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Shrimp farm layout and design: plan the site before you buy equipment

A commercial shrimp farm layout groups the site into zones that follow the water: intake and reservoir, nursery, grow-out, drainage and effluent treatment, plus harvest, power, stores and biosecurity controls. Fix the layout before you ask for equipment quotes — pump, aeration, liner and power sizes all follow from it, and quotes only compare well when every supplier works from the same drawing.

Buyer guide by the FishMatch Group editorial team, reviewed . General principles from FAO and SEAFDEC sources below; your designer sets the dimensions for your species, site and permits.

The zones every shrimp farm layout needs

In the order water moves through a pond farm. Each row ends with the question to put to your designer or supplier.

  1. 1. Water intake and screening

    Brings source water in and keeps out debris, predators and wild shrimp carriers.

    Ask for: Intake location, screen mesh and pump duty for your peak fill and exchange plan.

  2. 2. Reservoir and settling

    Stores and settles incoming water so it can be treated and held before it reaches the ponds.

    Ask for: Reservoir volume basis and how water is treated before release to culture units.

  3. 3. Nursery

    Holds postlarvae in a smaller, controlled unit before transfer, so grow-out ponds start with stronger juveniles.

    Ask for: Nursery type (tanks, raceways or small ponds), transfer method and its aeration.

  4. 4. Grow-out units

    Ponds, lined ponds, tanks or raceways where shrimp reach harvest size.

    Ask for: Unit count and size, liner or earthen bottom, aeration layout and how each unit fills and drains on its own.

  5. 5. Drainage and outlet structures

    Lets each unit drain completely and in a reasonable time for harvest and cleaning.

    Ask for: Outlet type, pipe sizes and drainage levels for every unit.

  6. 6. Effluent treatment

    Settles and holds drained water before discharge so sludge and nutrients do not go straight back to the water source.

    Ask for: Treatment or tail-pond route, discharge point and what your permit requires.

  7. 7. Harvest and post-harvest area

    Where shrimp are harvested, washed, chilled and loaded, close to the drains and to road access.

    Ask for: Harvest method, ice or chilling supply and vehicle access.

  8. 8. Power and backup

    Aeration and pumping depend on reliable power; an outage at night is a direct stock risk.

    Ask for: Connected load, backup generation and automatic switch-over.

  9. 9. Feed, chemical and equipment stores

    Keeps feed dry and secure and separates chemicals from feed.

    Ask for: Store sizes and where they sit relative to the ponds and the road.

  10. 10. Biosecurity controls

    Separates clean and dirty movements of water, people, vehicles and equipment.

    Ask for: Zoning plan, entry points, disinfection stations and how intake and discharge are kept apart.

Two principles run through every layout: keep the intake upstream of the discharge so effluent cannot return to the farm, and let each unit fill and drain on its own so one pond or tank can be isolated, harvested or cleaned without stopping the rest.

How the layout changes with ponds, biofloc and RAS

  • Earthen ponds (extensive or semi-intensive)

    Layout core: Main dikes, inlet and outlet gates, supply and drainage canals; reservoir where water must be stored or treated.

    What drives the size: Land area, soil, tide or pumping levels, water exchange.

    Equipment to quote: Pumps, gates and pipes, some aeration, harvest gear.

  • Intensive lined ponds

    Layout core: Lined grow-out ponds with central drains, dense aeration, reservoir and effluent treatment.

    What drives the size: Aeration and power, liner area, sludge removal, biosecurity.

    Equipment to quote: Liners, paddlewheel aerators, feeders, sensors, backup power.

  • Biofloc tanks or raceways

    Layout core: Covered tanks or raceways, high aeration, solids control and a nursery under one roof.

    What drives the size: Building footprint, aeration and solids management, power.

    Equipment to quote: Tanks or liners, blowers or aerators, solids removal, sensors, backup power.

  • Indoor RAS

    Layout core: Insulated building with culture tanks, mechanical and biological filtration, oxygen and water-quality control.

    What drives the size: Building, treatment loop sizing, oxygen, energy and redundancy.

    Equipment to quote: Tanks, drum filters, biofilters, oxygen systems, sensors, backup power.

Compare pond, biofloc and RAS for shrimp before you settle the layout.

What the layout drawing should show before suppliers quote

  • Site boundary, levels and a topographic survey
  • Water source, intake point and its quality data
  • Number, size and type of nursery and grow-out units
  • Canal or pipe routes with elevations, so gravity and pumping are clear
  • Aeration layout and the electrical single-line diagram, including backup power
  • Drainage, effluent treatment and the discharge point
  • Biosecurity zones and entry points
  • Harvest area, road access and stores
  • Phasing: what is built first and where the farm can expand

Layout mistakes to rule out with your designer

  • Discharge placed where it can reach the intake, so effluent comes back into the farm.
  • No reservoir or settling step on a water source that needs treatment.
  • Units that cannot drain completely, which slows harvest and cleaning.
  • Aeration sized without backup power or automatic switch-over.
  • Harvest area far from drains or road access, adding handling time.
  • No space set aside for later phases, so expansion means rebuilding canals or power.

Equipment the layout defines: catalog guides

Product-type guides with what each item does, sizing points and RFQ questions. Product types only — no supplier names or prices.

Equipment categories: Shrimp Farming Equipment · Pond Farming Systems · Water Treatment Systems · RAS Systems · all product-type guides

Size the layout with free calculators

Questions buyers ask about shrimp farm layout

What is the right size for a commercial shrimp farm?
It follows from your production target, water source, land and budget, not from a standard plot. Work out the stocking plan and aeration first with the calculators on this page, then draw the layout around them. FishMatch's assisted sourcing is for commercial projects from USD 250,000.
Do I need a reservoir or settling pond?
Most best-practice guides for pond farms include a reservoir or settling step so incoming water can be stored and treated before it reaches the ponds. Whether you need one, and how large, depends on your water source and local rules; ask your designer to state the basis.
Should I choose ponds, biofloc or RAS?
Each changes the layout: ponds need land and canals, biofloc puts covered tanks under one roof, and RAS adds a full water-treatment loop in a building. Compare them on your site and budget before asking for quotes.
Who should draw the layout?
An aquaculture engineer or the design team of a turnkey contractor. FishMatch does not design farms; it helps buyers put the same scope in front of several suppliers and compare what each proposal includes.
Can I get quotes before the layout is final?
You can get budget figures, but they rarely compare well. Quotes for pumps, aeration, liners and power are only comparable once every supplier works from the same layout drawing and unit list.

Have a site and a production target?

Send one project brief with your layout or site survey. FishMatch reviews it and puts the same scope in front of suitable suppliers, so you can compare like for like. Free for buyers; assisted sourcing is for commercial projects from USD 250,000.

Start a shrimp farm project brief

Sources