How Should Water Tanks and Quality Standards Be for Clean Water?

The usage of tanks has witnessed a significant surge worldwide in recent times. Upon examining water tank models, numerous benefits have come to light. Particularly in Africa, where water is deemed precious, the utilization of these tanks is steadily on the rise.

While there exist production standards to ensure tanks are of superior quality and long-lasting, adhering solely to these standards falls short and can hinder the production of subpar goods. To offer users exceptional advantages and a practical structure, tanks must go beyond mere adherence to standards. Acquiring specific certifications is obligatory across all production sectors. Consequently, every operational tank manufacturing enterprise has obtained certifications that align with environmental and quality standards. But what prerequisites must a tank meet to be deemed high-quality and long-lasting?

1) High-Quality Raw Materials

Tanks are manufactured utilizing three distinct types of raw materials: polyethylene, polyester, and stainless steel. The attributes of tanks derive from the properties of their raw materials. Hence, the utilization of high-quality raw materials is paramount. Firstly, let's consider polyethylene as a raw material—it is a recyclable substance. However, recycled polyethylene should not be employed in tank production. Instead, recycled polyethylene finds its purpose in areas such as playground equipment or railing manufacturing, as it undergoes various processes during recycling.

Furthermore, polyester tanks offer versatile applications. It is generally advised against employing them for food storage due to their unsuitability. Nevertheless, these tanks find utility in food transportation, particularly those boasting a horizontal design. Polyester tanks boast excellent chemical resistance. In instances necessitating additional chemical resistance, isophthalic and epoxy-based vinylester resin are employed during tank production, thereby fortifying their resistance to chemicals.

When it comes to stainless steel technology, it becomes evident that this raw material is highly renowned for its exceptional durability. The outer shell, characterized by its insulating and rigid structure, plays a crucial role in ensuring its robustness.

2) Latest Technology Production Systems

Tanks are manufactured using different raw materials and employing various techniques. The production of polyethylene tanks follows a streamlined process. Plastic water tank models are meticulously crafted by pouring polyethylene into specially designed molds that cater to the tank's specific design and dimensions. These tanks are seamlessly formed without any visible additional parts or rivets, creating a monolithic structure. The term "monoblock production" encapsulates the essence of this manufacturing technique, as "mono" signifies a single or unified entity, while "block" refers to a component or section, effectively conveying the concept of a singular piece.

Tanks fabricated from polyester and stainless steel possess the advantage of on-site assembly. This capability is derived from their distinct manufacturing processes. Polyester tanks are constructed by bonding the primary material, a combination of fiberglass and polyester resin, using specialized adhesives. On the other hand, stainless steel tanks are meticulously crafted by fusing chrome and steel through the precise application of argon welding. Remarkably, these tanks can even be manufactured in substantial capacities, reaching volumes as high as 100 tons.

3) Benefits for Users

Every tank has various benefits for its users. One of the key advantages is its durability and long lifespan. Additionally, these tanks offer the advantage of efficient water usage, which can help lower your water bill. Not only are they sturdy, but they also provide financial benefits over time, as they can amortize themselves through the advantages they offer.

4) Contribution to the Future

The contribution of these tanks to the future is significant. They are widely utilized in rainwater harvesting systems, making them incredibly valuable. These systems enable the collection and utilization of rainwater for human consumption. By implementing such systems, a substantial amount of water can be saved on a large scale. Moreover, reclaiming and reusing water usually involves significant costs. However, with rainwater harvesting systems, rainwater can be collected, stored, and made available for use with minimal expense and convenience.

5) Financial Advantages

Polyethylene tanks are the most cost-effective option available. Not only do they offer a wide range of benefits, but they also have a self-amortizing structure over time. Additionally, these tanks, just like underground tanks, effectively protect valuable contents, ensuring the utmost benefit for users. If you're interested in acquiring one of these tanks, which are brimming with advantages, feel free to reach out to our customer representatives.