Get Your Water Harvesting Tank Installed by Professionals at Bunney’s Inc.

Bunney’s Inc. is the top choice for installing water harvesting tanks in industrial and commercial settings due to our extensive experience and commitment to quality. Our expert team understands the unique requirements of large-scale operations, ensuring each tank is installed securely and strategically to optimize water capture and efficiency. Bunney’s provides comprehensive service from start to finish, including site assessment, foundation preparation, and robust plumbing connections designed to withstand industrial demands. Known for reliability and precision, Bunney’s tailors each installation to meet regulatory standards and specific business needs, making them a trusted partner in sustainable water solutions.

Bunney’s Inc. is trusted by Contractors, Cities, and Government Entities

Experienced Professionals
Cutting-Edge Technology
Comprehensive Services
Commitment to Safety
Customer Satisfaction
Timely Project Delivery
Trusted Reputation
Customized Solutions
Competitive Pricing
Environmental Stewardship

Call Us for a Quote

(623) 875-1201

Request a Quote

Water Harvesting Tanks for Industrial and Commercial Applications: A Practical Guide

Water harvesting tanks are an essential asset for industrial and commercial operations seeking sustainable, efficient water management. By capturing and storing rainwater, these tanks provide a dependable source of water for a variety of applications, from cooling systems to landscaping and emergency preparedness. As industries face rising water costs and increasing environmental regulations, water harvesting tanks offer a practical solution for reducing utility expenses and improving environmental responsibility. This guide delves into the benefits, types, installation, and maintenance best practices for water harvesting tanks in industrial and commercial settings.

What is a Water Harvesting Tank?

A water harvesting tank is a storage container designed to collect and store rainwater for later use. These tanks are often connected to a catchment system, such as rooftops and gutters, to capture rainwater that would otherwise run off. Water harvesting tanks come in a range of sizes and materials, with options for both above-ground and underground installations. Collected water is typically used for non-potable applications like irrigation, process water in industrial settings, and even fire protection, reducing the need for municipal water.

Benefits of Water Harvesting Tanks for Industrial and Commercial Use

Water harvesting tanks provide multiple benefits to businesses, making them a valuable asset in various commercial and industrial contexts:

Reduced Water Costs: Collecting rainwater can significantly reduce dependency on costly municipal water, particularly for businesses with high water needs like manufacturing, food processing, and agriculture. This cost savings can quickly offset the installation and maintenance costs of the system.
Environmental Compliance and Sustainability: Many businesses strive to meet environmental regulations and reduce their ecological footprint. Water harvesting supports these goals by reducing stormwater runoff, conserving water resources, and promoting sustainable practices.
Enhanced Fire Protection: In commercial or industrial settings where fire risk is a concern, a water harvesting tank can serve as an additional water source for fire suppression. This is especially valuable in remote areas with limited access to fire hydrants or other water sources.
Reliability During Water Restrictions: In regions with strict water regulations or periodic shortages, a water harvesting tank provides a reliable backup source, ensuring that critical operations can continue even during supply interruptions.
Reduced Pressure on Public Water Systems: By harvesting rainwater, companies help alleviate demand on local water infrastructure, supporting community efforts in water conservation and resource management.

Types of Water Harvesting Tanks for Industrial and Commercial Applications

Choosing the right type of water harvesting tank is essential for maximizing efficiency and meeting operational needs. Here are some common types:

Steel Tanks: Steel tanks are known for their durability, strength, and ability to handle large volumes. They are ideal for industrial applications, such as fire protection or process water storage, and come with protective coatings to resist rust and corrosion.
Concrete Tanks: Concrete tanks are often used for large-scale applications and can be installed underground, making them a good option for businesses that need substantial water storage without sacrificing surface space. They are highly durable, and their insulation properties help maintain water quality.
Fiberglass Tanks: Fiberglass tanks are lightweight, corrosion-resistant, and UV-stable, making them well-suited for above-ground installation in diverse environments. They are frequently used in commercial settings for applications like irrigation, cooling, and cleaning processes.
Polyethylene Tanks: Polyethylene (plastic) tanks are versatile and cost-effective, available in a wide range of sizes and shapes. They are lightweight and easy to install, making them suitable for moderate commercial use, such as landscape irrigation and facility maintenance.
Collapsible Bladder Tanks: Bladder tanks are flexible and collapsible, making them ideal for temporary or mobile industrial applications. They are quick to set up and transport, offering a convenient water storage solution for remote locations or temporary installations.

Key Considerations for Installing Water Harvesting Tanks

Proper installation is crucial to ensure the longevity and effectiveness of a water harvesting system in industrial and commercial settings. Here are some important steps:

Selecting the Location: Position the tank close to collection points like downspouts to reduce installation complexity and maintain efficient water flow. Ensure the site is level and stable, as the weight of a full tank can be substantial.
Preparing a Solid Foundation: Large tanks, especially steel or concrete models, require a stable foundation to prevent settling or movement. A concrete pad or compacted gravel bed is recommended to support the tank’s weight and prevent structural damage.
Connecting to the Collection System: Attach the tank to your catchment system with durable, high-grade pipes to channel water from rooftops or other collection points. Installing a filter at the entry point will help prevent debris from entering the tank and maintain water quality.
Installing Overflow and Drainage Systems: Include an overflow pipe to divert excess water during heavy rainfall. Directing overflow to an appropriate drainage area prevents potential flooding or damage to the tank’s foundation.
Incorporating Filtration and Treatment: For applications that require cleaner water, consider adding a filtration and treatment system. Industrial-grade filters can remove sediment and contaminants, while UV or chemical treatments can make water suitable for specific uses.

Maintenance Best Practices for Water Harvesting Tanks

Regular maintenance is essential to ensure your water harvesting tank remains functional and efficient over the long term:

Keep Gutters and Filters Clean: Regularly clean gutters and filters to prevent debris from clogging the system. Blockages can reduce water flow and affect the quality of stored water, particularly for non-potable uses like cooling and cleaning.
Inspect for Leaks or Structural Damage: Periodically check the tank and all connections for any signs of wear, cracks, or leaks. Addressing minor issues promptly can prevent more costly repairs and ensure a reliable water supply.
Flush the Tank Periodically: Over time, sediment can build up at the bottom of the tank, potentially reducing capacity and water quality. Flushing the tank once or twice a year helps remove this buildup and maintains optimal performance.
Test Water Quality as Needed: For applications that require clean water, such as cooling systems or industrial processes, periodically test water quality to ensure it meets the necessary standards. Treat the water as needed to prevent bacterial or algae growth.
Seasonal Preparations: In areas with extreme weather, protect the tank from freezing or UV damage. Insulating the tank or using heating elements can prevent freezing, while UV-resistant coatings protect against sun damage in hot climates.

Choosing the Right Water Harvesting Tank for Your Business

When selecting a water harvesting tank for industrial or commercial use, consider the following factors to ensure it meets your operational needs:

Water Demand: Calculate the volume of water needed based on the intended application, such as irrigation, fire protection, or process water. Larger industrial operations may require tanks with capacities of 10,000 gallons or more.
Tank Material: The material you choose should align with the durability and usage requirements. Steel and concrete offer long-lasting, high-capacity storage for industrial applications, while fiberglass and polyethylene may be more suited to lighter or temporary commercial uses.
Installation Location: Decide if the tank will be installed above or below ground. Underground tanks save surface space, while above-ground tanks are easier to access for maintenance and repairs.
Budget Considerations: Balance the initial investment with long-term savings. High-quality tanks may have a higher upfront cost but generally offer greater durability and lower maintenance costs over time.

Water harvesting tanks offer a sustainable, cost-effective solution for commercial and industrial water management. From reducing utility expenses to supporting environmental goals and ensuring water availability during shortages, these tanks provide businesses with a reliable and efficient water source. By choosing the right tank and implementing a regular maintenance plan, companies can optimize their water harvesting systems and enhance operational resilience.

Investing in a water harvesting tank allows businesses to control water costs, support environmental sustainability, and ensure a steady water supply for essential operations, setting a responsible example in industrial and commercial sectors.

Request a Quote for Water Harvesting Tank Installation

RainHarvest-Systems-RainFlo-fiberglass-tank02

Cities in Arizona