Solution example (social infrastructure) - Remote monitoring of pH levels in industrial wastewater treatment.
By providing remote monitoring and traceability of the pH value in industrial wastewater treatment, water quality can be grasped in real-time, and records can be automatically maintained.
【System Overview】 With the increasing emphasis on corporate social responsibility and sustainability, the importance of waste traceability is growing. By providing remote monitoring and traceability of the pH value (hydrogen ion concentration) in industrial wastewater treatment, it allows for real-time understanding of water quality and automatic recording of data. Utilizing these records enables the optimization of the amount of neutralizing agents used, leading to reduced stock and associated fixed costs. 【Configuration Image】 By collecting the pH value of industrial wastewater with CONPROSYS TM and uploading the data to the cloud, it is possible to monitor water quality in real-time and optimize the amount of neutralizing agents used.
basic information
**Benefits and Effects of Implementation** ● Visualization of pH values achieved with FacilityView(R) By using the Facility View package tool, remote monitoring of pH values can be easily achieved without programming knowledge. By uploading data to the cloud, the burden of hardware maintenance and replacement is reduced compared to on-premises solutions, and long-term data accumulation is possible. Pressure monitoring and remaining quantity monitoring of the neutralizing agent tank can be added as options with CONPROSYS TM. ● Email alerts in case of abnormalities By setting a threshold for pH, an abnormality email can be sent to the maintenance department if the value falls below or exceeds the threshold. ● Cost reduction and social contribution through corporate social responsibility (CSR) Daily visual checks of pH meters can be eliminated. The elimination of chart recorders enables a paperless environment. The amount of neutralizing agent can be optimized, leading to a reduction in stock and associated fixed costs. Additionally, by optimizing the amount of carbon dioxide, a typical neutralizing agent, it contributes to carbon neutrality.
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By providing remote monitoring and traceability of the pH value (hydrogen ion concentration) of industrial wastewater treatment, it allows for real-time understanding of water quality and automatic recording. Utilizing the records enables optimization of the amount of neutralizing agent used, leading to a reduction in stock and associated fixed costs.
