セントラル科学 Product Lineup

In the management of livestock wastewater, accurate understanding of COD (Chemical Oxygen Demand) is required for compliance with environmental standards and proper operation of treatment facilities. Particularly, livestock wastewater has a high concentration of organic matter, making measurement reliability crucial. Our heavy chromium method COD meter MD50 adopts a measurement method compliant with JIS K 0102, enabling easy and highly accurate COD measurement of livestock wastewater. 【Usage Scenarios】 - Regular monitoring of livestock wastewater - Operational management of wastewater treatment facilities - Compliance with environmental regulations 【Benefits of Implementation】 - Appropriate wastewater management through accurate COD values - Reduction of work time and increased efficiency - Contribution to reducing environmental impact

In environmental monitoring of public water bodies, accurate measurement of COD (Chemical Oxygen Demand) is essential to maintain water quality health. Particularly in public water areas such as rivers and lakes, it is important to understand the pollution status caused by domestic and industrial wastewater and to implement appropriate water quality management. Inadequate measurement and management can increase the risk of impacts on ecosystems and deterioration of water quality. Our heavy chromium method COD meter MD50 adopts a measurement method compliant with JIS K 0102, enabling easy and highly accurate COD measurement in public water bodies. 【Usage Scenarios】 - Water quality monitoring of public water bodies such as rivers, lakes, and coastal areas - Verification of compliance with discharge standards - Environmental impact assessment 【Benefits of Implementation】 - Rapid and highly reliable COD measurement - Reduction of interference from substances such as chloride ions - Wide measurement range accommodating low to high concentrations

In environmental analysis at research institutions, accurate and reliable COD (Chemical Oxygen Demand) measurements are required for assessing water pollution and conducting environmental impact assessments. Particularly when dealing with diverse samples and trace contaminants, ease of measurement and certainty of results are essential for efficient research execution. Inappropriate measurements can undermine the reliability of analytical results, potentially leading to research delays or incorrect conclusions. Our MD50 COD meter, which employs the heavy chromium method compliant with JIS K 0102, enables simple and highly accurate COD measurements. With its innovative optical system and one-time zero function, it allows for rapid and reliable measurements. 【Use Cases】 - Environmental monitoring of public water bodies such as rivers, lakes, and oceans - Water quality management of factory effluents and treated wastewater - Water quality assessment in research and development - Environmental impact assessment surveys 【Benefits of Implementation】 - Reliable measurement results compliant with JIS K 0102 - Reduced working time due to simple operation and preprocessing - Capability to cover a wide measurement range - Suppression of the influence of interfering substances (chloride ions), accommodating diverse samples

In the management of factory wastewater, regular measurements are essential for the early detection of abnormalities and understanding trends. By utilizing the photometer pHotoFlex/photoLab, rapid measurements of COD, total nitrogen, and total phosphorus can be achieved, contributing to the efficiency of wastewater management operations. Portable multiparameter water quality meter pHotoFlex ● Portable size. By conducting rapid measurements on-site, it strongly supports regulatory compliance. Spectrophotometric multiparameter water quality meter photoLab ● Capable of rapidly, accurately, and easily measuring multiple parameters from COD and total nitrogen to heavy metals with just one device. The equipment for the spectrophotometric COD Mn measurement set / simple total nitrogen and total phosphorus measurement set can be selected from the above two models.