セントラル科学 Product Lineup

The OxiTop series is a BOD measuring device that automatically converts BOD values based on pressure changes within the sample container. The OxiTop series has been renewed, significantly improving its operability and functionality. Features: ● Adopts pressure sensor method ● Equipped with automatic temperature adjustment function ● Automatically saves measurement values for 5 days ● Completes BOD measurement with a single measurement head OxiTop-i: For general BOD measurement OxiTop-IDS: [For wireless communication measurement] For general BOD measurement, soil respiration tests, OECD/bio-degradation tests, and biogas tests (IDS/B) Topics: [What is a biodegradability test...?] Biodegradation is the process of breaking down organic matter into water and carbon dioxide with the help of microorganisms. A biodegradability test examines the extent to which organic matter decomposes under certain conditions. This test is gaining attention in many fields, including the development and improvement of new products. Recently, the issue of microplastics in the ocean has become a global concern, leading to increased focus on the development of biodegradable plastics. The OxiTop IDS A series complies with [ISO 9408 / OECD 301 F] and has a proven track record in various applications.

The "Quick BOD α5000 model" is a biosensor-type BOD measuring device that utilizes microorganisms from activated sludge (microbial electrode method). The measurement time is short, within 60 minutes. By immobilizing the activated sludge and various bacteria present on-site to use as a microbial film, a high correlation with standard methods can be achieved. In addition to its use as a regular laboratory device, it can also perform stable automatic operation due to its high-precision electronic cooling and heating control function, making it suitable for continuous monitoring. 【Features】 ■ Biosensor type allows for quick measurements ■ Capable of continuous monitoring ■ Reduced maintenance burden ■ User-friendly touch key layout ■ Basic measurement range: 2 to 50 mg/L *For more details, please refer to the catalog or feel free to contact us.

Various industries are advancing the development of biodegradable materials as part of their efforts to address environmental issues. Research on biodegradable plastics is also included as one of the research and development projects under the Moonshot Research and Development Program led by the Cabinet Office (Goal 4). There are challenges with biodegradability testing... - Large testing equipment is required - Requesting external inspection agencies significantly increases costs and time - There is a limit to the number of samples that can be measured simultaneously For those who want to start with simple screening, OxiTop is recommended! - Cost-effective testing can be done in-house - Changes over time can be monitored even during measurement - Automatic recording of measurement values with data logger functionality - Up to 100 samples can be measured simultaneously - Can be conducted under OECD301F testing conditions

● No calibration required, reagent-free measurement ● Ultra-low maintenance design with air cleaning + ultrasonic cleaning method

The IQ Sensor Net system helps collect the necessary data for monitoring and controlling processes by freely combining 21 types of sensors. It supports small-scale operations with 2 sensors up to large-scale processing processes with a maximum of 20 sensors, providing optimal water quality management tailored to users. It also supports remote monitoring, allowing data to be viewed from anywhere using a smartphone, tablet, or computer as long as there is an internet connection. This enables operation from outside the facility when urgent on-site response is needed. Types of sensors: DO (marine water compatible model available), pH/ORP (marine water compatible model available), conductivity (marine water compatible model available), turbidity (marine water compatible model available), color, SS (marine water compatible model available), MLSS, ammonia, nitrate, nitrite, organic matter, sludge interface.

In the biofuel industry, the use of biomass as a sustainable energy source is highly valued. In the evaluation of raw material quality, confirming biodegradability is essential to demonstrate the environmental compatibility of the product. Requesting tests from external organizations can be costly and time-consuming, potentially hindering rapid assessment. OxiTop is a solution that allows for easy in-house evaluation of the biodegradability of biofuel raw materials. 【Application Scenarios】 - Quality evaluation of biofuel raw materials - Biodegradability screening in research and development - Quality control in the manufacturing process 【Benefits of Implementation】 - Reduction in testing costs - Shortening of development time through rapid evaluation - Increased efficiency by simultaneous measurement of up to 100 samples

In university research institutions, there has been an active development of biodegradable materials due to the growing interest in environmental issues. In particular, evaluating the biodegradability of new materials is an important step in research. However, traditional biodegradability tests have faced challenges such as the need for large equipment, cost and time issues due to reliance on external organizations, and limitations on the number of samples that can be measured simultaneously. OxiTop was developed to address these challenges and accelerate research and development. 【Usage Scenarios】 - Research on biodegradable plastics - Evaluation of the biodegradability of new materials - Research aimed at reducing environmental impact 【Effects of Implementation】 - Reduction in research costs - Shortening of research time - Ability to measure more samples simultaneously - Compliance with OECD301F test conditions

In the chemical industry, the development of biodegradable materials is accelerating to reduce environmental impact. The evaluation of biodegradability is an important factor in product development, but the introduction of large testing equipment and requests to external organizations can be costly and time-consuming. OxiTop allows for easy in-house screening of biodegradability, contributing to the efficiency of research and development. [Usage Scenarios] - Research and development of biodegradable plastics - Biodegradability evaluation of new materials - Environmental compatibility assessment of products [Benefits of Implementation] - Conducting biodegradability evaluations at reduced costs - Shortening development time through rapid data acquisition - Efficient testing with simultaneous measurement of up to 100 samples

In the cosmetics industry, the adoption of biodegradable materials is emphasized to reduce environmental impact. Understanding the biodegradability of ingredients is essential in product development. However, traditional testing methods have posed challenges due to high costs and time requirements. OxiTop provides a solution that addresses these challenges, allowing for easy evaluation of biodegradability in-house. 【Usage Scenarios】 - Biodegradability assessment of cosmetic ingredients - Screening of new formulation recipes - Development of environmentally friendly products 【Benefits of Implementation】 - Cost reduction and rapid evaluation - Data-driven product development - Contribution to the environment

In the agricultural sector, the biodegradability of fertilizers is being emphasized to reduce environmental impact. Considering soil contamination and effects on ecosystems, there is a demand for the development of highly biodegradable fertilizers. However, there is a challenge in that evaluating biodegradability requires time and cost. OxiTop is a device that allows for easy screening of the biodegradability of fertilizers. 【Usage Scenarios】 - Product development at fertilizer manufacturers - Quality control of fertilizers - Environmental impact assessment 【Benefits of Implementation】 - Cost-effective evaluation of biodegradability - Shortened development time through rapid assessment - Promotion of environmentally friendly product development

In the textile industry, evaluating the biodegradability of dye decomposition processes has become important for reducing environmental impact. In particular, there is a demand for the development of highly biodegradable dyes and decomposition processes, considering the environmental effects in wastewater treatment. However, conventional biodegradability tests have posed challenges due to the need for large-scale equipment and reliance on external organizations, resulting in high costs and time consumption. OxiTop provides a solution that addresses these challenges, allowing for easy evaluation of biodegradability in-house. 【Usage Scenarios】 - Evaluation of the biodegradability of dye decomposition processes - Streamlining of wastewater treatment processes - Contribution to reducing environmental impact 【Effects of Implementation】 - Reduction in testing costs - Shortening of testing time - Promotion of environmentally friendly process development

Environmental consultants need to conduct various research reports to support their clients' efforts to reduce environmental impact. In particular, the evaluation of biodegradable materials has become an important factor in assessing a company's sustainability. However, there are challenges associated with biodegradability testing, such as the need for large testing equipment, cost and time issues due to reliance on external organizations, and limitations on the number of samples that can be measured simultaneously. OxiTop has been developed to address these challenges, enabling environmental consultants to conduct biodegradability assessments more efficiently. 【Usage Scenarios】 - Evaluation of the biodegradability of client products - Research reports on environmental impact - Screening of new materials 【Benefits of Implementation】 - Easy execution of biodegradability tests in-house - Reduction of costs and time - Increased efficiency of reporting through rapid data acquisition

In the fisheries industry, the use of biodegradable materials is being sought to reduce environmental impact. Understanding the biodegradability of materials used in aquaculture and fishing is crucial for preventing water pollution and promoting sustainable fisheries. However, biodegradability testing often requires large equipment and reliance on external organizations, which poses challenges in terms of cost and time. OxiTop addresses these issues, enabling easy in-house screening of biodegradability. 【Usage Scenarios】 - Evaluation of the biodegradability of materials in aquaculture - Evaluation of the biodegradability of fishing gear - Evaluation of the biodegradability of packaging materials for seafood products 【Benefits of Implementation】 - Cost reduction - Shortened testing periods - Contribution to reducing environmental impact

In the chemical plant industry, wastewater management and environmental pollution prevention are important issues in the manufacturing process. In particular, the early detection of harmful substance leaks and abnormal values is essential for compliance with regulations and maintaining the company's image. The IQ Sensor Net allows for the flexible combination of 21 types of sensors to monitor various water quality data in real-time within the plant, reducing the risk of contamination. 【Usage Scenarios】 - Monitoring of wastewater treatment processes - Water quality management in manufacturing processes - Compliance with environmental regulations 【Benefits of Implementation】 - Prevention of contamination spread through early detection of water quality abnormalities - Implementation of accurate improvement measures based on data - Enhanced compliance and corporate evaluation

In the water supply and drainage industry, the loss of water resources due to leaks and the deterioration of infrastructure are significant challenges. Accurate understanding of water quality data and prompt responses are essential for leak detection. The IQ Sensor Network allows for the flexible combination of 21 types of sensors to monitor water quality and detect anomalies early, thereby reducing the risk of leaks. 【Usage Scenarios】 - Water quality monitoring in distribution networks - Water quality management at water purification plants and sewage treatment facilities - Early detection of water quality changes during leak occurrences 【Benefits of Implementation】 - Conservation of water resources through early detection of leak locations - Prolonged lifespan of infrastructure facilities - Reduced risk of water quality incidents

In the food manufacturing industry, it is important to minimize the risk of foreign matter contamination in the manufacturing process. Water quality management is a crucial element in ensuring product quality and safety, and it influences the potential for foreign matter contamination. The IQ Sensor Net continuously monitors water quality and detects abnormalities early, thereby reducing the risk of foreign matter contamination. [Usage Scenarios] - Monitoring water quality of cooling water, cleaning water, and raw material water on the production line - Water quality monitoring in processes where foreign matter contamination is possible - Early response in the event of water quality abnormalities [Benefits of Implementation] - Improved product quality due to reduced risk of foreign matter contamination - Cost reduction through more efficient water quality management - Faster identification of causes in the event of foreign matter contamination.

In the food manufacturing industry, managing water quality during the manufacturing process is essential for ensuring product quality and safety. In particular, BOD (Biochemical Oxygen Demand) is an important indicator in wastewater treatment and process management, requiring rapid measurement. Traditional BOD measurement takes as long as five days, making quick responses difficult. The Quick BOD α5000 model addresses this issue and streamlines quality control in food manufacturing. 【Usage Scenarios】 * Wastewater management in food manufacturing plants * Water quality monitoring during the manufacturing process * Product quality assurance 【Benefits of Implementation】 * Rapid detection of water quality abnormalities * Optimization of the wastewater treatment process * Improvement of product quality and assurance of safety

In the industrial wastewater treatment industry, compliance with wastewater standards is essential. BOD (Biochemical Oxygen Demand) is an important indicator for assessing the quality of wastewater, and to comply with regulations, it is necessary to quickly and accurately grasp BOD measurement results. Traditional BOD measurements required a long measurement time of five days, which could lead to delays in wastewater management and response times in emergencies. The Quick BOD α5000 model can measure BOD in as little as 60 minutes, enabling rapid water quality management and strongly supporting regulatory compliance. 【Usage Scenarios】 - Routine monitoring of factory wastewater - Optimization of wastewater treatment processes - Quick response to water quality anomalies in emergencies - Compliance with regulatory reporting 【Benefits of Implementation】 - Improved operational efficiency through reduced measurement time - Early detection of issues through rapid data collection - Strengthened compliance through stable water quality management - Cost reduction (labor costs, time)

In the beverage manufacturing industry, managing water quality during the production process is crucial for maintaining product quality. In particular, BOD (Biochemical Oxygen Demand) serves as an indicator of pollutants in the manufacturing process and can affect product safety and quality. Traditional BOD measurements take a long time, requiring five days, which poses challenges for prompt responses. The Quick BOD α5000 model can measure BOD in as little as 60 minutes, contributing to faster process management. 【Usage Scenarios】 * Wastewater management in the manufacturing process * Quality checks of raw water * Quality control of products 【Benefits of Implementation】 * Rapid detection of water quality anomalies * Increased efficiency in process management * Stabilization of product quality

In the seafood processing industry, freshness management is crucial for maintaining product quality and ensuring consumer safety. In particular, the spoilage of seafood is closely related to the increase in BOD (Biochemical Oxygen Demand), necessitating rapid BOD measurement. Traditional BOD measurement takes as long as five days, making it difficult to respond to changes in water quality during that time. The Quick BOD α5000 model measures BOD in as little as 60 minutes, enabling swift water quality management. This contributes to enhanced freshness management, improved product quality, and reduced food waste. 【Usage Scenarios】 * Wastewater management in seafood processing plants * Freshness checks of raw seafood * Water quality monitoring during processing 【Benefits of Implementation】 * Rapid detection of water quality anomalies * Maintenance and improvement of product quality * Reduction of food waste

In the livestock industry, managing the water quality of wastewater generated from livestock rearing is crucial. In particular, BOD (Biochemical Oxygen Demand) is an indicator of the pollution level of wastewater, and rapid measurement is required for compliance with environmental regulations and appropriate wastewater treatment. Traditional BOD measurement takes as long as five days, making prompt responses challenging. The Quick BOD α5000 model can measure BOD in as little as 60 minutes, contributing to the acceleration of livestock wastewater management. 【Usage Scenarios】 * Monitoring the wastewater treatment process in livestock farms * Operational management of wastewater treatment facilities * Compliance with environmental regulations 【Benefits of Implementation】 * Rapid detection and response to water quality anomalies * Optimization of the wastewater treatment process * Reduction of environmental impact

In the pharmaceutical industry, wastewater management in the manufacturing process is crucial. In addition to complying with environmental regulations, water quality management during the manufacturing process is essential for maintaining product quality. Traditional BOD measurements take five days to yield results, making rapid response difficult. The Quick BOD α5000 model measures BOD values in a short time, enabling swift water quality management. 【Usage Scenarios】 * Monitoring of manufacturing wastewater * Water quality checks in process management * Compliance with environmental regulations 【Benefits of Implementation】 * Rapid detection of water quality anomalies * Optimization of wastewater treatment processes * Compliance adherence

In the chemical plant industry, there is a demand for the rapid and accurate measurement of BOD (Biochemical Oxygen Demand) in wastewater to ensure compliance with environmental regulations and reduce pollution risks. Traditional BOD measurement requires a long testing time of five days, which hinders prompt responses. The Quick BOD α5000 model enables BOD measurement in as little as 60 minutes, contributing to the acceleration of wastewater management. 【Usage Scenarios】 * Management of wastewater treatment processes in chemical plants * Early detection of environmental pollution risks * Optimization of wastewater treatment facility operations 【Benefits of Implementation】 * Rapid problem-solving due to reduced measurement time * Accurate responses through real-time water quality monitoring * Strengthened compliance with environmental regulations

In the pulp and paper industry, the rapid understanding of BOD (Biochemical Oxygen Demand) in wastewater treatment is crucial for effective resource utilization and reducing environmental impact. Traditional BOD measurements take as long as five days, hindering prompt process improvements and anomaly detection. The Quick BOD α5000 model measures BOD in as little as 60 minutes, enabling swift water quality management. This allows for the optimization of wastewater treatment processes, efficient resource use, and consideration for the environment. 【Usage Scenarios】 * Monitoring of wastewater treatment processes * Early detection of water quality changes in process management * Water quality assessment for resource recycling 【Benefits of Implementation】 * Quick decision-making due to reduced measurement time * Reduction in wastewater treatment costs * Strengthened compliance with environmental regulations

In the textile industry, managing BOD (Biochemical Oxygen Demand) in wastewater treatment is crucial for complying with environmental regulations. To adhere to wastewater standards, it is necessary to accurately and quickly grasp BOD levels and implement appropriate wastewater treatment. Traditional BOD measurements required a long testing time of five days, but the Quick BOD α5000 model can measure BOD in as little as 60 minutes. This contributes to the rapid improvement of the wastewater treatment process and the reduction of environmental impact. 【Usage Scenarios】 - BOD measurement in wastewater treatment facilities - Water quality monitoring in process management - Data collection for compliance with wastewater standards 【Benefits of Implementation】 - Improved operational efficiency through reduced measurement time - Rapid detection of water quality anomalies - Optimization of the wastewater treatment process - Compliance adherence

In the leather industry, managing the water quality of wastewater during the manufacturing process is crucial. BOD (Biochemical Oxygen Demand) is an indicator of wastewater pollution, and proper management is required. Traditional BOD measurements take a long time of five days, making rapid water quality assessment challenging. The Quick BOD α5000 model can measure BOD in as little as 60 minutes, thereby accelerating wastewater management and contributing to the efficiency of process management. 【Application Scenarios】 * Wastewater treatment processes in leather manufacturing factories * Operational management of wastewater treatment facilities * BOD measurements at water quality testing institutions 【Benefits of Implementation】 * Improved operational efficiency due to reduced measurement time * Appropriate wastewater management through real-time water quality monitoring * Cost reduction through improved process management

In the urban wastewater treatment industry, there is a demand for the optimization of treatment processes through rapid water quality management. In particular, the acceleration of BOD (Biochemical Oxygen Demand) measurement is essential for efficient operation and cost reduction in sludge treatment and effluent quality management. Traditional BOD measurement takes five days, which poses a challenge for prompt responses. The Quick BOD α5000 model addresses this issue and contributes to the efficiency of wastewater treatment. 【Application Scenarios】 - BOD measurement of inflow and effluent at wastewater treatment plants - Optimization of sludge treatment processes - Acceleration of water quality management 【Effects of Implementation】 - Rapid response to water quality anomalies due to reduced BOD measurement time - Reduction of operating costs through the optimization of treatment processes - More accurate water quality management based on data.

In university research fields, BOD measurement in water quality surveys is essential for studying environmental pollution and assessing water quality degradation. However, traditional BOD measurements require a long testing time of five days, which has been a factor in delaying research progress. The Quick BOD α5000 model enables BOD measurement in as little as 60 minutes, significantly improving research efficiency. 【Usage Scenarios】 * Academic research related to water environments * Water quality analysis of rivers, lakes, and oceans * Research on wastewater treatment processes 【Effects of Implementation】 * Reduction in research time due to rapid data acquisition * Improvement in analysis accuracy through measuring more samples * Contribution to the early publication of research results