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Chemical sector

Production and design of clean rooms for the chemical sector

Delta2000, cleanroom for the chemical sector

Delta2000 is specialized in the design and production of clean rooms for the chemical sector. Our dedicated and expert staff knows well that each company has unique needs. Therefore, our staff is dedicated to complete a tailored process to comply with every requirements of the chemical sector.

Through the production of clean rooms for the chemical sector, we give life to solutions able to satisfy the following requirements:

  • Possibility to expand and modify the structure for a maximal optimization
  • Highest efficiency of the air purifying and circulating systems, for an excellent cleaning
  • High quality design, materials, and cutting-edge technologies
  • Tailored configuration
  • Furnishing solutions compliant with the requirements of cleanroom accessories

Delta2000 is specialized in the design and production of clean rooms for the chemical sector. Our dedicated and expert staff knows well that each company has unique needs. Therefore, our staff is dedicated to complete a tailored process to comply with every requirements of the chemical sector.

Through the production of clean rooms for the chemical sector, we give life to solutions able to satisfy the following requirements:

  • Possibility to expand and modify the structure for a maximal optimization
  • Highest efficiency of the air purifying and circulating systems, for an excellent cleaning
  • High quality design, materials, and cutting-edge technologies
  • Tailored configuration
  • Furnishing solutions compliant with the requirements of cleanroom accessories

Production

The production of chemical products in clean rooms has different needs according to the specialist sector. For these reasons, our experts give life to personalized projects able to address the specific needs of each client, such as visibility, resistance to chemical agents and static control.

Chemical production in clean rooms is needed for all the products that need the productive cycle to be completely and constantly monitored. The monitoring activities of a clean room include:

  • Constant monitoring of the microparticles in the environment
  • Overpressure monitoring
  • Monitoring of air circulation
  • Monitoring of the environmental temperature
  • Monitoring and stabilization of air humidity

Through these controls it is possible to compare nominal and real parameters, in order to immediately notice and address potential changes in the controlled environment.

Therefore, the chemical production in clean rooms ensures a strict control of the work environment conditions, whose parameters must remain the same. This kind of process allows ensuring not only the purity of the products, but also their quality and a total absence of contamination.

Production

The production of chemical products in clean rooms has different needs according to the specialist sector. For these reasons, our experts give life to personalized projects able to address the specific needs of each client, such as visibility, resistance to chemical agents and static control.

Chemical production in clean rooms is needed for all the products that need the productive cycle to be completely and constantly monitored. The monitoring activities of a clean room include:

  • Constant monitoring of the microparticles in the environment
  • Overpressure monitoring
  • Monitoring of air circulation
  • Monitoring of the environmental temperature
  • Monitoring and stabilization of air humidity

Through these controls it is possible to compare nominal and real parameters, in order to immediately notice and address potential changes in the controlled environment.

Therefore, the chemical production in clean rooms ensures a strict control of the work environment conditions, whose parameters must remain the same. This kind of process allows ensuring not only the purity of the products, but also their quality and a total absence of contamination.

Atex Zone

The Atex (Atmosphère Explosible) term refers to the 94/9/CE directive of the European Union, which covers introduction on the market of anti-explosion equipment or protective mechanical and electrical systems. This directive refers to industries that realize products intended for use in “potentially explosive atmospheres”.

The products covered by Atex include:

  • Command devices
  • Control devices
  • Regulating devices

located outside potentially explosive environments, but that ensure a safe use of anti-explosion systems.

Atex environments are classified into the following categories:

Hazards: gas, vapor or mist

  • Zone 0: the explosive atmosphere consists of a mixture with air of inflammable substances in the form of gas, vapor or mist which is present continuously.
  • Zone 1: an explosive atmosphere consisting of a mixture with air of inflammable substances in the form of gas, vapor or mist is likely to occur.
  • Zone 2 – in this place the explosive atmosphere is consisting of a mixture with air of inflammable substances in the form of gas, vapor or mist persisting for a short period only

Hazards: dust

  • Zone 20 – the explosive atmosphere can occur in the form of a cloud of combustible dust in air, present in the environment continuously, frequently or for long periods.
  • Zone 21 – the explosive atmosphere is present in the form of a cloud of combustible dust in air that can occur occasionally.
  • Zone 22 – the explosive atmosphere can occur in the form or a cloud of combustible dust in air that persist for a short period only.

The most common ignition sources include sparks, open flames or hot gas, high surface temperature, spontaneous combustion, mechanically generated impact or friction sparks, electrostatic discharge and radiation.

The industrial sectors covered by Atex include shipbuilding companies, oil and gas industries, electronics, food sector, chemical-pharmaceutical sectors, painting industry, laser technologies, shooting ranges, arms industry as well as cosmetics.

Atex Zone

The Atex (Atmosphère Explosible) term refers to the 94/9/CE directive of the European Union, which covers introduction on the market of anti-explosion equipment or protective mechanical and electrical systems. This directive refers to industries that realize products intended for use in “potentially explosive atmospheres”.

The products covered by Atex include:

  • Command devices
  • Control devices
  • Regulating devices

located outside potentially explosive environments, but that ensure a safe use of anti-explosion systems.

Atex environments are classified into the following categories:

Hazards: gas, vapor or mist

  • Zone 0: the explosive atmosphere consists of a mixture with air of inflammable substances in the form of gas, vapor or mist which is present continuously.
  • Zone 1: an explosive atmosphere consisting of a mixture with air of inflammable substances in the form of gas, vapor or mist is likely to occur.
  • Zone 2 – in this place the explosive atmosphere is consisting of a mixture with air of inflammable substances in the form of gas, vapor or mist persisting for a short period only

Hazards: dust

  • Zone 20 – the explosive atmosphere can occur in the form of a cloud of combustible dust in air, present in the environment continuously, frequently or for long periods.
  • Zone 21 – the explosive atmosphere is present in the form of a cloud of combustible dust in air that can occur occasionally.
  • Zone 22 – the explosive atmosphere can occur in the form or a cloud of combustible dust in air that persist for a short period only.

The most common ignition sources include sparks, open flames or hot gas, high surface temperature, spontaneous combustion, mechanically generated impact or friction sparks, electrostatic discharge and radiation.

The industrial sectors covered by Atex include shipbuilding companies, oil and gas industries, electronics, food sector, chemical-pharmaceutical sectors, painting industry, laser technologies, shooting ranges, arms industry as well as cosmetics.

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