For many industrial uses, proper water treatment is essential. The lifespan of your business depends on the safety, usability, and regulatory compliance of your process water, which affects everything from heating and cooling systems to mining activities. For many facilities, using a water management plan is advantageous in ensuring that your water complies with regulatory criteria.
Let’s look at the procedure for an efficient water management plan.
Advantages of proper water management system
Correctly implemented water management systems have a number of advantages, for both businesses and employees, including:
· System performance improvement
· Increased water efficiency
· Easier compliance with regulations
· Safer infrastructure
· Improved corporate image
Plans for water management aid in preventing the spread of diseases, in addition to the aforementioned measures. It's critical today more than ever with various diseases on the increase and regulatory agencies tightening up.
What is an efficient water management plan?
A water management plan's goal is to approach water treatment strategically. While, high-quality chemicals and mechanical filtration techniques are essential to maintaining the safety and usability of your water, these tools are only as effective as the plan that supports them.
Objectives of a water management plan
1: Plans for water management will display your current water usage as well as any areas, where you can make improvements.
2: An effective water management plan should include goals for water reduction, conservation measures, and water efficiency.
3: Plans for water management will also assist in locating any potentially dangerous circumstances throughout your plant, allowing you to take immediate action to reduce or resolve any problems. These strategies are particularly helpful for reducing the development and spread of hazardous waterborne diseases.
What is Legionnaires disease?
Legionnaires' illness, a type of pneumonia or severe lung inflammation brought on by an injection, is caused by the Legionella bacterium. The main way that people are introduced to this deadly illness is by inhaling minute water droplets, which are contaminated with the bacterium.
The cases of Legionnaires' illness have been increasing ever since it was first identified in the late 1970s. While legionellae are present in rivers, lakes, and streams naturally, they are generally not harmful in these settings. Only under specific circumstances may the bacteria grow sufficiently, to pose a serious threat.
Development of the disease
According to specialists, some of the main hotspots for the development of Legionnaires' disease are industrial water systems and water supplies, like
· Equipment mist generators
· Towers for cooling
· Commercial and industrial water systems
· Hot tubs
How can a Water Management plan be put into practice?
Implementing a water management plan can be a seamless method to enhance the water treatment at your facility, if you have the correct plan in place. If you want to start one right now, follow these steps:
1. Conduct a Site Survey
You should perform a site study of all of your facilities and water systems, before you start developing a water management plan. This will enable you to assess whether you require a suitable plan in the place. You can find out if there are any dangers for dangerous diseases by doing a site inspection.
2. Determine which programs and buildings are most dangerous
If a water management plan is judged necessary, each of your water systems should be examined and monitored, however some buildings and applications will carry higher hazards than others. These are the water management plan's major goals.
You should continue maintain any equipment or structures that aren't in danger, according to building codes or manufacturer guidelines.
3. Create a water management team
Your strategy will be created by your water management team, and they will also oversee its implementation. Key personnel from your facility, device operators and managers, water treatment representatives, in-house designers, and outside vendors often make up water management teams. The team as a whole will be important in putting clean-up and long-term monitoring into action.
4. Create a water management strategy
It's time to create the real plan once you've determined what needs to be improved, and which equipment and structures offer the most potential for safety and efficiency benefits.
This will involve choosing your monitoring points as well as operational changes and ideas, for bettering your water treatment.
Your water management strategy should be based on:
· Project priorities based on specific end uses
· Dates anticipated for implementing efficiency and security measures
· Estimated yearly water use
· Potential sources of funding and capital
5. Keep track of outcomes and progress
Even after creating and implementing your plan, your work is not finished. The implementation of water management plans requires continual work from you and your team, as part of a long-term commitment to enhance water quality.
You should keep an eye on how much water is being used and how efficiently it is being used, as well as frequently screen for various bacteria and check for microbiological deposits. Everything needs to keep within the permissible limits that you choose, when creating your water management plan.
If any value deviates from your predetermined acceptable range, you must take the appropriate corrective action. Think about including contingency plans for water emergencies, and other emergencies.
Create your water management strategy with us!
We at Netsol Water have the knowledge and water treatment products, necessary to assist you in managing the water systems across your facilities. To find out more about how we've assisted others in establishing thorough water management plans, get in touch with us right away.
Furthermore, if you need any advice on water or a wastewater treatment problem, we can guide you towards the best water purification system for your requirements, including RO Plants, water softeners, WTPs, STPs, ETPs, and much more.