Chlorination of water was introduced in water treatment plants to combat the threat of diseases like typhoid, cholera and dysentery which were caused due to water pollution. Chlorine which is an excellent disinfectant destroys all the microorganisms and helps to stem the spread of these diseases. The first chlorinator was installed many years ago and since then chlorine gas became the commonly used chemical for disinfecting water all over the world. In this regard, Chlorine Gas Feed Systems manufacturer in Middle East came to be in high demand. Then Electro chlorination evolved as the successive step in the process of water disinfection.
Shipping industries and companies move more than eighty percent of the commodities and products across the globe. However, during the process of moving commodities from one country to another, their ships end up transferring huge quantities of ballast water from one place to another every year. Ballast water is needed for smooth, efficient and safe operation of modern ships as it provides them with a great deal of stability and balance. But it also poses serious threats to our economy, health and ecology. Here, discover the importance of ballast water treatment systems for ships and shipping industries in general.
In order to be able to operate ships safely and efficiently, shipping and seawater industries require effective ballast water treatment systems. In fact, Ballast water is released into the sea for stabilizing ships at the sea as well as for maintaining their safety. This particular practice has become prominent after the launch of steel hull based vessels. It helps in minimizing any sort of stress on the hull, offers transverse stability, enhances maneuverability and propulsion and offers compensation for changes in the weight at numerous cargo loading levels.
Ballast water treatment is an effective method of eliminating biological contaminants, hazardous chemicals, gases and suspended solids from water. The goal of these treatments is to make water suitable for a specific purpose. Though mostly water is treated for consumption, but there are certain treatments designed to meet the demands of pharmacological, chemical, medical and industrial applications. Some of the common methods for ballast water treatment systems include sedimentation, filtration, chlorination and even use of electromagnetic radiation.
‘Water is another name of life’- this universal truth is known by all. But do you know that nearly 80% of human body consists of water and thus water contributes a huge part of human existence? Not only for drinking, but you need water in your day to day life for various other purpose too, starting from cooking, cleaning, washing, bathing etc. Water has no substitute and hence water is precious. But unfortunately this valuable natural resource is getting polluted day by day due to our unhealthy activities and this needs to be checked on a priority basis.
Water is natural and precious resource, which is crucial for sustaining the earth as well as the ecosystem. While, ninety seven percent of water available to us contains salt, only three percent of it is fresh. This is precisely why we need technologically advanced and accurate water treatment systems for treating water and further making it safe for residential, commercial and industrial consumption and use. In the wake of rapid industrialization and ever increasing population, one cannot have access to fresh water until it is treated appropriately by water treatment plants.
Indeed! Water is one of the most important resources on the face of earth for life to exist. But, it is disheartening the way with which water resource is being used. The levels of wastage and pollution of water is increasing day-by-day, due to which one can observe the rise in the water borne diseases and infections. Apart from the domestic usage of water, almost every industry utilizes this resource to yield production. Therefore, it is crucial to save this gift of nature by deploying different water treatment systems.