Vibration monitoring and analysis for all rotating equipment It is now mandatory for upcoming treatment plants to have an O&M contract and hence the analysers supplied should have longevity and availability of spares and consumables for the life cycle of the product at least for 5-7 years of operation.
WATER QUALITY MEASURING INSTRUMENTS FREE
The key is to have maintenance free analysers with very little or no reagents or consumables, auto zero during cleaning cycles, quick response time, no choking or filtering required for sensors and so on. Arsenic and other heavy metals (Fe, Mn, Mg, Cu, Cr6, Al, Zn).This ensures better process health and environment health. Statutory norms stipulate various parameters to be measured. Analytical instruments for various processes in water treatment, effluent and sewage treatment:
WATER QUALITY MEASURING INSTRUMENTS MANUAL
Data collection without manual efforts 2. Water consumption data available for all locations Water balance of the entire facility/ campus Increased efficiency of sewage treatment and water treatment Identification of potential usage points Identification of major leakages in the pipes as well as storage tanks Huge reduction in water consumption on per capita basis Smart water metering offers the following benefits to users The latest trends of Industry Internet 4.0 play a vital role in data transmission and easy connect / re-connect to the network of such measurements. This facilitates data to be easily incorporated with existing BMS (Building Management System) or DMS (Data Management System). With modern technology, remote metering is available, with outputs accessible several kilometers away from the point of measurement. These flow meters are very sensitive and provide accurate digital output. The inline fit and forget magnetic inductive flow meters are the preferred option. In contrast to mechanical flow meters of the past, smart digital microprocessor based online flow meters are now the backbone of any water management success story. Right metering helps to analyse consumption patterns, identify leakages, calculate efficiency of pumps, depict NRW (non-revenue water), asses the performance of WTP/STP/ETP, monitor the per capita water consumption, identify inefficient fixtures, etc. If you cannot measure it, you cannot improve it. On line water flow consumption measurements Instrumentation : Basic Building Blocksġ. These systems help to benchmark water consumption, quality of treated water, cost of treatment and quantity of water conserved and reused.Īll this information can easily be accessed in ready to use pdf/excel reports on a daily, weekly, monthly and yearly basis. These high-end analysers not only continuously monitor water quality but also enhance operation performance by the way of automation.
These systems comprise of technology driven instruments such as flow meters, pressure transmitters and gauges, temperature transmitters, level transmitters, chlorine, turbidity analysers, pH analysers, ammonia analysers, MLSS analysers and special multiparameter water quality analysers for COD, BOD and TSS. State of the art instrumentation and automation systems for water and sewage have the capability for central control of water and wastewater with geo tagging facility to integrate all networks from a single command center. Optimised asset management Automation and Instrumentation Solutions for Water Benchmarking of water harvesting, reuse and generation Detection of leakage points, reduced pumping costs Identification of potential usage (or wastage) points Reduction and reuse of water Benefits of water conservation: Government norms and incentives on water use and discharge UNGC, United Nation Global Compact, GRI (G4) The main considerations for water sustainability initiatives are: Water conservation revolves around actions to Reduce, Recycle and Reuse.
Sustainable ecosystems focus on energy, emissions and water and wastewater. Due to the changing weather conditions and depleting sources, water has become a critical resource and conservation is very vital for the present and future generations.
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