Consulting engineering firm
for gas, liquid, heat and CFD simulations
Since 1996
Consulting engineering firm
for gas, liquid, heat and CFD simulations
Since 1996
Where flow becomes a problem,
we find the solution.
Where flow becomes a problem,
we find the solution.
Air – Water – Steam – Natural Gas – Oil – Coffee – Blood – Nicotine – Chocolate – Liquid Metal – Minced Meat
Velocity – Pressure – Temperature – Concentration – Heat Transfer – Power – Energy – Radiation – Density – Viscosity – Heat Capacity – Thermal Conductivity – Surface Tension – Particle Size – Gravity
Ovens – Flagpoles – Range Hoods – Solar Cars – Roller Coasters – Catamarans – High-Speed Trains – Bottles – Server Rooms – Linoleum – Biogas Plants – Water Turbines – Solar Cells – Irrigation – Fans – Greenhouses – Containers – Heat Exchangers – Ventilation – Cruise Ships – Ice Rinks – Compressors – Wind Energy – Cooling Towers – Cold Storage Rooms – Power Plants – Airports – Pasteurization – Hatcheries – Margarine Mixers – Smoking Rooms – Gliders – Airships – Sound Insulation – Shipyards – Air Quality – Extraction – Seals – Oil Burners – Reactors – Transformers – Processor Cooling – Submarines – Livestock Housing – Oil Spills – Cleaning – Pipeline Flows – Experiments – Explosions – Wind Tunnels – Dike Systems – Animal Transport – Wind Loads – Hurricanes – LNG Tankers – Medical Technology – Coffee Machines – Dispensing Systems –
From concept to design
FlowMotion takes care of your flow problems
It all begins with an idea.
Planning a new machine, installation or process, or looking to improve an existing design?
FlowMotion supports you from the initial concept phase. With our expertise in fluid dynamics, heat transfer, CFD simulations and engineering, we assess technical feasibility and identify potential bottlenecks at an early stage.
This allows different concepts to be investigated and compared before detailed engineering begins.
We analyse in detail
Using Computational Fluid Dynamics (CFD), we make fluid flow and heat transfer visible and measurable. We analyse parameters such as velocity, pressure, temperature, heat transfer, concentrations, mixing and pressure loss in machines, installations and industrial processes.
We simulate liquids, gases, heat transfer, multiphase flows and other complex physical processes.
This enables us to determine why a problem occurs and which modification will have the greatest effect.
Digital Twin
At FlowMotion, a CFD analysis does not end with colourful images and a technical report. We use the results to work with you to improve the actual design.
Using a virtual CFD model, we investigate and compare design alternatives before costly modifications, prototypes or physical testing are required.
This enables us to optimise airflow distribution, temperature uniformity, pressure loss, heat transfer, capacity and energy consumption.
Concept
Analysis
Design
Projects
CFD as a tool
Solar panels
Solar energy is becoming an increasingly important source of electricity. As a result, the installation of solar panels is being considered on more and more buildings. This requires not only careful attention to the structural load on the building envelope but also adequate cooling, since energy output decreases as the temperature of the panels rises.
Task
Determining the forces on each individual panel under various weather scenarios.
Ice arena
Modern sports stadiums must meet a wide range of requirements. This is especially true for ice arenas, which not only need to provide comfort for spectators and athletes but also ensure adequate smoke extraction in case of fire, optimal ice quality, and good visibility for TV cameras. If fog obstructs television broadcasts, strict disciplinary measures may be enforced.
Task
Energy-efficient optimization of ventilation settings, with simultaneous prevention of fog formation in the hall.
Warehouse
In order to operate efficiently, warehouses continue to grow in size. At the same time, increasing automation of goods handling results in more densely packed storage spaces, which makes adequate ventilation for sensitive products increasingly challenging
Task
Achieving uniform cooling of all products in the hall and reducing energy consumption by optimizing the system geometry.
Thermal energy storage
In these storage systems, excess thermal energy is stored in a well-insulated tank with a capacity of over 4,000 m³. During charging and discharging, the warm water layer always lies above the cold layer. The transition between these layers is called the 'thermocline.' The thickness of the thermocline must be kept as small as possible at all times, as it determines the storage capacity and, consequently, the profitability.
Task
Reduction of the thermocline thickness through fluid-mechanical optimization of the inlet and outlet pipes.
LNG tank
LNG (liquefied natural gas) is primarily transported by ship, with vessels equipped with large LNG tanks. The movement of the ship causes the liquid LNG to become agitated, which can lead to unwanted gas formation. This, in turn, may cause issues with the structural integrity of the tank and the unloading process.
Task
Simulation of fluid motion caused by ship movement, aimed at reducing the gas concentration at the outlet.
Air cooler
Bij luchtkoelers wordt de proceswarmte afgevoerd via een luchtstroom en aan de omgeving overgedragen. Deze koelers zijn zo compact mogelijk ontworpen, met behoud van maximale koelcapaciteit.
Taak
Optimalisatie van de stroming door de koeler door middel van geometrische aanpassingen.
Aircraft hangar
Every airport has hangars where aircraft engines are tested and warmed up. These hangars are subject to strict requirements regarding environmental factors such as excessive air movement, temperature fluctuations, and pollutants. Therefore, they are equipped with large sound-absorbing doors and wind deflectors.
Task
Minimizing environmental impact and ensuring safe operation of the engines during the testing phase under various weather conditions.
Greenhouse
When cultivating plants in greenhouses, four main objectives are essential: maximum production, consistent product quality throughout the greenhouse, low failure rates, and low energy consumption. Climate control plays a crucial role in this by precisely regulating air velocity, temperature, and humidity throughout the entire greenhouse.
Task
Optimization of air conditioning through optimal positioning of ventilation components.
Axial fan
Axial fans range in size from a few centimeters to several meters. Since fans operate continuously in many applications, even a small efficiency improvement—expressed as the flow rate per unit of electrical power—of just a few percent is significant for operational profitability.
Task
Increasing efficiency through optimization of the blade and housing geometry.
Autoclave
In autoclaves, products are exposed to a controlled environment with specific pressure, temperature, and gas concentration levels within a sealed chamber. During operation, it is essential to ensure that all products experience the same conditions throughout the autoclave and that gas mixing remains minimal during the filling process.
Task
Optimalisatie van productkwaliteit en gasverbruik door modificatie van de toevoerleiding.
Cooling tower
Cooling towers transfer process heat in the megawatt range. To achieve this high heat transfer capacity, water droplets and films are guided over internal components while various gas streams are mixed. The flow inside is driven either by natural buoyancy forces or by fans.
Task
Investigation of optimization possibilities for individual heat transfer processes.
Flue gas scrubber
Flue gas cleaning is an essential part of power plant construction. Liquid droplets and solid particles are introduced into the flue gases through piping systems to initiate chemical cleaning processes.
Task
Geometric modification of the system to prevent deposits and thereby reduce cleaning costs, without increasing pump capacity.
Heat exchanger
Plate heat exchangers are designed to achieve maximum heat transfer within a minimal space. Precise flow control through the heat exchanger is crucial to prevent flow separation and deposit formation.
Task
Optimize heat transfer through improved flow passage.
Mixing head
In many technical applications, it is essential to efficiently mix different liquids within a pipeline. The geometry of the mixing head plays a crucial role in this, as it determines both the homogeneity of the downstream mixture and the flow resistance.
Task
Improving the accuracy of concentration measurements by varying the geometry of the mixing head.
Plumes
Large cooling towers with natural draft or cooling cells are often used to dissipate process heat into the environment. Water vapor escapes from these cooling towers, which can lead to condensation, shadowing effects, and ice formation. Additionally, contaminated liquid droplets may be released, resulting in significant costs due to equipment corrosion and environmental damage.
Task
Calculation of the expected dispersion of the cooling plume and pollutant emissions for certification under various weather scenarios, including structural modifications if necessary.
High-speed train
Modern trains enter tunnels at high speeds. When another train enters or passes through the tunnel, various fluid dynamic effects can occur. These effects impact travel safety, passenger comfort, and the operation of the emergency ventilation system within the tunnel.
Task
Calculation of the temperature in a tunnel during multiple train passages to ensure compliance with fire safety regulations.
Laboratory
Ventilation in laboratories presents unique challenges. Not only must employee comfort be ensured, but the spread of hazardous substances must also be minimized.
Task
Reduction of harmful emissions below legal limits through a complete overhaul of the ventilation system.
Static mixer
In many technical applications, two or more liquids are mixed within pipelines. These liquids can range from very low viscosity to highly viscous. Mixing is often achieved using static mixers installed in the pipelines.
Task
Optimization of the geometry to improve the mixing process while simultaneously reducing pressure loss.
STOP!
Don’t see your question listed?
Please feel free to contact us. With over 1,250 projects completed, chances are we can assist you.
Solar panels
Solar energy is becoming an increasingly important source of electricity. As a result, the installation of solar panels is being considered on more and more buildings. This requires not only careful attention to the structural load on the building envelope but also adequate cooling, since energy output decreases as the temperature of the panels rises.
Task
Determining the forces on each individual panel under various weather scenarios.
Ice arena
Modern sports stadiums must meet a wide range of requirements. This is especially true for ice arenas, which not only need to provide comfort for spectators and athletes but also ensure adequate smoke extraction in case of fire, optimal ice quality, and good visibility for TV cameras. If fog obstructs television broadcasts, strict disciplinary measures may be enforced.
Task
Energy-efficient optimization of ventilation settings, with simultaneous prevention of fog formation in the hall.
Warehouse
In order to operate efficiently, warehouses continue to grow in size. At the same time, increasing automation of goods handling results in more densely packed storage spaces, which makes adequate ventilation for sensitive products increasingly challenging
Task
Achieving uniform cooling of all products in the hall and reducing energy consumption by optimizing the system geometry.
Thermal energy storage
In these storage systems, excess thermal energy is stored in a well-insulated tank with a capacity of over 4,000 m³. During charging and discharging, the warm water layer always lies above the cold layer. The transition between these layers is called the 'thermocline.' The thickness of the thermocline must be kept as small as possible at all times, as it determines the storage capacity and, consequently, the profitability.
Task
Reduction of the thermocline thickness through fluid-mechanical optimization of the inlet and outlet pipes.
LNG tank
LNG (liquefied natural gas) is primarily transported by ship, with vessels equipped with large LNG tanks. The movement of the ship causes the liquid LNG to become agitated, which can lead to unwanted gas formation. This, in turn, may cause issues with the structural integrity of the tank and the unloading process.
Task
Simulation of fluid motion caused by ship movement, aimed at reducing the gas concentration at the outlet.
Air cooler
Bij luchtkoelers wordt de proceswarmte afgevoerd via een luchtstroom en aan de omgeving overgedragen. Deze koelers zijn zo compact mogelijk ontworpen, met behoud van maximale koelcapaciteit.
Taak
Optimalisatie van de stroming door de koeler door middel van geometrische aanpassingen.
Aircraft hangar
Every airport has hangars where aircraft engines are tested and warmed up. These hangars are subject to strict requirements regarding environmental factors such as excessive air movement, temperature fluctuations, and pollutants. Therefore, they are equipped with large sound-absorbing doors and wind deflectors.
Task
Minimizing environmental impact and ensuring safe operation of the engines during the testing phase under various weather conditions.
Greenhouse
When cultivating plants in greenhouses, four main objectives are essential: maximum production, consistent product quality throughout the greenhouse, low failure rates, and low energy consumption. Climate control plays a crucial role in this by precisely regulating air velocity, temperature, and humidity throughout the entire greenhouse.
Task
Optimization of air conditioning through optimal positioning of ventilation components.
Axial fan
Axial fans range in size from a few centimeters to several meters. Since fans operate continuously in many applications, even a small efficiency improvement—expressed as the flow rate per unit of electrical power—of just a few percent is significant for operational profitability.
Task
Increasing efficiency through optimization of the blade and housing geometry.
Autoclave
In autoclaves, products are exposed to a controlled environment with specific pressure, temperature, and gas concentration levels within a sealed chamber. During operation, it is essential to ensure that all products experience the same conditions throughout the autoclave and that gas mixing remains minimal during the filling process.
Task
Optimalisatie van productkwaliteit en gasverbruik door modificatie van de toevoerleiding.
Cooling tower
Cooling towers transfer process heat in the megawatt range. To achieve this high heat transfer capacity, water droplets and films are guided over internal components while various gas streams are mixed. The flow inside is driven either by natural buoyancy forces or by fans.
Task
Investigation of optimization possibilities for individual heat transfer processes.
Flue gas scrubber
Flue gas cleaning is an essential part of power plant construction. Liquid droplets and solid particles are introduced into the flue gases through piping systems to initiate chemical cleaning processes.
Task
Geometric modification of the system to prevent deposits and thereby reduce cleaning costs, without increasing pump capacity.
Heat exchanger
Plate heat exchangers are designed to achieve maximum heat transfer within a minimal space. Precise flow control through the heat exchanger is crucial to prevent flow separation and deposit formation.
Task
Optimize heat transfer through improved flow passage.
Mixing head
In many technical applications, it is essential to efficiently mix different liquids within a pipeline. The geometry of the mixing head plays a crucial role in this, as it determines both the homogeneity of the downstream mixture and the flow resistance.
Task
Improving the accuracy of concentration measurements by varying the geometry of the mixing head.
Plumes
Large cooling towers with natural draft or cooling cells are often used to dissipate process heat into the environment. Water vapor escapes from these cooling towers, which can lead to condensation, shadowing effects, and ice formation. Additionally, contaminated liquid droplets may be released, resulting in significant costs due to equipment corrosion and environmental damage.
Task
Calculation of the expected dispersion of the cooling plume and pollutant emissions for certification under various weather scenarios, including structural modifications if necessary.
High-speed train
Modern trains enter tunnels at high speeds. When another train enters or passes through the tunnel, various fluid dynamic effects can occur. These effects impact travel safety, passenger comfort, and the operation of the emergency ventilation system within the tunnel.
Task
Calculation of the temperature in a tunnel during multiple train passages to ensure compliance with fire safety regulations.
Laboratory
Ventilation in laboratories presents unique challenges. Not only must employee comfort be ensured, but the spread of hazardous substances must also be minimized.
Task
Reduction of harmful emissions below legal limits through a complete overhaul of the ventilation system.
Static mixer
In many technical applications, two or more liquids are mixed within pipelines. These liquids can range from very low viscosity to highly viscous. Mixing is often achieved using static mixers installed in the pipelines.
Task
Optimization of the geometry to improve the mixing process while simultaneously reducing pressure loss.
STOP!
Don’t see your question listed?
Please feel free to contact us. With over 1,250 projects completed, chances are we can assist you.
Solar panels
Solar energy is becoming an increasingly important source of electricity. As a result, the installation of solar panels is being considered on more and more buildings. This requires not only careful attention to the structural load on the building envelope but also adequate cooling, since energy output decreases as the temperature of the panels rises.
Task
Determining the forces on each individual panel under various weather scenarios.
Ice arena
Modern sports stadiums must meet a wide range of requirements. This is especially true for ice arenas, which not only need to provide comfort for spectators and athletes but also ensure adequate smoke extraction in case of fire, optimal ice quality, and good visibility for TV cameras. If fog obstructs television broadcasts, strict disciplinary measures may be enforced.
Task
Energy-efficient optimization of ventilation settings, with simultaneous prevention of fog formation in the hall.
Warehouse
In order to operate efficiently, warehouses continue to grow in size. At the same time, increasing automation of goods handling results in more densely packed storage spaces, which makes adequate ventilation for sensitive products increasingly challenging
Task
Achieving uniform cooling of all products in the hall and reducing energy consumption by optimizing the system geometry.
Thermal energy storage
In these storage systems, excess thermal energy is stored in a well-insulated tank with a capacity of over 4,000 m³. During charging and discharging, the warm water layer always lies above the cold layer. The transition between these layers is called the 'thermocline.' The thickness of the thermocline must be kept as small as possible at all times, as it determines the storage capacity and, consequently, the profitability.
Task
Reduction of the thermocline thickness through fluid-mechanical optimization of the inlet and outlet pipes.
LNG tank
LNG (liquefied natural gas) is primarily transported by ship, with vessels equipped with large LNG tanks. The movement of the ship causes the liquid LNG to become agitated, which can lead to unwanted gas formation. This, in turn, may cause issues with the structural integrity of the tank and the unloading process.
Task
Simulation of fluid motion caused by ship movement, aimed at reducing the gas concentration at the outlet.
Air cooler
Bij luchtkoelers wordt de proceswarmte afgevoerd via een luchtstroom en aan de omgeving overgedragen. Deze koelers zijn zo compact mogelijk ontworpen, met behoud van maximale koelcapaciteit.
Taak
Optimalisatie van de stroming door de koeler door middel van geometrische aanpassingen.
Aircraft hangar
Every airport has hangars where aircraft engines are tested and warmed up. These hangars are subject to strict requirements regarding environmental factors such as excessive air movement, temperature fluctuations, and pollutants. Therefore, they are equipped with large sound-absorbing doors and wind deflectors.
Task
Minimizing environmental impact and ensuring safe operation of the engines during the testing phase under various weather conditions.
Greenhouse
When cultivating plants in greenhouses, four main objectives are essential: maximum production, consistent product quality throughout the greenhouse, low failure rates, and low energy consumption. Climate control plays a crucial role in this by precisely regulating air velocity, temperature, and humidity throughout the entire greenhouse.
Task
Optimization of air conditioning through optimal positioning of ventilation components.
Axial fan
Axial fans range in size from a few centimeters to several meters. Since fans operate continuously in many applications, even a small efficiency improvement—expressed as the flow rate per unit of electrical power—of just a few percent is significant for operational profitability.
Task
Increasing efficiency through optimization of the blade and housing geometry.
Autoclave
In autoclaves, products are exposed to a controlled environment with specific pressure, temperature, and gas concentration levels within a sealed chamber. During operation, it is essential to ensure that all products experience the same conditions throughout the autoclave and that gas mixing remains minimal during the filling process.
Task
Optimalisatie van productkwaliteit en gasverbruik door modificatie van de toevoerleiding.
Cooling tower
Cooling towers transfer process heat in the megawatt range. To achieve this high heat transfer capacity, water droplets and films are guided over internal components while various gas streams are mixed. The flow inside is driven either by natural buoyancy forces or by fans.
Task
Investigation of optimization possibilities for individual heat transfer processes.
Flue gas scrubber
Flue gas cleaning is an essential part of power plant construction. Liquid droplets and solid particles are introduced into the flue gases through piping systems to initiate chemical cleaning processes.
Task
Geometric modification of the system to prevent deposits and thereby reduce cleaning costs, without increasing pump capacity.
Heat exchanger
Plate heat exchangers are designed to achieve maximum heat transfer within a minimal space. Precise flow control through the heat exchanger is crucial to prevent flow separation and deposit formation.
Task
Optimize heat transfer through improved flow passage.
Mixing head
In many technical applications, it is essential to efficiently mix different liquids within a pipeline. The geometry of the mixing head plays a crucial role in this, as it determines both the homogeneity of the downstream mixture and the flow resistance.
Task
Improving the accuracy of concentration measurements by varying the geometry of the mixing head.
Plumes
Large cooling towers with natural draft or cooling cells are often used to dissipate process heat into the environment. Water vapor escapes from these cooling towers, which can lead to condensation, shadowing effects, and ice formation. Additionally, contaminated liquid droplets may be released, resulting in significant costs due to equipment corrosion and environmental damage.
Task
Calculation of the expected dispersion of the cooling plume and pollutant emissions for certification under various weather scenarios, including structural modifications if necessary.
High-speed train
Modern trains enter tunnels at high speeds. When another train enters or passes through the tunnel, various fluid dynamic effects can occur. These effects impact travel safety, passenger comfort, and the operation of the emergency ventilation system within the tunnel.
Task
Calculation of the temperature in a tunnel during multiple train passages to ensure compliance with fire safety regulations.
Laboratory
Ventilation in laboratories presents unique challenges. Not only must employee comfort be ensured, but the spread of hazardous substances must also be minimized.
Task
Reduction of harmful emissions below legal limits through a complete overhaul of the ventilation system.
Static mixer
In many technical applications, two or more liquids are mixed within pipelines. These liquids can range from very low viscosity to highly viscous. Mixing is often achieved using static mixers installed in the pipelines.
Task
Optimization of the geometry to improve the mixing process while simultaneously reducing pressure loss.
STOP!
Don’t see your question listed?
Please feel free to contact us. With over 1,250 projects completed, chances are we can assist you.
Solar panels
Solar energy is becoming an increasingly important source of electricity. As a result, the installation of solar panels is being considered on more and more buildings. This requires not only careful attention to the structural load on the building envelope but also adequate cooling, since energy output decreases as the temperature of the panels rises.
Task
Determining the forces on each individual panel under various weather scenarios.
Ice arena
Modern sports stadiums must meet a wide range of requirements. This is especially true for ice arenas, which not only need to provide comfort for spectators and athletes but also ensure adequate smoke extraction in case of fire, optimal ice quality, and good visibility for TV cameras. If fog obstructs television broadcasts, strict disciplinary measures may be enforced.
Task
Energy-efficient optimization of ventilation settings, with simultaneous prevention of fog formation in the hall.
Warehouse
In order to operate efficiently, warehouses continue to grow in size. At the same time, increasing automation of goods handling results in more densely packed storage spaces, which makes adequate ventilation for sensitive products increasingly challenging
Task
Achieving uniform cooling of all products in the hall and reducing energy consumption by optimizing the system geometry.
Thermal energy storage
In these storage systems, excess thermal energy is stored in a well-insulated tank with a capacity of over 4,000 m³. During charging and discharging, the warm water layer always lies above the cold layer. The transition between these layers is called the 'thermocline.' The thickness of the thermocline must be kept as small as possible at all times, as it determines the storage capacity and, consequently, the profitability.
Task
Reduction of the thermocline thickness through fluid-mechanical optimization of the inlet and outlet pipes.
LNG tank
LNG (liquefied natural gas) is primarily transported by ship, with vessels equipped with large LNG tanks. The movement of the ship causes the liquid LNG to become agitated, which can lead to unwanted gas formation. This, in turn, may cause issues with the structural integrity of the tank and the unloading process.
Task
Simulation of fluid motion caused by ship movement, aimed at reducing the gas concentration at the outlet.
Air cooler
Bij luchtkoelers wordt de proceswarmte afgevoerd via een luchtstroom en aan de omgeving overgedragen. Deze koelers zijn zo compact mogelijk ontworpen, met behoud van maximale koelcapaciteit.
Taak
Optimalisatie van de stroming door de koeler door middel van geometrische aanpassingen.
Aircraft hangar
Every airport has hangars where aircraft engines are tested and warmed up. These hangars are subject to strict requirements regarding environmental factors such as excessive air movement, temperature fluctuations, and pollutants. Therefore, they are equipped with large sound-absorbing doors and wind deflectors.
Task
Minimizing environmental impact and ensuring safe operation of the engines during the testing phase under various weather conditions.
Greenhouse
When cultivating plants in greenhouses, four main objectives are essential: maximum production, consistent product quality throughout the greenhouse, low failure rates, and low energy consumption. Climate control plays a crucial role in this by precisely regulating air velocity, temperature, and humidity throughout the entire greenhouse.
Task
Optimization of air conditioning through optimal positioning of ventilation components.
Axial fan
Axial fans range in size from a few centimeters to several meters. Since fans operate continuously in many applications, even a small efficiency improvement—expressed as the flow rate per unit of electrical power—of just a few percent is significant for operational profitability.
Task
Increasing efficiency through optimization of the blade and housing geometry.
Autoclave
In autoclaves, products are exposed to a controlled environment with specific pressure, temperature, and gas concentration levels within a sealed chamber. During operation, it is essential to ensure that all products experience the same conditions throughout the autoclave and that gas mixing remains minimal during the filling process.
Task
Optimalisatie van productkwaliteit en gasverbruik door modificatie van de toevoerleiding.
Cooling tower
Cooling towers transfer process heat in the megawatt range. To achieve this high heat transfer capacity, water droplets and films are guided over internal components while various gas streams are mixed. The flow inside is driven either by natural buoyancy forces or by fans.
Task
Investigation of optimization possibilities for individual heat transfer processes.
Flue gas scrubber
Flue gas cleaning is an essential part of power plant construction. Liquid droplets and solid particles are introduced into the flue gases through piping systems to initiate chemical cleaning processes.
Task
Geometric modification of the system to prevent deposits and thereby reduce cleaning costs, without increasing pump capacity.
Heat exchanger
Plate heat exchangers are designed to achieve maximum heat transfer within a minimal space. Precise flow control through the heat exchanger is crucial to prevent flow separation and deposit formation.
Task
Optimize heat transfer through improved flow passage.
Mixing head
In many technical applications, it is essential to efficiently mix different liquids within a pipeline. The geometry of the mixing head plays a crucial role in this, as it determines both the homogeneity of the downstream mixture and the flow resistance.
Task
Improving the accuracy of concentration measurements by varying the geometry of the mixing head.
Plumes
Large cooling towers with natural draft or cooling cells are often used to dissipate process heat into the environment. Water vapor escapes from these cooling towers, which can lead to condensation, shadowing effects, and ice formation. Additionally, contaminated liquid droplets may be released, resulting in significant costs due to equipment corrosion and environmental damage.
Task
Calculation of the expected dispersion of the cooling plume and pollutant emissions for certification under various weather scenarios, including structural modifications if necessary.
High-speed train
Modern trains enter tunnels at high speeds. When another train enters or passes through the tunnel, various fluid dynamic effects can occur. These effects impact travel safety, passenger comfort, and the operation of the emergency ventilation system within the tunnel.
Task
Calculation of the temperature in a tunnel during multiple train passages to ensure compliance with fire safety regulations.
Laboratory
Ventilation in laboratories presents unique challenges. Not only must employee comfort be ensured, but the spread of hazardous substances must also be minimized.
Task
Reduction of harmful emissions below legal limits through a complete overhaul of the ventilation system.
Static mixer
In many technical applications, two or more liquids are mixed within pipelines. These liquids can range from very low viscosity to highly viscous. Mixing is often achieved using static mixers installed in the pipelines.
Task
Optimization of the geometry to improve the mixing process while simultaneously reducing pressure loss.
STOP!
Don’t see your question listed?
Please feel free to contact us. With over 1,250 projects completed, chances are we can assist you.
Flows are everywhere
Contact
Let us know what’s on your mind