries & nurseries
Shrimp and marine finfish hatcheries supplying regional grow-out; larval tanks, live feed, filtration and heating.
- Larval tanks
- Live feed
- Filtration
- UV
- Heating
Ice, chilling & cold chain
Distance to market makes ice production, chilling and cold storage a production requirement rather than a post-harvest nicety.
- Ice plants
- Chillers
- Cold storage
- Insulated transport
Size the project before you request quotes
Indonesia project starting points
Starting templates, not engineered designs. Every calculator shows its assumptions and hands the figures straight into an RFQ so you never re-enter them.
Tropical intensive shrimp farm
Lined ponds, aeration and nursery sized to annual output.
Pre-filled: Vannamei shrimp · RAS / recirculating · 1000 t/yr · Indonesia cost basis
Open pre-filled calculatorMarine cage farm
Cage volume, biomass capacity and feed demand.
Pre-filled: Vannamei shrimp · Sea cage · 1000 t/yr · Indonesia cost basis
Open pre-filled calculatorMarine finfish hatchery
Juvenile output sized to tanks and water treatment.
Pre-filled: Vannamei shrimp · RAS / recirculating · 1000 t/yr · Indonesia cost basis
Open pre-filled calculatorProject financing may be available subject to buyer, project, country and lender eligibility.
Indonesia project questions, answered
- What does a tropical intensive shrimp farm need that a temperate one does not?
- Continuous high-temperature operation lowers dissolved-oxygen saturation, so installed aeration per tonne of biomass is higher; heavy rainfall requires drainage and salinity buffering; and corrosion and UV degradation drive material selection for liners, nets and structures. Roofed nurseries are widely used to stabilise early-stage conditions.
- How are sea cages specified for Indonesian sites?
- By site exposure — wave height, current and depth — which determines cage circumference, pipe class, net specification and mooring design. A cage supplied without a site-matched mooring calculation is the most common cause of loss, so exposure data should be part of the RFQ.
- What should an Indonesian project include in an equipment RFQ?
- Site location and water source, pond or cage count and dimensions, target species and annual tonnage, stocking plan, available power, and the delivery port. Naming the port and shipment plan up front materially changes landed cost across islands.
Indonesia cluster
More on Indonesia
Each page answers a different stage of the same project — market, suppliers, feasibility and equipment.