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Agriculture & Aquaculture Tanks

Storage systems sized for seasonal demand, water quality requirements, and operational continuity across farm and aquaculture sites.

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What is Agriculture & Aquaculture Tanks?

 

In agriculture and aquaculture, water storage is not a utility decision; it is an operational one. The storage system directly affects irrigation scheduling, livestock health, aquaculture water quality, and facility washdown compliance. A failure in supply during peak season or a contamination event caused by the wrong tank material can shut down production.

 

Storage planning starts with how water is sourced and how it is used. A row crop operation managing tens of thousands of gallons through dry cycles has different requirements than an aquaculture facility running multiple tanks across varying water chemistry conditions. Source water quality, distribution connections, overflow routing, and maintenance access all need to be resolved in the initial system design rather than treated as afterthoughts.

 

Who Works In This Field?

 This field includes irrigation engineers, aquaculture operations managers, and procurement leads sourcing storage for multi-site agricultural operations. Even with different responsibilities, they face the same core pressures: supply reliability, water quality integrity, and site-specific constraints that limit what can be installed and where. Getting the storage specification right requires a partner who understands both the equipment and the operation, as well as the demands of daily performance from season to season and site to site under real field conditions every day. 

The Problem They Face

Undersized storage means lost production when supply cannot keep pace with peak demand, and oversized systems waste capital and site footprint. Source water quality introduces material compatibility questions that, if missed during specification, create contamination risk downstream. Seasonal variability, access limitations for maintenance, and the cost of retrofitting connections or relocating tanks after installation compound the consequences of getting the initial configuration wrong. These are risks you engineer out of the system before procurement begins. 

Regulations, Codes, & Compliance

Understanding the codes and standards that apply to your storage system is one of the more practical things you can do early in the planning process. Compliance requirements inform tank material selection, placement, foundation design, and how stored water can be used. Getting ahead of these requirements prevents costly redesigns, permitting delays, and situations where a tank is installed but cannot legally or safely serve its intended purpose. The standards below represent the general code environment for agriculture and aquaculture water storage. Applicability depends on your specific tank type, water use, and jurisdiction. Confirm requirements against the relevant product documentation and your local authority having jurisdiction before finalizing system design.


  •  NSF/ANSI 61 - Covers drinking water system components. Relevant when stored water will be used for potable applications, livestock watering, or any use where water contact with tank materials requires safety verification. 

  •  NSF/ANSI 372 - Addresses lead content in water system components. Often required alongside NSF/ANSI 61 for potable and food-contact water applications. 

  •  AWWA D103 - Applies to factory-coated bolted steel tanks. Relevant for larger-volume agricultural storage installations using bolted steel construction. 

  •  AWWA D120 - Applies to thermosetting fiberglass pressure vessels. Relevant for FRP tank types used in water storage and aquaculture applications. 

  •  FDA 21 CFR - Federal regulation governing materials that contact food or water in food production environments. 

  •  Local AHJ Requirements - Authority having jurisdiction requirements for tank placement, setbacks, anchoring, and foundation design apply in most jurisdictions. 

 

Specialist Support for Your Storage Project

Talk with a specialist for practical guidance and equipment recommendations.

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Frequently Asked Questions

Common questions about sizing, placement, water quality, and tank selection for farm and aquaculture water storage applications.

Can I use a storage tank as part of a rainwater collection system on my farm?

Yes. Corrugated and poly tanks are both used in agricultural rainwater collection system installations to hold captured precipitation for irrigation, livestock watering, and washdown use. Tank sizing, inlet configuration, overflow management, and first-flush diversion are system-level decisions that should be addressed during planning. Local regulations on rainwater harvesting vary by state and county and should be confirmed before installation.

Are there regulations on rainwater harvesting for agricultural use?

Rainwater harvesting regulations vary significantly by state, county, and water district. Some jurisdictions have no restrictions while others limit collection volume or require permits. Confirm applicable rules with your local authority before finalizing a rainwater collection system design.

What tanks are suitable for potable water storage on a farm?

Tanks used for potable water supply need to be confirmed for potable-water compliance at the product level. Review NSF/ANSI 61 listing status for any tank being used for drinking water supply for humans or food-contact applications. Contact a specialist to confirm compliance requirements before specifying.

What is the difference between corrugated, poly, HISHI, and Sitetanks for farm water storage?

Each option addresses a different set of site and operational requirements. Corrugated tanks are suited to large-volume, site-built installations where capacity needs to scale. Poly tanks offer corrosion resistance and simpler placement for mid-range storage needs. HISHI tanks are a modular option where footprint is constrained but capacity still needs to grow. Sitetanks are suited to temporary or relocatable storage. The right fit depends on your volume, site access, installation timeline, and whether storage is permanent or seasonal.