DESIGN - CONSTRUCTION OF EXHAUST GAS TREATMENT SYSTEM

1.Why must we design an exhaust gas treatment system?

The design of the exhaust gas treatment system is very important because it plays an important role in protecting the environment and human health. Below are some reasons why you should design an exhaust gas treatment system:

- Reduction of air pollution: Exhaust gas treatment systems help to eliminate pollutants from production, industry and other activities. This reduces air pollution and helps to maintain healthy air quality for people and the environment.

- Protection of human health: Polluted emissions can contain toxic substances and harm human health. Exhaust gas treatment system design ensures that pollutants are eliminated or significantly reduced, helping to protect the health of the public and employees working in industries.

- Compliance with regulations and laws: The design of the exhaust gas treatment system meets the standards and regulations of government agencies and relevant organizations. This helps businesses to comply with environmental regulations and avoid violations of the law, avoiding unsatisfactory levels of emissions treatment that cause fines and reputational damages.

- Environmental protection: Pollution emissions can harm the natural environment, causing phenomena such as air pollution, acid rain and climate change. Designing an exhaust gas treatment system helps minimize negative impacts on the environment, protect biodiversity and maintain the balance of the ecosystem.

- Ensuring safety in industry: Industries can produce dangerous emissions such as strong vapours, toxins, or flammable gases. The design of the exhaust gas treatment system ensures safe exhaust treatment and discharge, reduces the risk of accidents and protects workers and property.

2. Design - construction services for exhaust gas treatment

1. Needs assessment: The design unit will assess the customer's specific needs and requirements. This includes consideration of the type of emissions, the amount of emissions, the composition and other relevant environmental factors.

2. System design: Based on needs assessment, the design unit will develop an appropriate design solution. This includes selection of process technology, equipment and other system components.

3. Calculation and simulation: The design unit will perform calculations and simulations to ensure that the exhaust gas treatment system meets technical and performance requirements. This may include calculations of air flow, equipment size, capacity and other parameters.

4. Equipment selection: Based on the design, the design unit will select appropriate exhaust gas treatment equipment. This may include filters, absorption systems, chemical reaction systems and other equipment.

5. Make proposals: The design unit will then make detailed proposals about the exhaust gas treatment system, including technical drawings, operational simulations and technical specifications.

6. Implementation support: In addition to the design, service providers can also support customers during system deployment, including providing installation instructions, testing and ensuring effective operation. system results.

Exhaust gas treatment system design services help customers to build advanced and sustainable solutions to reduce exhaust pollution and to comply with relevant environmental regulations.

3. Industrial exhaust gas treatment methods

There are many methods of treating industrial emissions to minimize negative impacts on the environment. Here are some popular methods:

1. Dust treatment system: Use of equipment such as dust filters, dust dividers, or dust retention systems to remove dust particles in the exhaust gas.

2. Adsorption process: Use adsorbents such as activated carbon, zeolite or adsorbent liquid to remove organic pollutants or other chemical compounds from exhaust gases.

3. Absorption process: Use absorbents such as sulfuric acid or nitric acid to remove toxic polluting gases such as SO2 or NOX.

4. Spectroscopy process: Use of ultraviolet rays or ozone to decompose organic pollutants in exhaust gases.

5. Demagnetization process: Use of devices such as demagnetizers to remove pollutants from exhaust gases, especially heavy metal compounds.

6. Complete combustion: Use of incinerators or burners to burn exhaust gases into CO2 and H2O, in order to minimize greenhouse gas emissions.

7. Heat reuse process: Use the heat system to recover energy from exhaust gases and minimize the plant's heat consumption.

4. Which unit to choose to construct the exhaust gas treatment system?

The FEC Group Joint Stock Company is a professional unit operating in the field of consulting and building exhaust gas treatment systems in Bac Giang, Lang Son, Phu Tho, Quang Ninh, Tuyen Quang, Thanh Hoa... and many other provinces and cities in the North.

Exhaust gas treatment services are providing:

- Consulting, design, construction of boiler exhaust gas treatment system

- Consulting, design and construction of exhaust gas treatment systems according to modern methods and technology

- Renovation and upgrade of exhaust gas treatment systems for companies across the country

- Maintenance and reparation of the exhaust gas treatment system according to the investor's request

- Consulting and constructing exhaust gas treatment systems for projects according to the requirements of investors.

- Consulting and construction of smoke treatment systems in craft villages, production and business households, manufacturing enterprises...

Outstanding advantages of FEC's services

- 24/24 support service before and after implementation

- The most suitable price in the North

- Experienced technical team to provide the most accurate and economical advice

- Applying the most advanced and modern technology

- Possessing a wide network throughout the North to be ready to support nationwide

Receive quotes and consulting support.

FEC Group Joint Stock Company

Phone number: 0356.541.516

Address: 7/71 Luong Van Tam, Dinh Ke Ward, Bac Giang City

Fan page: FEC Group Joint Stock Company

It should be noted that the choice of industrial exhaust gas treatment method depends on the type of production system, production industry such as thermal power industry, fertilizer production, petrochemical refining industry, field of operation, type of emissions, regulatory requirements and other factors.

Industrial exhaust gas treatment systems show businesses' commitment to environmental protection and public health. Having an effective processing system not only creates trust among customers, partners and regulatory agencies, but can also increase the reputation and