Synthetic water tank

Types of Synthetic Water Tanks

Synthetic water tanks are artificial reservoirs used for storing fluids. They come in various materials, shapes, and sizes to meet ever-increasing industrial needs. The following table summarizes some types of synthetic water tanks along with key features and applications.

• Plastic water tank: Ranging from round to square shapes, plastic tanks are lightweight and corrosion-resistant. Therefore, they are manufactured using thermoplastic or fiberglass materials. Because of these characteristics, they are suitable for domestic, irrigation, or aquaculture storage.
• Steel water tank: Made of stainless or galvanized steel, these tanks are durable and suitable for high-pressure areas. They won't collapse easily. This means the tanks have low-maintenance and long-lasting storage solutions. Thus, they are mostly-used choices for commercial, industrial, or firefighting storage.
• Concrete water tank: Whether underground or above ground, concrete tanks are made of fiber-reinforced polymer. They are strong and can hold large amounts of water. Moreover, concrete tanks can maintain large volumes of water. This is attractive for municipal or hydrant applications. The tanks also have noise-reduction characteristics. As a result, they are ideal for keeping water away from aquifers.
• Flexible water tank: Generally, foldable water tanks have a bladder-like design. They can be manufactured to various materials, such as PVC-coated polyester and PVC, to provide users with options. The tanks are lightweight and easy to transport. Meanwhile, the tanks are suitable for temporary access or disaster relief storage. They can also be used for military or remote site applications.

Specifications and maintenance of synthetic water tanks

Specifications

Specifications of the synthetic tanks can vary based on the type, material, and brand of the tank.

• Capacity: They are designed to hold a certain quantity of water, ranging from small households (typically 1000-10,000) to large industrial or municipal tanks that can hold many millions of litres.
• Dimensions: The size of the tank will affect where it can be placed and how it can be used. It is important to consider the available space and whether the tank needs to be transported or delivered in sections.
• Material: Synthetic water tanks are made from synthetic materials. Common tank materials include polyethylene (a flexible plastic that's resistant to impact and UV radiation) and polypropylene (a durable plastic with a high resistance to chemicals and heat). Synthetic water tanks can also be made from food-grade polymer to ensure safe drinking water.
• Design: Synthetic water tanks come in different shapes and designs to suit various needs. For example, cylindrical tanks may be used for storage, while rectangular tanks fit better in limited spaces. Some underground storage tanks are partially buried to use land more efficiently.
• Accessories: Syntehtic water tanks often come with additional accessories. For example, the overflow system controls the water level and prevents spillage or tanks from partially collapsing. Ventilation openings can reduce moisture.

Maintenance

Proper maintenance is key to extending the life of the synthetic water tank and ensuring its usage safety.

• Regular cleaning: It's crucial to clean the tank regularly. Use a mild detergent and a soft brush to avoid using harsh chemicals or abrasive materials. Rinse thoroughly and ensure no residue remains.
• Check for damage: Regularly inspect the tank for any damage, such as cracks or leaks. Promptly repair or replace damaged parts to avoid water leakage and pollution.
• Prevent algae growth: Synthetic water tanks are easier to prevent algae growth. Avoid direct sunlight exposure. Use covers or shading materials to reduce algae growth. If algae do grow, it's important to clean them up as soon as possible and use algaecide if necessary.
• Maintenance of accessories: Pay attention to the maintenance of tank accessories. Clean the valve to ensure smooth water flow. Regularly check the seals and gaskets to avoid leakage or water contamination.
• Avoid excessive weight: Synthetic water tanks have their weight limits. Avoid placing heavy objects on top of the tanks to prevent deformation or damage.

Scenarios

• Agricultural Sector

  In the agricultural sector, synthetic rainwater tanks can be used to safely store water for irrigation and thereby support crop growth. The tanks can also be used to store potable water for livestock. Additionally, rainwater harvested and stored in the tanks can be used for agricultural activities. This will reduce dependency on external water sources and promote sustainable farming practices.

• Industrial Sector

  In industrial facilities, synthetic water tanks can be used for the storage of process water, chemicals, or lubricants. They can also be used as a cooling system for machines and equipment or as a system for waste management by collecting and treating industrial wastewater. Besides, the tanks can serve as a reservoir to store water for fire protection and suppression system when fire incidents occur.

• Construction Sector

  In the construction sector, synthetic water tanks can be used to store water for concrete mixing, curing, and other construction-related activities. They can also be used to provide water for workers on construction sites. Additionally, the tanks can be used to collect and store water runoff from construction sites to prevent erosion and sedimentation in nearby water bodies.

• Mining Sector

  In the mining sector, synthetic water tanks can be used for the storage of water that will be used for dust suppression, mineral processing, and equipment cooling, among other mining operations. They can also be used for the treatment and storage of wastewater generated from mining activities. Additionally, the tanks can serve as a reservoir for storing water extracted from underground aquifers during mining operations.

• Treatment plants

  In water treatment plants, synthetic water tanks can be used for the storage of chemicals used in water treatment processes, such as coagulants, disinfectants, and pH adjusting agents. They can also be used to store treated water before its distribution to consumers. Besides, the tanks can be used to store raw water prior to treatment. Moreover, the tanks can be used for the storage of wastewater generated during treatment processes and for conducting experiments and testing of new water treatment technologies and methods.

• Hospital/Healthcare facilities

  In the healthcare facilities like hospitals, synthetic water tanks can be used for the storage of potable water for patients, visitors, and staff. They can also be used to store water for medical equipment such as sterilizers, humidifiers, and cooling systems. Additionally, the tanks can be used to collect and treat wastewater generated from healthcare activities in order to prevent pollution and protect public health.

How to choose synthetic water tanks

• Assess needs and requirements:

  Business buyers should evaluate their specific needs and requirements before purchasing synthetic water tanks. Determine the intended use of the water tank, such as for potable water, rainwater harvesting, wastewater storage, or industrial purposes. Consider factors like the size and volume of the tank, the location of installation, and any specific features or regulations that need to be complied with.

• Materials and quality:

  Choose a synthetic water tank made from high-quality material to ensure durability, strength, and resistance to leaks. To prevent algae growth, select water tanks with materials that are good at blocking UV rays and don't leach harmful substances into the water. Verify the tank's craftsmanship, noting factors like seam strength and connection quality to lessen the risk of leaks or damage.

• Size and capacity:

  Business buyers can choose the size and capacity of synthetic water tanks that suit their specific needs by thoroughly analyzing their water usage patterns, demand, and available space. Explore options that offer flexible sizes and capacities to meet specific business needs.

• Installation and maintenance:

  Consider the installation and maintenance requirements of synthetic water tanks. Some tanks may require professional installation, while others offer a DIY-friendly setup. Additionally, choose tanks that are easy to clean, maintain, and have accessible service points to ensure long-term durability.

• Cost and budget:

  Business buyers can consider the cost and budget of synthetic water tanks to meet specific needs and financial constraints. When selecting a water tank, consider factors like materials, features, size, and capacity, and strike a balance between quality and affordability to ensure an economical investment.

Q&A

Q1: How long can synthetic water tanks be expected to last?

A1: Synthetic water tanks for storage can last up to 20 years or more with proper maintenance and without constant exposure to UV rays.

Q2: What are the maintenance requirements for synthetic water tanks?

A2: Synthetic water tanks need regular cleaning. Depending on the size and frequency of usage, it may also need occasional servicing and inspection by a professional. Make sure there is no debris or algae growth that may block the water. There should be no leaks or cracks in the tank or the piping system. The water entering the tank should be of good quality, and there should not be any stagnant water in the tank to avoid any contamination.

Q3: Can synthetic water tanks be repaired if damaged?

A3: Yes, if there are minor damages such as scratches or small holes, they can be repaired easily with a repair kit. Having the damaged area assessed by a professional is better if there are significant damages or leaks.

Q4: Are there any health risks associated with synthetic water tanks?

A4: If the tank is maintained properly, there should be no health risks. Using quality filtration systems can prevent any bacterial or algae buildup in the tank. The presence of stagnant water can also lead to bacterial growth, so that it can be avoided by regular flushing and clean water.

Q5: Can synthetic water tanks be used for drinking water storage?

A5: Not all synthetic water tanks can be used for drinking water. It is essential to look for tanks that meet the standards for potable water storage. Such tanks usually have non-toxic coatings and filters to ensure the water is clean and free from contaminants.