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CFD Flow Field Simulation

GuanTong’s CFD fluid engineering design services address the critical challenges faced by customers in research and development. We offer a team of skilled engineering consultants, providing comprehensive CAE solutions, including combustion simulations like SCR/SNCR, CFB semi-dry simulations, and dust filter units.

  • Low nitrogen combustion simulation
  • NOx pol-lutant control optimization
  • SNCR denitrification lance arrangement optimization
  • CFB semi-dry fluidized bed simulation
  • Urea pyrolysis analysis simulation
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Main Technical Simulation Services

LOW NOx Burner

SCR

Bag Filter

FGD

Product Features

Benefits of CFD Flow Field Simulation

01

Enhanced Design Accuracy

CFD simulations provide precise insights into fluid dynamics, allowing for optimized design of ducts, reactors, and ventilation systems to ensure efficient performance.
02

Improved Air Pollution Control

Accurately model the behavior of pollutants and flue gases, helping industries refine their emission control systems for better compliance with environmental regulations.
03

Reduced Operational Costs

By optimizing flow patterns and heat transfer, CFD can significantly reduce energy consumption and maintenance needs of industrial equipment, leading to cost savings.
04

Customized Solutions

Tailor simulations to specific industry needs, from power plants to chemical processing, ensuring that each system meets unique operational requirements.
05

Faster Problem Solving

CFD allows for quick testing and adjustments in virtual environments, speeding up the research and development process and reducing the need for physical prototypes.
06

Enhanced Efficiency and Safety

By analyzing flow behavior and pressure distributions, CFD helps improve system safety and process efficiency, minimizing risks in high-pressure and high-temperature environments.
07

Insight into Complex Flows

Visualize complex turbulent flows, mixing, and reaction zones that are difficult to measure experimentally, leading to better process optimization.
08

Sustainable Solutions

Supports green engineering by optimizing systems for lower emissions and resource usage, helping companies move toward sustainable production practices.
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Want to Know More About Technical Specifications 
of CFD Flow Field Simulation Solutions? 

FAQ

Our Most Frequently Asked Questions

We’re excited to offer our CFD services to a diverse range of industries, including power generation, chemical manufacturing, and environmental engineering! We specialize in areas where precise fluid dynamics simulations are essential, such as combustion, filtration, and emission control systems like SCR/SNCR, CFB semi-dry, and dust filter units.

Our CFD simulations truly enhance combustion processes by providing valuable insights into gas flow, temperature distribution, and reaction rates. This wealth of information is instrumental in boosting the efficiency of combustion systems while enhancing emissions control, helping you stay compliant with regulatory standards.

Absolutely! Our CFD services are vital for optimizing dust filter unit designs. By simulating airflow patterns, dust particle collection efficiency, and pressure drops, we ensure that your filter units are both highly efficient and aligned with environmental standards.

We make it easy to integrate CFD simulations into your ongoing engineering projects using cutting-edge flow analysis and system modeling tools. This seamless approach not only enhances existing designs but also ensures smooth integration and optimization, all while minimizing disruptions to your operations.

PRODUCT CENTER

Leading Comprehensive Solutions  for Industrial
Pollution Control

We specialize in providing industry-leading air pollution control technologies and solutions, helping businesses effectively manage industrial emissions and comply with global environmental standards.

SNCR is commonly used in industrial boilers, cement kilns, and waste incinerators for moderate NOx reduction with lower costs. SCR is widely applied in power plants, large industrial boilers, and refineries, where stricter NOx emission standards require high-efficiency control.
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SNCR/SCR denitrification technology

CFD Flow Field Simulation
NOx pol-lutant control optimization

SNCR denitrification lance arrangement optimization
CFB semi-dry fluidized bed simulation
Urea pyrolysis analysis simulation
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CFD Flow Field Simulation

Urea pyrolysis furnace equipment is widely used in air pollution control systems, particularly in power plants, waste incineration, and industrial boilers. It converts urea into ammonia for use in SNCR and SCR processes, helping reduce NOx emissions and meet environmental regulations.
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Urea pyrolysis furnace equipment

Each bag filter is a key component of the air pollution control system, going beyond simple particulate collection. Factors like filtration speed, gas distribution, and cleaning control are crucial in removing pollutants such as acidic gases, mercury, and dioxins, ensuring compliance with environmental standards.
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Bag filter

Each bag filter is a key component of the air pollution control system, going beyond simple particulate collection. Factors like filtration speed, gas distribution, and cleaning control are crucial in removing pollutants such as acidic gases, mercury, and dioxins, ensuring compliance with environmental standards.
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Flue Gas Desulfurization

DeNOx Systems are advanced air pollution control technologies designed to reduce nitrogen oxide (NOx) emissions from industrial processes. These systems are crucial in industries such as power generation, cement production, and waste incineration, where high NOx levels are produced.
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DeNOx Systems

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