Cod Digester

The HTLP-037 COD Digestion Apparatus with Digital Controller is a Solid block heated unit with provision for 15 samples at a time in 40mm diameter Reaction Vessels. The apparatus is provided with an arrangement that consists of an evaporating flask that rotates with the help of a heavy-duty motor in a heating water bath. The flask has a central hollow shaft and is supported on both ends by heavy-duty gear wheels. A gear wheel is provided on each end to rotate the flask and has provision for 15 Reaction Vessels at a time, making it suitable for the digestion of 15 samples simultaneously.The unit is made of Stainless Steel Moulded Compartmental Body, having provision for 10 reaction vessels at a time in addition to Digital Temperature Controller and Incubator. The digital temperature controller gives accurate readings and regulates the temperature of the unit on a centigrade-degree scale. The unit can be used for digestion experiments and also can be used as a Water Bath unit, Incubator, and Sterilizer. This is a research lab apparatus that processes biological materials. It will automatically separate high-toxicity organic waste from biosolids, and it can also treat organic hazardous wastes, such as wood preservatives, paint, or pesticides.The product beeps when the material is at a certain temperature, and the digital controller has an alarm that sounds when the temperature is too hot. It also has an automatic control feature that uses a PLC system. It can automatically control heating, cooling, stirring, pressing, and timing.

The Shanti 20-100 ml COD Digester S.S.I-51 represents a pinnacle of efficiency and precision in chemical oxygen demand (COD) analysis, catering to the needs of environmental laboratories, wastewater treatment plants, and research institutions. This sophisticated instrument is meticulously crafted to streamline the process of COD digestion, enabling accurate and reproducible results with minimal effort.
Engineered with precision, the Shanti S.S.I-51 boasts a durable stainless steel construction that ensures longevity and reliability even in the most demanding laboratory environments. Its robust design provides stability and durability, essential for consistent performance in COD analysis procedures.
Equipped with advanced heating elements and temperature control mechanisms, the digester delivers precise and uniform heating across samples, ensuring thorough digestion of organic matter. This precision heating capability eliminates the risk of incomplete digestion, a common challenge in COD analysis, and enhances the accuracy of results.
The Shanti 20-100 ml COD Digester S.S.I-51 offers versatility and flexibility, accommodating sample volumes ranging from 20 to 100 ml. This broad range enables users to handle various sample sizes with ease, enhancing workflow efficiency and adaptability to diverse analytical requirements.

NSAW COD-15 1 kW COD Digester NSAW-1405 is a laboratory instrument used to measure the chemical oxygen demand (COD) of a sample. COD is a measure of the amount of oxygen required to oxidize the organic matter in a sample. It is an important parameter in water quality analysis as it indicates the level of organic pollution in water.
The COD digester works by heating the sample with a strong oxidizing agent, such as potassium dichromate, in the presence of a catalyst, such as silver sulfate. The oxidizing agent reacts with the organic matter in the sample, converting it into carbon dioxide and water. The amount of oxidizing agent consumed in the reaction is proportional to the amount of organic matter in the sample, which can be determined by measuring the amount of unreacted oxidizing agent using a colorimetric method.
The COD digester is a compact and easy-to-use instrument that can measure COD in a wide range of samples, including wastewater, surface water, and industrial effluent. It is widely used in environmental monitoring, water treatment, and research laboratories.
There are different types of COD digesters available in the market, including block digesters, reflux digesters, and micro-digesters. Block digesters are the most common type and consist of a heating block with multiple wells for holding the sample and reagents. Reflux digesters use a reflux condenser to prevent the loss of volatile organic compounds during the digestion process. Micro-digesters are small-scale instruments that can measure COD in small volumes of samples, such as groundwater and soil extracts.
In conclusion, the COD digester is an essential tool for measuring the level of organic pollution in water. It provides accurate and reliable results that can be used to assess the quality of water and to monitor the effectiveness of water treatment processes.

Lab Junction 15 Tubes COD Digestion Apparatus for Laboratories LJ-071 is a laboratory instrument used for the determination of the chemical oxygen demand in water and wastewater samples. The chemical oxygen demand is a measure of the amount of organic pollutants present in a sample that can be oxidized by a strong chemical oxidant.
The COD digestion apparatus consists of a heating block or a set of digestion tubes specifically designed to withstand high temperatures. The apparatus utilizes a strong oxidizing agent, typically a mixture of potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4), to oxidize the organic compounds present in the sample.
The process begins by adding the water or wastewater sample into the digestion tubes or vessels. The appropriate amount of the oxidizing agent is then added to the sample. The digestion tubes are sealed to prevent any loss of volatile compounds during the process. The tubes are then placed in the heating block, which is preheated to a specific temperature, typically around 150-165 degrees Celsius.
During the digestion process, the strong oxidizing agent reacts with the organic compounds in the sample, converting them into carbon dioxide (CO2) and water (H2O). This reaction is facilitated by the high temperature and the presence of the sulfuric acid catalyst. The heating block maintains a constant temperature throughout the digestion period, which is typically around 2 hours.
After digestion, the tubes are removed from the heating block and allowed to cool. The resulting solution is then ready for further analysis. The COD level in the sample is determined by titration or colorimetric methods, where a reagent is added to the digested sample to measure the amount of residual oxidizing agent or the color intensity formed due to the reaction.
The COD digestion apparatus offers several advantages in COD determination. It provides a controlled and standardized method for the digestion process, ensuring consistent and reliable results. The high temperature and strong oxidizing agent ensure the complete oxidation of organic compounds, allowing for accurate measurement of the COD level. The apparatus is also designed to handle multiple samples simultaneously, making it efficient for high-throughput analysis.
In summary, the COD digestion apparatus is a specialized laboratory instrument used for the determination of chemical oxygen demand in water and wastewater samples. It utilizes a high-temperature digestion process with a strong oxidizing agent to oxidize organic compounds present in the sample. The apparatus provides a controlled and standardized method for COD determination, enabling accurate assessment of the organic pollutant levels in water and wastewater samples.

Lab Junction 12 Tubes COD Digestion Apparatus for Laboratories LJ-070 is a laboratory instrument used for the determination of the chemical oxygen demand in water and wastewater samples. The chemical oxygen demand is a measure of the amount of organic pollutants present in a sample that can be oxidized by a strong chemical oxidant.
The COD digestion apparatus consists of a heating block or a set of digestion tubes specifically designed to withstand high temperatures. The apparatus utilizes a strong oxidizing agent, typically a mixture of potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4), to oxidize the organic compounds present in the sample.
The process begins by adding the water or wastewater sample into the digestion tubes or vessels. The appropriate amount of the oxidizing agent is then added to the sample. The digestion tubes are sealed to prevent any loss of volatile compounds during the process. The tubes are then placed in the heating block, which is preheated to a specific temperature, typically around 150-165 degrees Celsius.
During the digestion process, the strong oxidizing agent reacts with the organic compounds in the sample, converting them into carbon dioxide (CO2) and water (H2O). This reaction is facilitated by the high temperature and the presence of the sulfuric acid catalyst. The heating block maintains a constant temperature throughout the digestion period, which is typically around 2 hours.
After digestion, the tubes are removed from the heating block and allowed to cool. The resulting solution is then ready for further analysis. The COD level in the sample is determined by titration or colorimetric methods, where a reagent is added to the digested sample to measure the amount of residual oxidizing agent or the color intensity formed due to the reaction.
The COD digestion apparatus offers several advantages in COD determination. It provides a controlled and standardized method for the digestion process, ensuring consistent and reliable results. The high temperature and strong oxidizing agent ensure the complete oxidation of organic compounds, allowing for accurate measurement of the COD level. The apparatus is also designed to handle multiple samples simultaneously, making it efficient for high-throughput analysis.
In summary, the COD digestion apparatus is a specialized laboratory instrument used for the determination of chemical oxygen demand in water and wastewater samples. It utilizes a high-temperature digestion process with a strong oxidizing agent to oxidize organic compounds present in the sample. The apparatus provides a controlled and standardized method for COD determination, enabling accurate assessment of the organic pollutant levels in water and wastewater samples.

Lab Junction 6 Tubes COD Digestion Apparatus for Laboratories LJ-069 is a laboratory instrument used for the determination of the chemical oxygen demand in water and wastewater samples. The chemical oxygen demand is a measure of the amount of organic pollutants present in a sample that can be oxidized by a strong chemical oxidant.
The COD digestion apparatus consists of a heating block or a set of digestion tubes specifically designed to withstand high temperatures. The apparatus utilizes a strong oxidizing agent, typically a mixture of potassium dichromate (K2Cr2O7) and sulfuric acid (H2SO4), to oxidize the organic compounds present in the sample.
The process begins by adding the water or wastewater sample into the digestion tubes or vessels. The appropriate amount of the oxidizing agent is then added to the sample. The digestion tubes are sealed to prevent any loss of volatile compounds during the process. The tubes are then placed in the heating block, which is preheated to a specific temperature, typically around 150-165 degrees Celsius.
During the digestion process, the strong oxidizing agent reacts with the organic compounds in the sample, converting them into carbon dioxide (CO2) and water (H2O). This reaction is facilitated by the high temperature and the presence of the sulfuric acid catalyst. The heating block maintains a constant temperature throughout the digestion period, which is typically around 2 hours.
After digestion, the tubes are removed from the heating block and allowed to cool. The resulting solution is then ready for further analysis. The COD level in the sample is determined by titration or colorimetric methods, where a reagent is added to the digested sample to measure the amount of residual oxidizing agent or the color intensity formed due to the reaction.
The COD digestion apparatus offers several advantages in COD determination. It provides a controlled and standardized method for the digestion process, ensuring consistent and reliable results. The high temperature and strong oxidizing agent ensure the complete oxidation of organic compounds, allowing for accurate measurement of the COD level. The apparatus is also designed to handle multiple samples simultaneously, making it efficient for high-throughput analysis.
In summary, the COD digestion apparatus is a specialized laboratory instrument used for the determination of chemical oxygen demand in water and wastewater samples. It utilizes a high-temperature digestion process with a strong oxidizing agent to oxidize organic compounds present in the sample. The apparatus provides a controlled and standardized method for COD determination, enabling accurate assessment of the organic pollutant levels in water and wastewater samples.

The Labtronics Microprocessor Based COD Digestion System, LT-106, is an essential tool for accurately measuring Chemical Oxygen Demand (COD) in various solutions. Designed for efficiency, this advanced system features a microprocessor-controlled PID temperature controller, maintaining precise temperatures up to 150°C ± 1°C. The 20x4 bright LCD display allows for easy monitoring of digestion processes, ensuring optimal performance in laboratory settings.
Equipped with 15 glass reaction vessels, each with a 36 mm diameter, the Labtronics LT-106 accommodates multiple samples simultaneously, enhancing productivity. The system includes air condensers for effective vapor control, ensuring reliable results. With an auto timer feature, it automates the digestion process, allowing users to focus on other tasks. Ideal for environmental testing and quality control laboratories, this COD digestion system combines accuracy and convenience, making it a must-have for professionals in analytical chemistry. Invest in the Labtronics Microprocessor Based COD Digestion System for superior performance in your chemical analyses.

U-Tech COD Digestion Apparatus for Laboratories SSI-184 is a specialized laboratory instrument used for the determination of the chemical oxygen demand of water samples. It is an essential tool in environmental analysis, wastewater treatment, and pollution monitoring.
The COD of a water sample is a measure of the amount of oxygen required to chemically oxidize the organic and inorganic substances present in the sample. It is an important parameter used to assess the level of organic pollutants and the overall water quality.
The COD digestion apparatus typically consists of a digestion reactor or digestion tube, a heating element, a temperature control system, and a condensation system. The digestion reactor is a glass vessel designed to hold the water sample and the reagents necessary for the oxidation process. It is often sealed to prevent the loss of volatile components during digestion.
The heating element and temperature control system ensure precise and uniform heating of the digestion vessel. The temperature is typically maintained at around 150-170 degrees Celsius, which is necessary to facilitate the complete oxidation of organic compounds. The condensation system helps collect any volatile compounds that may be released during digestion.
The digestion process involves the addition of specific chemical reagents, such as potassium dichromate and sulfuric acid, to the water sample. These reagents act as strong oxidizing agents, facilitating the breakdown of organic compounds and the release of oxygen. The released oxygen is then measured using a colorimetric or titration method to determine the COD value of the sample.
The COD digestion apparatus allows for efficient and controlled digestion of water samples, ensuring complete oxidation of organic matter within a relatively short period. The instrument is designed to handle multiple samples simultaneously, making it suitable for high-throughput analysis.
The accurate determination of COD is crucial in various applications, including wastewater treatment process optimization, industrial effluent monitoring, and environmental impact assessments. It helps in evaluating the efficiency of treatment processes, detecting sources of pollution, and ensuring compliance with regulatory standards.
In conclusion, the COD digestion apparatus is a specialized laboratory instrument used for the determination of chemical oxygen demand in water samples. It enables efficient and controlled digestion of samples, facilitating the oxidation of organic compounds. The instrument plays a vital role in environmental analysis and water quality assessment, providing valuable information for wastewater treatment, pollution monitoring, and regulatory compliance.

The AQUASOL DIGITAL Portable COD Digestor 165 W 240 V AC 50 Hz 5 to 150°C Range, APCODDG1 is a high-performance laboratory instrument designed for efficient chemical oxygen demand (COD) analysis. Engineered by AQUASOL DIGITAL, this portable COD digestor features a wide temperature range of 5 to 150°C with precise digital controls, ensuring accurate and consistent digestion of water samples. Its 165 W power capacity and 240 V AC 50 Hz compatibility make it suitable for both field and laboratory applications, providing reliable performance in various water testing environments. Compact and lightweight, the device is easy to transport while maintaining robust durability for daily analytical use.The AQUASOL DIGITAL Portable COD Digestor 165 W 240 V AC 50 Hz 5 to 150°C Range, APCODDG1 is ideal for environmental laboratories, water quality professionals, and industrial testing facilities requiring precise COD measurements. With its intuitive operation, stable temperature control, and rapid heating capabilities, this COD digestor streamlines sample preparation and enhances testing efficiency, making it a dependable solution for accurate monitoring of organic pollutants in water and wastewater systems.