System Solutions
Swedish-built solutions for the process industry's toughest challenges
The "omniprocess way"
We offer customised system solutions for gas analysis, liquid analysis and flow measurements, optimised to meet the unique needs of the process industry.
Our expertise ranges from simple analytical systems for standard measurements to advanced systems adapted for demanding environments and cleanroom technology. With a combination of technical expertise and a well-developed project model, we deliver solutions that meet high standards of performance, safety and sustainability.
Project management and systems integration
Our gas analysis projects cover a range of applications, including the measurement of gases such as hydrogen (H2), acid (O2), chlorine dioxide (ClO2), carbon dioxide (CO2), ammonia (NH3), nitrogen oxides (NOx), sulphur dioxide (SO2) and carbon monoxide (CO), to name a few. Each project starts with a thorough needs analysis where we work with the customer to understand the measurement requirements, the characteristics of the gases and the specific environmental conditions. We then develop a solution that not only optimises measurement accuracy but also protects the analyser and other components from potentially harmful substances such as particles, moisture and corrosive gases. This ensures that the system operates smoothly for a long time, often with a life expectancy of over 20 years.
We also prioritise safety in every project. Our systems are designed to minimise risks to both people and equipment, especially during maintenance and servicing. By integrating advanced sample preparation, we can ensure that the sample is representative of the process in question and that no unwanted substances or contaminants affect the measurement result.
Uncomplex analytical systems
The non-complex analytical systems are designed for standardised measurements where the properties of the gas are known and the environment does not impose special requirements on the equipment. These systems are ideal when the measurement gases do not require conversion or additional treatment, and where they operate in non-explosive environments without the need for ATEX certification. In these cases, the gases are relatively pure, and our suppliers often have extensive experience in this type of analysis, allowing the system to be implemented efficiently and cost-effectively.
Examples of measurements in non-complex systems include:
- Carbon dioxide (CO2) in air, nitrogen (N2), acid (O2), hydrogen (H2) or methane (CH4).
- Acid (O2) in air, N2, H2 or CH4.
- Carbon monoxide (CO), sulphur dioxide (SO2) and nitrogen oxides (NOx) in air or other inert environments.
These measurements can be easily combined, providing great flexibility for customers who need to monitor multiple parameters simultaneously.
Complex analytical systems
The complex analytical systems require a higher degree of technical adaptation and specialisation. These systems are adapted for demanding environments where high safety and precision are essential, such as ATEX zones, where explosive gas mixtures are present. Complex analytical systems are also used when dealing with very low concentrations (ppt levels), high dust levels, corrosives, toxic gases or high temperatures and humidity levels.
Some examples of situations where complex systems are necessary are:
- Analyses by gas chromatography, mass spectrometry or FTIR where a detailed examination of the gas mixture, in cooperation with the manufacturer, is required to ensure accurate measurement results.
- Applications where specialised materials are required to resist corrosive or toxic gases, from sample point to scrubber or flare system.
- Measurements with specific low detection limit requirements, for example to monitor emissions in environmentally critical processes.
These systems often involve an iterative process where analyser selection and technology may need to be adjusted along the way to meet changing requirements or new insights. With our deep understanding of industry needs, we can offer solutions that are both flexible and future-proof.
Our strengths
OmniProcess offers both expertise and experience in systems integration and project management. We have built up extensive expertise in both simple and complex analytical systems, and our close collaboration with leading manufacturers enables us to deliver reliable and sustainable solutions. Our project managers and engineers ensure that every step - from design and construction to installation and maintenance - is carried out with the highest quality and precision.
Choosing OmniProcess gives you access to a partner that can offer expertise across the full spectrum of gas analysis solutions. We ensure that your measurements are reliable, your systems are sustainable and that you have full control over your process monitoring.
The "omniprocess way"
We offer customised system solutions for gas analysis, liquid analysis and flow measurements, optimised to meet the unique needs of the process industry.
Our expertise ranges from simple analytical systems for standard measurements to advanced systems adapted for demanding environments and cleanroom technology. With a combination of technical expertise and a well-developed project model, we deliver solutions that meet high standards of performance, safety and sustainability.
Project management and systems integration
Our gas analysis projects cover a range of applications, including the measurement of gases such as hydrogen (H2), acid (O2), chlorine dioxide (ClO2), carbon dioxide (CO2), ammonia (NH3), nitrogen oxides (NOx), sulphur dioxide (SO2) and carbon monoxide (CO), to name a few. Each project starts with a thorough needs analysis where we work with the customer to understand the measurement requirements, the characteristics of the gases and the specific environmental conditions. We then develop a solution that not only optimises measurement accuracy but also protects the analyser and other components from potentially harmful substances such as particles, moisture and corrosive gases. This ensures that the system operates smoothly for a long time, often with a life expectancy of over 20 years.
We also prioritise safety in every project. Our systems are designed to minimise risks to both people and equipment, especially during maintenance and servicing. By integrating advanced sample preparation, we can ensure that the sample is representative of the process in question and that no unwanted substances or contaminants affect the measurement result.
Uncomplex analytical systems
The non-complex analytical systems are designed for standardised measurements where the properties of the gas are known and the environment does not impose special requirements on the equipment. These systems are ideal when the measurement gases do not require conversion or additional treatment, and where they operate in non-explosive environments without the need for ATEX certification. In these cases, the gases are relatively pure, and our suppliers often have extensive experience in this type of analysis, allowing the system to be implemented efficiently and cost-effectively.
Examples of measurements in non-complex systems include:
- Carbon dioxide (CO2) in air, nitrogen (N2), acid (O2), hydrogen (H2) or methane (CH4).
- Acid (O2) in air, N2, H2 or CH4.
- Carbon monoxide (CO), sulphur dioxide (SO2) and nitrogen oxides (NOx) in air or other inert environments.
These measurements can be easily combined, providing great flexibility for customers who need to monitor multiple parameters simultaneously.
Complex analytical systems
The complex analytical systems require a higher degree of technical adaptation and specialisation. These systems are adapted for demanding environments where high safety and precision are essential, such as ATEX zones, where explosive gas mixtures are present. Complex analytical systems are also used when dealing with very low concentrations (ppt levels), high dust levels, corrosives, toxic gases or high temperatures and humidity levels.
Some examples of situations where complex systems are necessary are:
- Analyses by gas chromatography, mass spectrometry or FTIR where a detailed examination of the gas mixture, in cooperation with the manufacturer, is required to ensure accurate measurement results.
- Applications where specialised materials are required to resist corrosive or toxic gases, from sample point to scrubber or flare system.
- Measurements with specific low detection limit requirements, for example to monitor emissions in environmentally critical processes.
These systems often involve an iterative process where analyser selection and technology may need to be adjusted along the way to meet changing requirements or new insights. With our deep understanding of industry needs, we can offer solutions that are both flexible and future-proof.
Our strengths
OmniProcess offers both expertise and experience in systems integration and project management. We have built up extensive expertise in both simple and complex analytical systems, and our close collaboration with leading manufacturers enables us to deliver reliable and sustainable solutions. Our project managers and engineers ensure that every step - from design and construction to installation and maintenance - is carried out with the highest quality and precision.
Choosing OmniProcess gives you access to a partner that can offer expertise across the full spectrum of gas analysis solutions. We ensure that your measurements are reliable, your systems are sustainable and that you have full control over your process monitoring.
The "omniprocess way"
At OmniProcess, we offer customised system solutions for gas analysis, liquid analysis and flow measurements that are optimised to meet the unique needs of the process industry.
Our expertise covers everything from simple analytical systems for standard measurements to complex systems for advanced analyses in everything from harsh environments to cleanroom technology. By combining technical knowledge with a solid project model, we ensure that our solutions meet high demands on performance, safety and lifetime. Below we describe how we work with system design, project management and integration and the types of analytical systems we offer.
Project management and systems integration
Our gas analysis projects cover a range of applications, including the measurement of gases such as hydrogen (H2), acid (O2), chlorine dioxide (ClO2), carbon dioxide (CO2), ammonia (NH3), nitrogen oxides (NOx), sulphur dioxide (SO2) and carbon monoxide (CO), to name a few. Each project starts with a thorough needs analysis where we work with the customer to understand the measurement requirements, the characteristics of the gases and the specific environmental conditions. We then develop a solution that not only optimises measurement accuracy but also protects the analyser and other components from potentially harmful substances such as particles, moisture and corrosive gases. This ensures that the system operates smoothly for a long time, often with a life expectancy of over 20 years.
We also prioritise safety in every project. Our systems are designed to minimise risks to both people and equipment, especially during maintenance and servicing. By integrating advanced sample preparation, we can ensure that the sample is representative of the process in question and that no unwanted substances or contaminants affect the measurement result.
Uncomplex analytical systems
The non-complex analytical systems are designed for standardised measurements where the properties of the gas are known and the environment does not impose special requirements on the equipment. These systems are ideal when the measurement gases do not require conversion or additional treatment, and where they operate in non-explosive environments without the need for ATEX certification. In these cases, the gases are relatively pure, and our suppliers often have extensive experience in this type of analysis, allowing the system to be implemented efficiently and cost-effectively.
Examples of measurements in non-complex systems include:
- Carbon dioxide (CO2) in air, nitrogen (N2), acid (O2), hydrogen (H2) or methane (CH4).
- Acid (O2) in air, N2, H2 or CH4.
- Carbon monoxide (CO), sulphur dioxide (SO2) and nitrogen oxides (NOx) in air or other inert environments.
These measurements can be easily combined, providing great flexibility for customers who need to monitor multiple parameters simultaneously.
Complex analytical systems
The complex analytical systems require a higher degree of technical adaptation and specialisation. These systems are adapted for demanding environments where high safety and precision are essential, such as ATEX zones, where explosive gas mixtures are present. Complex analytical systems are also used when dealing with very low concentrations (ppt levels), high dust levels, corrosives, toxic gases or high temperatures and humidity levels.
Some examples of situations where complex systems are necessary are:
- Analyses by gas chromatography, mass spectrometry or FTIR where a detailed examination of the gas mixture, in cooperation with the manufacturer, is required to ensure accurate measurement results.
- Applications where specialised materials are required to resist corrosive or toxic gases, from sample point to scrubber or flare system.
- Measurements with specific low detection limit requirements, for example to monitor emissions in environmentally critical processes.
These systems often involve an iterative process where analyser selection and technology may need to be adjusted along the way to meet changing requirements or new insights. With our deep understanding of industry needs, we can offer solutions that are both flexible and future-proof.
Our strengths
OmniProcess offers both expertise and experience in systems integration and project management. We have built up extensive expertise in both simple and complex analytical systems, and our close collaboration with leading manufacturers enables us to deliver reliable and sustainable solutions. Our project managers and engineers ensure that every step - from design and construction to installation and maintenance - is carried out with the highest quality and precision.
Choosing OmniProcess gives you access to a partner that can offer expertise across the full spectrum of gas analysis solutions. We ensure that your measurements are reliable, your systems are sustainable and that you have full control over your process monitoring.