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Analyser systems integration

Analyser Systems Integration is a specific area of systems integration that focuses on the integration of analytical systems and equipment into a single, unified system. The goal of Analyser Systems Integration is to improve the efficiency, accuracy, and reliability of the analytical process by integrating different components, such as sample preparation, sample transport, sample analysis, and data management. This can be achieved by using common hardware, software, data, and communication protocols to streamline the analytical process and reduce the potential for error. Analyser Systems Integration can be applied to a wide range of analytical applications, including environmental monitoring, food and beverage analysis, pharmaceutical analysis, and petrochemical analysis. The specific approach to Analyser Systems Integration will depend on the type of analytical systems being integrated and the desired end result. Aits Ltd have all the knowledge and experience to provide you with your system solution. 

Gas pressure letdown system

A gas pressure letdown system is a type of system used in the natural gas industry to reduce the pressure of gas from a high-pressure source to a lower pressure for use in distribution pipelines or for further processing. The pressure reduction is achieved by passing the gas through a control valve, which regulates the flow and reduces the pressure to the desired level. The system may also include a pressure regulating station, which consists of a series of pressure-reducing valves, filters, and meters to monitor and control the pressure. The goal of the gas pressure letdown system is to ensure the safe and efficient transfer of natural gas from high-pressure transmission pipelines to lower-pressure distribution pipelines while maintaining the required pressure and quality of the gas. Aits Ltd have all the knowledge and experience to provide you with your system solution. 

CEMS systems

CEMS stands for Continuous Emissions Monitoring System. It is a system used to measure and monitor the emissions of pollutants from industrial processes, such as power plants, refineries, and other large industrial facilities. CEMS typically include sensors, sample conditioning equipment, analyzers, data acquisition and management systems, and reporting software. The collected data is used to ensure compliance with environmental regulations, as well as to monitor and optimize the performance of the facility to minimize emissions and improve efficiency. CEMS can measure various pollutants, including sulfur dioxide (SO2), nitrogen oxides (NOx), carbon monoxide (CO), and other pollutants, in real-time, providing continuous monitoring of emissions levels.Aits Ltd have all the knowledge and experience to provide you with your CEMS solution. 

CEMS sample probe and transport system

CEMS stands for Continuous Emissions Monitoring System. A sample probe and transport system is a component of a CEMS that is used to collect gas samples from a source (such as a stack) and transport it to an analyzer for measurement. The purpose of a CEMS is to continuously monitor and measure the levels of pollutants being emitted from industrial processes and provide real-time data to help monitor and control emissions.

Heated Sample Line 

A heated sample line is a type of pipeline or tubing used to transfer a sample of a fluid, typically a gas or liquid, from one location to another. The sample line is heated to maintain the temperature of the fluid sample and prevent it from condensing or cooling during transport. This is important because changes in temperature can affect the physical and chemical properties of the fluid sample, leading to inaccuracies in analysis or measurement.

Heated sample lines are commonly used in applications such as gas chromatography, process control, and quality control. They can be made from various materials, including stainless steel, PTFE, and other corrosion-resistant materials, depending on the chemical compatibility of the fluid sample.

The heating source for a heated sample line can be electrical, steam, or hot oil, and the temperature control can be accomplished through a thermocouple, temperature controller, or other temperature-sensing device. The specific design of a heated sample line will depend on the type of fluid, the temperature range, and the pressure requirements of the application.

Heated sample lines are typically designed to maintain a constant temperature along the length of the line to ensure consistent and accurate sample transport. They are often used in conjunction with other components such as regulators, filters, and sample probes to ensure the quality and integrity of the fluid sample.

 Aits Ltd can supply and install sample probe and heated line requirements. 

CEMS dust measurement

CEMS stands for Continuous Emissions Monitoring System, which is a system used to measure and monitor the emission of pollutants from industrial and commercial sources. In the context of dust measurement, CEMS refers to a system that continuously measures the concentration of particulate matter (PM) in the exhaust gases of industrial processes.

CEMS dust measurement is used to ensure compliance with environmental regulations, to monitor the efficiency of dust control systems, and to optimize the operation of industrial processes. The measurement is typically performed using a particulate monitor or dust meter that is integrated into the CEMS. The monitor samples the exhaust gases, measures the concentration of PM, and then reports the data to a central control system.

In summary, CEMS dust measurement is a system used to continuously monitor and measure the concentration of particulate matter (PM) in the exhaust gases of industrial processes. CEMS dust measurement is used to ensure compliance with environmental regulations, to monitor the efficiency of dust control systems, and to optimize the operation of industrial processes. The measurement is typically performed using a particulate monitor or dust meter integrated into the CEMS.

 Aits Ltd can advise,supply and install should you have a dust monitoring requirment. 

Oil and Gas Sample System

An oil and gas sample system refers to a system used to collect and analyze samples from the oil and gas industry. The system typically includes various components such as sample collectors, transport containers, sample preparation and analysis equipment, and data management software. The collected samples are analyzed to determine the quality and composition of the oil and gas, which is used to make informed decisions about production and refining processes. This information can also be used to optimize exploration, production and refining processes to maximize the efficiency and profitability of the oil and gas industry

Aits Ltd can advise and engineer your system requirments. 

Gas Sampling System

A gas sampling system is a set of components and equipment used to collect a representative sample of a gas from a process or environment for analysis and measurement. The gas sampling system typically includes a sample probe, sample conditioning components (such as filters, regulators, and heat exchangers), and a sample transport system (such as a sample cylinder or sample line). The purpose of a gas sampling system is to ensure that the sample collected is representative of the gas being analyzed, and to minimize the effects of any physical and chemical changes that may occur during sample collection and transportation. Gas sampling systems are used in a variety of industries and applications, including air quality monitoring, industrial process control, and environmental monitoring.

Aits Ltd can advise and engineer your system requirments. 

Sample Conditioning System

A sample conditioning system is a set of devices or components used to prepare a sample of gas or liquid for analysis. The main goal of a sample conditioning system is to ensure that the sample is representative of the original process stream, and to remove any contaminants or impurities that could interfere with the accuracy of the analysis. This can involve a combination of sample extraction, filtration, heating, cooling, drying, humidification, pressure regulation, and other processes. The specific components and design of a sample conditioning system will depend on the type of sample being analyzed and the desired end result of the analysis.

Aits Ltd can advise and engineer your system requirments.