Back in the 1900s, when people mostly drank, diseases like typhoid and cholera were spreading like fire. Every ten people died due to a lack of water treatment. However, it was only around the 1950s and 1970s that governments started to focus on reliable containerised desalination systems for clean water production. During this process, the water chlorination and filtration ensured that the water is safe to drink. Ever since, governments have taken steps, both big and small, to ensure that local water bodies are clean enough to alleviate water scarcity, especially in rural areas.<\/p>\n
There is no doubt that water is a basic human necessity. However, the sad part is that even today, many remote areas around the world still lack access to clean, drinkable water. This is where water desalination plants, designed by Keikin Engineering, come in.\u00a0<\/p>\n
In today\u2019s blog, we will discuss these plants in more detail and explore how they are an effective way to convert dirty and salty water into clean water. Keep reading to know more.\u00a0<\/p>\n
But first, let us understand\u2026<\/p>\n
In simple terms, a compact containerised desalination plant for remote locations is housed within a standard shipping container. It removes salt and other impurities from seawater or brackish water, making it safe for both human consumption and industrial use. These plants’ significant features include Reverse osmosis (RO) membranes, Pre-treatment filters, Pumps, and electrical systems, as well as remote monitoring controls. The process is simple and delivered as a turnkey solution, allowing you to obtain clean water by simply connecting the plant to the water source, and voil\u00e0! Clean and drinkable water is here.<\/p>\n
You may already be aware that remote areas often lack the necessary infrastructure for traditional water treatment plants. Finding pipelines, stable power and expert technicians to purify the water is a challenging task. And that\u2019s where containerised systems come in.<\/p>\n
Let the following points explain how it works in remote areas:<\/p>\n
(Also read from our previous blogs: A Step-by-Step Guide to How a Containerised Desalination Plant Works<\/strong><\/a>)\u00a0<\/p>\n Here are some of the benefits of Portable desalination plants for clean water anywhere that are gaining popularity:<\/p>\n Portability<\/strong> Quick Installation<\/strong> Reliable Operation<\/strong> Eco-Friendly Options<\/strong> Low Maintenance<\/strong> The following are the features you must look for when you are investing in a portable desalination system for remote areas:\u00a0<\/p>\n 1. Compact and Containerised<\/strong> 2. Quick Setup and Plug-and-Play<\/strong> 3. Tough as Nails<\/strong> 4. Remote Monitoring and Automation<\/strong> 5. Low Maintenance and Easy to Operate<\/strong> 6. High Efficiency Reverse Osmosis Technology<\/strong> As we mentioned earlier, when you invest in Keikin Engineering\u2019s desalination plants, you benefit from low energy consumption, resulting in cost-effective operation.<\/p>\n The answer is simple! The reason why you must invest in portable containerised desalination plants instead of traditional desalination plants is mentioned below:\u00a0<\/p>\n Vs \u00a0<\/p>\nKey Benefits of Containerised Desalination Systems<\/h2>\n
These plants are transportable across long distances and can be moved as needed. In fact, this is ideal for temporary or rotating use across multiple areas in a remote location.<\/p>\n
Containerised plants are pre-fabricated and tested before delivery, so you don\u2019t need major construction or civil work to install these plants.<\/p>\n
They offer reliable operation with advanced filtration and desalination technology. This means continuous clean water production with minimal downtime in rural areas.<\/p>\n
They are mostly solar-powered or energy-efficient. This is best for reducing the need to bottle or transport water over long distances.<\/p>\n
And, finally, it also features automated systems for remote monitoring. Easy to use with minimal training, no need for considerable manpower to operate or desalinate seawater.<\/p>\nWhat features must your Portable Desalination System offer?<\/h2>\n
The plant fits in a standard shipping container for easy transport. Perfect for remote, rugged or off-grid locations. No need for permanent construction or space, just focus on cleaning water, not the installation process.<\/p>\n
Legitimate and operational plants, such as Keikin Engineering\u2019s. Our plants are fully assembled and tested before delivery. Just connect the power and water inlet, and it\u2019s operational within hours of arrival on site.<\/p>\n
A desalination system built to withstand hot, humid, dusty or coastal environments and made of corrosion-resistant materials and industrial-grade components for deserts, islands, disaster zones and other remote areas worldwide.<\/p>\n
Reliable plants feature real-time system diagnostics and alerts, allowing you to monitor remotely and access performance and water quality data. This is important so you can reduce on-site personnel and lower your manpower cost.<\/p>\n
Ensure your desalination plants have straightforward controls for local operators. Apart from that, it must have long-life filters and easy-to-replace components.<\/p>\n
Finally, your desalination plant must use proven RO membranes to remove salt and contaminants and produce clean drinking water from seawater or brackish sources when retrieving water from remote areas.\u00a0<\/p>\nNow, what makes Portable Desalination Plants better than traditional plants?<\/h2>\n
Traditional Containerised Desalination Plants\u00a0<\/h3>\n
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Portable Containerised Desalination Plants<\/h3>\n
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Bottom Line<\/h2>\n