a1-cbiss
18 products found

a1-cbiss products

ChemDAQ - Gas Detection and Analysis

ChemDAQ`s Steri-Trac Gas Monitoring System provides the optimal solution for workplace safety assurance, utilising configurable alarms and a module design for continuous detection. The steri-trac detectors are configurable to support 28 different gases including Ethylene Oxide, Hydrogen Peroxide and Ozone, with each individual detector showing the readings for its dedicated area.

Continuous Emissions Monitoring Systems

a1-cbiss - Continuous Emissions Monitoring Systems

Measurement Technique: Utilising Infra-Red Gas Filter Correlation allows the MIR-9000 to offer up to ten gas measurements simultaneously, including Nitric Oxide (NO), Nitrogen Dioxide (NO2), Sulphur Dioxide (SO2), Carbon Monoxide (CO), even Hydrogen Chloride (HCl) and Hydrogen Fluoride (HF).

a1-cbiss - Multi-Gas Continuous Emissions Monitoring System

a1-cbiss and Environnement S.A have developed a multi-gas continuous emissions monitoring system utilising the Standard Reference Methods (SRM) for the monitoring of NO, N2O, NO2, NOx, CO, CO2 and O2. It also utilises the technology stated in the Alternative Reference Method (ARM) for SO2.

Continuous Emissions Monitoring Systems (CEMS)

Measurement Technique: Installed across the majority of the UK’s municipal waste incinerators, the MIR-FT Utilises Fourier Transform Infra-Red (FT-IR) to offer multiple gas measurements simultaneously, including NO, NO2, SO2, NH3, HCl and CO. With the emissions limits tightening and new gases being introduced, this instrument allows future gas upgrades, providing the solution for today and what may happen tomorrow.

Compact In-Situ Multi-Gas Extractive Monitoring System

Based on the MIR-9000, this in-situ multi-gas CEM system is a compact extractive monitoring system, providing fast response, close coupled measurements. CEM Systems are required to satisfy environmental led legislation within industrial applications.

a1-cbiss - Total Mercury Analyser

a1-cbiss supply a monitoring system for fully-automatic and continuous mercury analysis in smoke gas (without wet chemistry). Measuring principle: In the HM 1400 TR total mercury analyser the sample gas is converted into mercury vapour by a combination of thermal and dry chemical treatment. This is then continuously measured in a photometer. The probe gas flow is measured after a gas cooler at 2°C. The concentration is calculated and displayed as dry flue gas.

a1-cbiss - Portable Gas Conditioning System

Carry out gas analysis anywhere. The a1-cbiss portable gas conditioning system (PGCS) has been designed so that detailed gas analysis can be carried out at any time and at any place. Robust & lightweight carrying case. Housed in a compact and robust carrying case the PGCS ensures that additional components (see below for full list) can be removed with ease, quickly and safely guaranteeing minimum maintenance in the field. Featuring an internal cooler and flow meters, this system is a smart solution for stack testers looking to carry out frequent stack emission tests across different sites.

Gas Detection & Analysis

a1-cbiss - Breathing Air Quality Test Kit

The AIRQUAL-1 Breathing Air Quality Test Kit has been designed to fully comply with the EN12021 legislation for compressed breathing air testing. a1-cbiss have designed the AIRQUAL-1, a conveniently packaged breathing air quality test kit that allows for a convenient ‘on the spot’ measurement of compressed air quality used for respiratory devices.

ISC Ventis - Portable Multi-Gas Detector

The Industrial Scientific Ventis MX4 Multi-Gas Detector is available with or without an optional, integral pump. The Ventis MX4 is ideal for confined space or personal gas detection because it supports a rugged design to provide exceptional durability in tough, industrial environments.

Tango - Single Gas Detector

3 Years, 2 Sensors, 1 Life. By wearing the Tango TX1 single gas detector, your workers will be using the safest single gas monitor users in the world. The Tango TX1 detects carbon monoxide (CO), hydrogen sulphide (H2S), sulphur dioxide (SO2) and nitrogen dioxide (NO2). A 3-year runtime and advanced patent pending DualSense Technology utilises two of the same type sensor for the detection of a single gas to increase worker safety, regardless of bump test frequency, while reducing overall costs.