How can you enhance water filtration plant efficiency?

Against the background of the global water plight, the pressure for filtration industries to efficiently filtrate water is greater than always. Water filtration plant operators must periodically analyze the performance of the plant’s water treatment as well as ensure that systems are operating with greater efficient equipment & technology.

When water filtration plants are not functioning efficiently, it can be awfully costly. The combination of inefficient & older process & pumping equipment, united with outdated water filtration practices, might result in higher functioning costs & lower yield collected that negatively impact a filtration plant’s outcome. This is why the implementation of processes for energy efficiency for industry is a must.

To reduce the cost of energy, water filtration plants should understand their utility rates & rate structures of electricity. On the other hand, water filtration facilities must install a baseline for the usage of energy.

Now let’s take a look at some steps that you can follow to enhance your water filtration plant’s energy efficiency.

1-Direct a self-assessment

Benchmarking has developed into a key pursuit in the industry, to promote, set & achieve rendering targets. It does not just help regulators & managers identify historical styles, but it also helps specify today’s initial performance & measure relative performance throughout utilities to plan for the future.

Water filtration plant operators should start by taking WRF self-assessment. The self-assessment is an effective asset for services to identify spaces in performance & develop strategies to diminish those spaces.

2-Evaluate technology

Armed with a comprehension of the effectiveness of up-to-date water practices, the next move is to assess the technology exploited for producing water.

For instance, most surface water filtration plants have a water filtration method that can easily use up a large amount of water & energy. Consequently, it is important to do a technology audit to make sure that the facility is operating efficiently.

Filter technology which needs less slipstream water has grown into commonplace in nowadays market, but the facility in water filtration plant which has been around for 5 to 10 years may be utilizing higher than required amounts of slipstream water. Filtration facility managers must assess their technology & replace them as required with efficient solutions & products.

3-Do a pump audit

Many of the method technologies are used for water entail pumps. Traditional usage, especially in plants that are 10 years & older, is to devising pumps based on the top plant flow, while in reality, these pumps function at a variable flow, relied on seasonality & system demand. Due to this, many pumps are immense.

Steady speed pump which operates in an erratic mode uses a lot of water than needed, which leads to energy & water waste. Due to this, plants should upgrade their steady speed pumps with VFDs to reduce water waste & energy consumption & avoid pump wearing from repeated erratic cycling. VFDs can decrease a pump’s energy utilization by nearly 50%, which means reducing the consumption of water.

4-Establish smart technology

When it comes to water filtration practices, water filtration plants must consider applying smart technology to supervise the distribution network. This will help minimize non-earning water waste.

Smart technologies like AMR solutions & AMI help facilities benchmark rendering & optimize their facility.

AMR automatically assembles diagnostics, consumption, & status input from water meters without the requirement for a manual meter read, thereby streamlining & improving the data collection accuracy. The information, linked with analytics, could help facilities & their customer better cope with water use.

AMI enables facilities to make decrees based on execution & insights in near real-time. It is a more strong solution in comparison to AMR, which comprises smart communication networks, meters & data management systems that enable 2-way communication between customers & utilities.

Strategic deployment of AMI & AMR technology is a valid way to leverage performance. With the collected data from these technologies, utilities can justify every water drop.

5-Survey the data

The final step is to analyze & access the data to assess infrastructure performance & identify what rectifications are required to further enhance efficiencies. Due to many water filtration facilities were assembled without much thinking about data obtainment, it is important for filtration plant managers to make sure they are monitoring & measuring the correct efficiency parameters.

Important efficiency parameters involve monitoring for leakage in the circulation network, slipstream water ratio tied to filter standard output, deposit thickening rates & smart pump function using VFDs.

Water filtration plant operators must consistently assess their water filtration practices to make sure that the facility is functioning efficiently, thereby minimizing the cost of energy & improve efforts of water conservation.

Conclusion

Water filtration plants require a substantial quantity of electrical energy to perform unit processes & operations. While these above studies are extremely different things yet the goals are the same that is to increase energy efficiency for industry, greening the operations, & durability, all while appointing project budgets, objectives, & deadlines.

Are we looking for the right team to take care of your industrial efficiency requirements? Here at Keiken Engineering, we know how important energy efficiency is for a water filtration plant. That’s we give our all to energy efficiency for industry for better functioning. To know more, contact us today at +34 91 057 72 54, or you can also write to us at info@keiken.es