Trading company/Wholesale

セントラル科学

Establishment1967 year
capital8500Ten thousand
number of employees60
addressTokyo/Bunkyo-ku/5-1-3 Hakusan, Tokyo Toyama Kaikan Building
phone03-3812-9186
last updated：
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セントラル科学 List of Catalogs

136～180 item / All 230 items

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Linearity of conductivity in low concentration range - TOC measurement Sievers M9 sample conductivity measurement function

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Conductivity Bridging Study: From Laboratory Conductivity Meter to Sievers M9 Type

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Suitability of Conductivity Measurement for M9_EP Monograph_EP2.2.38_USP645

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Simultaneous measurement of conductivity USP Stage 1 and TOC of pharmaceutical water in the lab.

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Screening of USP 661.1 plastic packaging materials using the TOC meter Sievers M9 type.

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TOC analysis of leachables in USP661 (Plastic Packaging Systems and Materials).

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Management and Maintenance of Pharmaceutical Water Systems Using the TOC Meter Sievers M9 Portable Type

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BOD management of final effluent in a pigment factory using Sievers TOC InnovOx laboratory type.

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TIC analysis of sodium hydroxide using the Sievers InnovOx TOC analyzer.

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Process improvement of pressurized floating treatment equipment using TOC.

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Economic TOC analysis of brine water and saltwater.

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Optimal TOC Analysis Procedure for Brine Water Using Sievers InnovOx Laboratory Model

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Optimal TOC Analysis Procedure for Seawater Using Sievers InnovOx Laboratory Model

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Case Study of Sievers InnovOx TOC Analyzer by a Chemical Company: Regulatory Compliance and Operation Management of Wastewater Treatment Facilities

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Detection limit (LOD) of InnovOx

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High-sensitivity TOC analysis in high-concentration sodium chloride solution

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TOC measurement of less than 5 ppm by InnovOx.

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TOC analysis of 6N nitric acid using the Sievers InnovOx laboratory model.

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TOC analysis of hydrogen peroxide using the Sievers InnovOx laboratory model.

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Case study of InnovOx lab implementation by a food company: Switching from BOD/COD to TOC management saves $700,000 annually.

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A sugar factory rapidly detects liquid leaks in heat exchangers using TOC, minimizing boiler equipment damage and product loss.

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Evaluation of the production process of fertilizers and the TOC concentration of the products.

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TOC analysis of sulfuric acid using the Sievers InnovOx laboratory model.

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Arlington County, Virginia: Nutrient removal using a denitrification system

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The relationship between TOC, BOD, and COD.

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BOD: Good correlation with TOC in the management of wastewater treatment processes in ethylene plants.

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Understanding and controlling the pollution load of wastewater from food factories using TOC.

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Example of TOC utilization in a sugar factory: Detection of product leaks in boiler equipment.

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Optimization of Granular Activated Carbon in the Chloralkali Industry

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Comparison of TOC and UV Absorbance – Size Exclusion Chromatography

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Characterization of organic materials using the Sievers M9 SEC DOC detector.

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M9 SEC Organic Compound Library

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Cost Savings in Water Treatment through Raw Water Variation Monitoring: Process Management Using TOC at Water Treatment Plants

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Improvement of water treatment reliability through control of coagulant dosage using TOC.

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Comparison of TOC and UV Absorbance in Water Treatment

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TOC analysis as an optimization tool for water treatment processes at water purification plants.

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Optimization of the MIEX system using TOC.

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Enhancement of process control for ion exchange systems for NOM and DBP management.

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Optimization of Eutrophication Prevention through TOC Analysis

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Optimization of Eutrophication Prevention through TOC Analysis

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Process optimization and regulatory compliance using TOC at a water treatment plant: Helena, Montana, USA.

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Utilization of Organic Matter Monitoring in Direct Drinking Water Reuse Plants: A Solution to Water Shortages Due to Droughts.

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Plans for the Future: Water Quality Protection Using Granular Activated Carbon Treatment and TOC Analysis

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Reliable organic monitoring for water reuse.

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Differences in TOC measurement values due to sampling methods

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