Industries

Chemical industry


Production and storage, laboratories, waste water treatment. The chemical industry is the sector where no single detection technology is enough, because the gas list changes with the campaign.

Processes

What happens in this sector


Production and storage

Reactors, distillation, filling and drumming, tank storage and drum stores. The hazard profile changes between campaigns, which is what makes a fixed single-gas concept fragile.

Laboratories and pilot plant

Fume cupboards, gas cabinets and valve manifold boxes, specialty gas supply. Measurement often has to happen inside an enclosure where no technician can service a sensor.

Waste water and off-gas treatment

Sumps, strippers, sewers and scrubbers. Hydrogen sulphide and methane in confined spaces, and the entry work that goes with them.

Hazards

Which gases, and where they occur


Toxic gases across a wide rangeChlorine, ammonia, hydrogen chloride, hydrogen cyanide and process-specific substances, depending on the campaign.
Flammable vapours and solventsReactors, filling, drum stores and solvent recovery, measured as percentage of the lower explosive limit.
Hydrogen sulphide and methaneWaste water treatment, sumps, sewers and digesters.
Oxygen deficiencyNitrogen-inerted equipment, vessels and confined spaces during entry work.

Matching equipment

Which instruments fit


OmniPoint™ Transmitter

Up to three sensors on one transmitter, for measuring points where more than one gas hazard is credible at the same position.

OmniPoint™ Transmitter in detail

XNX™ Universal Transmitter

One transmitter platform across mixed sensor technologies — the usual route to consolidating a plant that has grown over decades.

XNX™ Universal Transmitter in detail

ACM 150G2

FT-IR monitoring of up to 40 points with up to 15 gases per location, where identification matters and not only a threshold alarm.

ACM 150G2 in detail

SPM Flex

Parts-per-billion tape-based detection for hydrides, mineral acids, oxidisers and amines during leak investigation.

SPM Flex in detail

Components and spare parts

Components and spare parts


  • Pumps, including dosing, membrane and magnetically coupled designs
  • Valves, actuators and control valves
  • Filtration systems and heat transfer equipment
  • Pressure, temperature, level and flow instrumentation
  • Laboratory equipment and process control components

Services in this sector

  • Detection concepts that survive a change of campaign
  • Installation, commissioning and functional testing of the full alarm chain
  • Calibration, maintenance and consumable supply including Chemcassette tapes
  • Spare parts identification for equipment out of series production
Services

FAQ

Questions about Chemical industry


Our gas list changes between campaigns. How do we build detection that survives that?

By separating the platform from the sensor. A universal transmitter takes different sensor technologies without changing the installation, a multi-sensor transmitter covers several hazards at one point, and an FT-IR analyser identifies many substances at the same measuring point instead of alarming on one. Which combination fits depends on how often and how far your gas list actually moves.

How do we measure inside a gas cabinet?

Extractively. The sample is drawn to the sensor rather than the sensor being placed in the cabinet, which is what the Midas family is built for. The design parameter to watch is the transport time of the sample through the line, which we account for when the sampling concept is drawn up.

Enquiry

Send us your specification


Send us your requests with technical specifications to receive a prompt reply from our industry specialists. For gas detection, add the gases and the zone classification.

Or by email: purchasing@vertex-group.de