Safety

Safety

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Explosion prevention and insulation

The system prevents the explosion from expanding with the help of optical and/or differential pressure sensors. Response time < 35 ms. Used in applications where possibility of explosion cannot be avoided, or to ensure that people are not injured and/or vital process components are not damaged.

Explosion insulation

Insulation limits the progress of explosion to an area with minimal risk of further damage.

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2

Explosion prevention and insulation

The system prevents the explosion from expanding with the help of optical and/or differential pressure sensors. Response time < 35 ms. Used in applications where possibility of explosion cannot be avoided, or to ensure that people are not injured and/or vital process components are not damaged.

Explosion insulation

Insulation limits the progress of explosion to an area with minimal risk of further damage.

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3

Explosion prevention and insulation

The system prevents the explosion from expanding with the help of optical and/or differential pressure sensors. Response time < 35 ms. Used in applications where possibility of explosion cannot be avoided, or to ensure that people are not injured and/or vital process components are not damaged.

Explosion insulation

Insulation limits the progress of explosion to an area with minimal risk of further damage.

4
4

Explosion prevention and insulation

The system prevents the explosion from expanding with the help of optical and/or differential pressure sensors. Response time < 35 ms. Used in applications where possibility of explosion cannot be avoided, or to ensure that people are not injured and/or vital process components are not damaged.

Explosion insulation

Insulation limits the progress of explosion to an area with minimal risk of further damage.

5
5

Fire detection and suppression

Firefly MGD (“electronic nose”) detects fires at an early stage by means of its resulting odor. This allows the operator the opportunity to react and determine how to resolve the situation safely, with minimal risk and production downtime.

With the help of Firefly’s water mist suppression system, you can replace the sprinklers used currently on your conveyors and local extinguishing systems. Water mist suppression does not cause water damage and, in combination with the attached detection system, can be activated and deactivated very quickly — typically within a few seconds. Afterwards, the system can be restarted.

Water mist suppression does not cause actual water damage, and production can be resumed quickly after suppression.

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6

Fire detection and suppression

Firefly MGD (“electronic nose”) detects fires at an early stage by means of its resulting odor. This allows the operator the opportunity to react and determine how to resolve the situation safely, with minimal risk and production downtime.

With the help of Firefly’s water mist suppression system, you can replace the sprinklers used currently on your conveyors and local extinguishing systems. Water mist suppression does not cause water damage and, in combination with the attached detection system, can be activated and deactivated very quickly — typically within a few seconds. Afterwards, the system can be restarted.

Water mist suppression does not cause actual water damage, and production can be resumed quickly after suppression.

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7

Fire detection and suppression

Firefly MGD (“electronic nose”) detects fires at an early stage by means of its resulting odor. This allows the operator the opportunity to react and determine how to resolve the situation safely, with minimal risk and production downtime.

With the help of Firefly’s water mist suppression system, you can replace the sprinklers used currently on your conveyors and local extinguishing systems. Water mist suppression does not cause water damage and, in combination with the attached detection system, can be activated and deactivated very quickly — typically within a few seconds. Afterwards, the system can be restarted.

Water mist suppression does not cause actual water damage, and production can be resumed quickly after suppression.

8
8

Fire detection and suppression

Firefly MGD (“electronic nose”) detects fires at an early stage by means of its resulting odor. This allows the operator the opportunity to react and determine how to resolve the situation safely, with minimal risk and production downtime.

With the help of Firefly’s water mist suppression system, you can replace the sprinklers used currently on your conveyors and local extinguishing systems. Water mist suppression does not cause water damage and, in combination with the attached detection system, can be activated and deactivated very quickly — typically within a few seconds. Afterwards, the system can be restarted.

Water mist suppression does not cause actual water damage, and production can be resumed quickly after suppression.

9
9

Fire detection and suppression

Firefly MGD (“electronic nose”) detects fires at an early stage by means of its resulting odor. This allows the operator the opportunity to react and determine how to resolve the situation safely, with minimal risk and production downtime.

With the help of Firefly’s water mist suppression system, you can replace the sprinklers used currently on your conveyors and local extinguishing systems. Water mist suppression does not cause water damage and, in combination with the attached detection system, can be activated and deactivated very quickly — typically within a few seconds. Afterwards, the system can be restarted.

Water mist suppression does not cause actual water damage, and production can be resumed quickly after suppression.

10
10

Fire detection and suppression

Firefly MGD (“electronic nose”) detects fires at an early stage by means of its resulting odor. This allows the operator the opportunity to react and determine how to resolve the situation safely, with minimal risk and production downtime.

With the help of Firefly’s water mist suppression system, you can replace the sprinklers used currently on your conveyors and local extinguishing systems. Water mist suppression does not cause water damage and, in combination with the attached detection system, can be activated and deactivated very quickly — typically within a few seconds. Afterwards, the system can be restarted.

Water mist suppression does not cause actual water damage, and production can be resumed quickly after suppression.

11
11

Fire detection and suppression

Firefly MGD (“electronic nose”) detects fires at an early stage by means of its resulting odor. This allows the operator the opportunity to react and determine how to resolve the situation safely, with minimal risk and production downtime.

With the help of Firefly’s water mist suppression system, you can replace the sprinklers used currently on your conveyors and local extinguishing systems. Water mist suppression does not cause water damage and, in combination with the attached detection system, can be activated and deactivated very quickly — typically within a few seconds. Afterwards, the system can be restarted.

Water mist suppression does not cause actual water damage, and production can be resumed quickly after suppression.

12
12

Fire detection and suppression

Firefly MGD (“electronic nose”) detects fires at an early stage by means of its resulting odor. This allows the operator the opportunity to react and determine how to resolve the situation safely, with minimal risk and production downtime.

With the help of Firefly’s water mist suppression system, you can replace the sprinklers used currently on your conveyors and local extinguishing systems. Water mist suppression does not cause water damage and, in combination with the attached detection system, can be activated and deactivated very quickly — typically within a few seconds. Afterwards, the system can be restarted.

Water mist suppression does not cause actual water damage, and production can be resumed quickly after suppression.

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13

Spark detection

Occupational safety directives require that dust explosions must be prevented by the process operator. Spark detection by modern infrared detectors, combined with a well-designed site extinguisher, usually extinguishes risk-causing particles in the product stream without shutting down the process.

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Spark detection

Occupational safety directives require that dust explosions must be prevented by the process operator. Spark detection by modern infrared detectors, combined with a well-designed site extinguisher, usually extinguishes risk-causing particles in the product stream without shutting down the process.

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15

Spark detection

Occupational safety directives require that dust explosions must be prevented by the process operator. Spark detection by modern infrared detectors, combined with a well-designed site extinguisher, usually extinguishes risk-causing particles in the product stream without shutting down the process.

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Spark detection

Occupational safety directives require that dust explosions must be prevented by the process operator. Spark detection by modern infrared detectors, combined with a well-designed site extinguisher, usually extinguishes risk-causing particles in the product stream without shutting down the process.

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Spark detection

Occupational safety directives require that dust explosions must be prevented by the process operator. Spark detection by modern infrared detectors, combined with a well-designed site extinguisher, usually extinguishes risk-causing particles in the product stream without shutting down the process.

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18

Spark detection

Occupational safety directives require that dust explosions must be prevented by the process operator. Spark detection by modern infrared detectors, combined with a well-designed site extinguisher, usually extinguishes risk-causing particles in the product stream without shutting down the process.

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19

Spark detection

Occupational safety directives require that dust explosions must be prevented by the process operator. Spark detection by modern infrared detectors, combined with a well-designed site extinguisher, usually extinguishes risk-causing particles in the product stream without shutting down the process.

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Quick SuppressionTM

Firefly’s patented  water mist suppression system for conveyor protection, sprinkler replacement and site extinguishing.

Water mist suppression does not cause water damage and, in combination with attached detection system, can be activated and deactivated very quickly — typically within a few seconds. Afterwards, the system can be restarted.

The Quick Suppression system reduces overall investment cost. Water mist suppression does not cause actual water damage, and production can be resumed quickly after suppression.

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21

Quick SuppressionTM

Firefly’s patented  water mist suppression system for conveyor protection, sprinkler replacement and site extinguishing.

Water mist suppression does not cause water damage and, in combination with attached detection system, can be activated and deactivated very quickly — typically within a few seconds. Afterwards, the system can be restarted.

The Quick Suppression system reduces overall investment cost. Water mist suppression does not cause actual water damage, and production can be resumed quickly after suppression.

22
22

Quick SuppressionTM

Firefly’s patented  water mist suppression system for conveyor protection, sprinkler replacement and site extinguishing.

Water mist suppression does not cause water damage and, in combination with attached detection system, can be activated and deactivated very quickly — typically within a few seconds. Afterwards, the system can be restarted.

The Quick Suppression system reduces overall investment cost. Water mist suppression does not cause actual water damage, and production can be resumed quickly after suppression.

23
23

Quick SuppressionTM

Firefly’s patented  water mist suppression system for conveyor protection, sprinkler replacement and site extinguishing.

Water mist suppression does not cause water damage and, in combination with attached detection system, can be activated and deactivated very quickly — typically within a few seconds. Afterwards, the system can be restarted.

The Quick Suppression system reduces overall investment cost. Water mist suppression does not cause actual water damage, and production can be resumed quickly after suppression.

24
24

Quick SuppressionTM

Firefly’s patented  water mist suppression system for conveyor protection, sprinkler replacement and site extinguishing.

Water mist suppression does not cause water damage and, in combination with attached detection system, can be activated and deactivated very quickly — typically within a few seconds. Afterwards, the system can be restarted.

The Quick Suppression system reduces overall investment cost. Water mist suppression does not cause actual water damage, and production can be resumed quickly after suppression.

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25

Flame detection and extinguishing

Risk: fire

Flame detectors are used to monitor areas of quick-igniting systems. When flames are detected, the system will initiate the chosen extinguishing protocol and sound an alarm. Thanks to the system’s quick reaction time, the risk is not allowed to spread and production interruption and personnel danger are minimized.

Passive systems

In premises where active protection is for some reason impossible, passive systems must / may be used to minimize damage and ensure that no injuries occur.

  • Rupture discs direct pressure and flame in a safe direction
  • Flame-free pressure relief units suppress pressure and flame on the interior
  • Isolation valves and dampers limit risk to a confined area and prevent its spread
  • Gas detection devices provide quick information about dangerous gas leaks
  • Dust monitors track the amount of dust in the process or environment
  • Ground monitoring alerts the possibility of hazardous static ignition sources
  • Fire detection systems in electrical and data cabinets prevent the emergence of critical supply, control, and data system bottlenecks due to overheating in a fire
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26

Flame detection and extinguishing

Risk: fire

Flame detectors are used to monitor areas of quick-igniting systems. When flames are detected, the system will initiate the chosen extinguishing protocol and sound an alarm. Thanks to the system’s quick reaction time, the risk is not allowed to spread and production interruption and personnel danger are minimized.

Passive systems

In premises where active protection is for some reason impossible, passive systems must / may be used to minimize damage and ensure that no injuries occur.

  • Rupture discs direct pressure and flame in a safe direction
  • Flame-free pressure relief units suppress pressure and flame on the interior
  • Isolation valves and dampers limit risk to a confined area and prevent its spread
  • Gas detection devices provide quick information about dangerous gas leaks
  • Dust monitors track the amount of dust in the process or environment
  • Ground monitoring alerts the possibility of hazardous static ignition sources
  • Fire detection systems in electrical and data cabinets prevent the emergence of critical supply, control, and data system bottlenecks due to overheating in a fire
27
27

Flame detection and extinguishing

Risk: fire

Flame detectors are used to monitor areas of quick-igniting systems. When flames are detected, the system will initiate the chosen extinguishing protocol and sound an alarm. Thanks to the system’s quick reaction time, the risk is not allowed to spread and production interruption and personnel danger are minimized.

Passive systems

In premises where active protection is for some reason impossible, passive systems must / may be used to minimize damage and ensure that no injuries occur.

  • Rupture discs direct pressure and flame in a safe direction
  • Flame-free pressure relief units suppress pressure and flame on the interior
  • Isolation valves and dampers limit risk to a confined area and prevent its spread
  • Gas detection devices provide quick information about dangerous gas leaks
  • Dust monitors track the amount of dust in the process or environment
  • Ground monitoring alerts the possibility of hazardous static ignition sources
  • Fire detection systems in electrical and data cabinets prevent the emergence of critical supply, control, and data system bottlenecks due to overheating in a fire
28
28

Flame detection and extinguishing

Risk: fire

Flame detectors are used to monitor areas of quick-igniting systems. When flames are detected, the system will initiate the chosen extinguishing protocol and sound an alarm. Thanks to the system’s quick reaction time, the risk is not allowed to spread and production interruption and personnel danger are minimized.

Passive systems

In premises where active protection is for some reason impossible, passive systems must / may be used to minimize damage and ensure that no injuries occur.

  • Rupture discs direct pressure and flame in a safe direction
  • Flame-free pressure relief units suppress pressure and flame on the interior
  • Isolation valves and dampers limit risk to a confined area and prevent its spread
  • Gas detection devices provide quick information about dangerous gas leaks
  • Dust monitors track the amount of dust in the process or environment
  • Ground monitoring alerts the possibility of hazardous static ignition sources
  • Fire detection systems in electrical and data cabinets prevent the emergence of critical supply, control, and data system bottlenecks due to overheating in a fire
29
29

Flame detection and extinguishing

Risk: fire

Flame detectors are used to monitor areas of quick-igniting systems. When flames are detected, the system will initiate the chosen extinguishing protocol and sound an alarm. Thanks to the system’s quick reaction time, the risk is not allowed to spread and production interruption and personnel danger are minimized.

Passive systems

In premises where active protection is for some reason impossible, passive systems must / may be used to minimize damage and ensure that no injuries occur.

  • Rupture discs direct pressure and flame in a safe direction
  • Flame-free pressure relief units suppress pressure and flame on the interior
  • Isolation valves and dampers limit risk to a confined area and prevent its spread
  • Gas detection devices provide quick information about dangerous gas leaks
  • Dust monitors track the amount of dust in the process or environment
  • Ground monitoring alerts the possibility of hazardous static ignition sources
  • Fire detection systems in electrical and data cabinets prevent the emergence of critical supply, control, and data system bottlenecks due to overheating in a fire

We’ll work with you to find the best safety solutions for processing flammable substances and materials. We help minimize risks. The Sintrol Safety concept covers the entire process, from ground monitoring to rapid detection and extinguishing of process fires.

Contact our international sales

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Let us know which safety challenges you’ve faced in your process. We’ll perform a risk assessment and design a process protection solution. This may include both active and passive blast protection in addition to preventive solutions.

From our wide product range, we’ll find the most suitable solutions to protect your process from sparks, flames and explosions.

Improve safety

Prevent production interruptions

Reduce property damage

With more than 40 years of experience, we’ve chosen accredited products from industry-leading suppliers for our safety solutions. We design and dimension all our safety solutions in keeping with EN standards.

Sintrol solutions minimize your risk and help keep your staff and environment safe.