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[For Research] Supercritical Water Hydrolysis TOC Analyzer InnovOx

Complete oxidation of special samples. Enhancing the reliability of research.

In research fields, the accuracy and reproducibility of experiments are crucial. Particularly in water quality analysis, sample pretreatment significantly affects measurement results. Samples that are difficult to measure using conventional methods, such as those containing high salinity or turbidity, can hinder accurate TOC measurements. The Sievers InnovOx addresses these challenges through supercritical water oxidation (SCWO) technology, enhancing data reliability in research. 【Application Scenarios】 - Water quality analysis in environmental research - Reaction monitoring in chemical research - Culture medium analysis in biotechnology research 【Benefits of Implementation】 - Increased research efficiency through the ability to handle a wide range of samples - Improved data accuracy due to high reliability and stability - Diversification of analysis through TOC to BOD and COD conversion functions

Related Link - https://aqua-ckc.jp/products/toc_innovox

basic information

【Features】 - Complete oxidation using supercritical water oxidation (SCWO) method - Wide measurement range capable of measuring up to 50,000 ppm - Compatible with samples containing salts, turbidity, and insoluble organic matter - Equipped with four measurement modes: NPOC / TOC / TC / IC - Calibration stability through non-contact NDIR detection (up to 6 months) 【Our Strengths】 Since our establishment in 1967, we have supported our customers' research activities as experts in water quality measurement instruments. Utilizing the latest technology and years of know-how, we provide high-quality products, including the Sievers InnovOx, along with meticulous service.

Price range

Delivery Time

Model number/Brand name

Sievers InnovOx

Applications/Examples of results

- TOC management of various industrial wastewater - Management of sewage and wastewater treatment processes - TOC measurement of seawater and high-salinity water - Biomass and energy research - Management of methane fermentation and anaerobic treatment processes - Management of manufacturing water, boiler water, and cooling water - Research and development and analytical laboratory applications

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TOC Analyzer Sievers InnovOx Laboratory Type

PRODUCT

Paradigm shift in the monitoring methods of organic matter in drainage.

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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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Monitoring of organic load in wastewater from food and beverage using InnovOx.

APPLICATION_NOTE

Comparison of Organic Matter Monitoring Technologies (TOC vs COD vs BOD)

TECHNICAL

Six Reasons to Shift Monitoring Methods to TOC Analysis

TECHNICAL

TOC analysis in the chemical industry laboratory

TECHNICAL

TOC measurement method of Sievers InnovOx.

TECHNICAL

TOC Analyzer Sievers M9e for the Semiconductor/Electronics Industry

PRODUCT

Monitoring of organic substances in industrial water using the Sievers TOC analyzer.

TECHNICAL

Sievers Products Standard Solutions & Consumables Catalog

PRODUCT

Evaluation of Organic Matter in Hydraulic Fracturing and Oil Exploration Production Water Using TOC Measurement

APPLICATION_NOTE

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Distributors

Since our establishment in 1967, we have been dedicated to the development and dissemination of water quality measurement devices that anyone can use quickly, easily, and with high precision. In today's world, where the effective use of water, a limited resource, is required alongside environmental conservation, we aim to be a total solution provider that responds to all water environments by utilizing our water quality measurement devices, technology, and services. Furthermore, leveraging the latest technology and years of know-how, we are committed to delivering user-friendly and reliable water quality measurement devices more affordably, quickly, and widely.