12 Gas Detection The world’s hardest working gas detector with internal pump
When and where are your workers entering confi ned spaces? Where are they being exposed to gas? Where are leaks occurring? With Blackline’s portfolio of connected safety solutions, you will know. Blackline’s confi ned space entry and leak check system combines G7, claimed to be the world’s hardest-working connected gas detector, with its new multi-gas pump cartridge, live compliance dashboard and business analytics reporting. Blackline delivers unsurpassed value by combining proven connected technology, performance, confi gurability and a range of service options to meet the needs of every business.
G7 devices automatically upload all usage and gas detection data to the Blackline Safety Network, powering a live compliance dashboard and Blackline Analytics. Blackline Live, one of the industry’s leading cloud-hosted platforms, is easy to use and delivers the insights you need to manage comprehensive confi ned space and maintenance programmes.
G7 features an exclusive modular interface with the industry’s fi rst plug-and-play gas sensor cartridges. With four cartridge options to choose from, you can customise your system to accommodate every gas detection or lone worker application.
Keep your devices in the fi eld where they are needed. Cartridges are fi eld-replaceable and eliminate downtime, ensuring seamless gas detection and safety monitoring while minimising maintenance costs. If a sensor fails or reaches the end of its serviceable life, simply switch out the cartridge with a new one in seconds. Best of all, these cartridges are covered with a lifetime service warranty.
Future-proof your investment — a single G7 device can go from a lone worker monitor, to a single gas or multi-gas detector as your needs and business change. If you need a pump or a fi ve-gas detector, Blackline have those too.
Blackline’s standard sensors include CO, CO-H (hydrogen-resistant carbon monoxide), combustible (LEL- infrared), H2 high-range CO, CO2
, Cl2 , COSH, HCN, O3 and PID.
G7c multi-gas pump is available now as part of Blackline’s G7 Insight gas detector programme, replacing conventional ‘beep-and-fl ash’ detectors with a connected solution that automates gas detection compliance and reporting. Blackline’s G7c is the world’s only gas detector and lone worker monitor certifi ed to BS8484:2016, the standard that defi nes the requirements for lone worker safety monitoring products and service providers, ensuring that businesses are competent, and the functionality of lone worker devices is fi t-for-purpose.
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IR gas detector combines high level of accuracy with ease of use and peace of mind
New, rugged, environmentally sealed case specially developed to accommodate gas cylinder for quick and easy on-site bump testing
Ion Science has launched an optional Premium Plus Case for its range of high performance Tiger handheld photoionisation detectors (PIDs). Capable of holding various PID accessories, the rugged, environmentally sealed Premium Plus Case has been specially developed by Ion Science to accommodate a 34L gas cylinder, allowing quick and easy on-site bump testing of its well proven Tiger volatile organic compound (VOC) monitors.
A bump test is a functional test of a gas monitor. Although not a regulatory requirement, it is the only way to ensure optimum performance of both sensors and monitor before use. It checks that the instrument respond to the challenge gas, verifi es the display reacts and confi rms that alarms are activated properly. The recommended bump test frequency is normally set by the instrument manufacturer. A bump test works by briefl y exposing the instrument to a known concentration of the challenge gas that exceeds alarm settings to confi rm the sensor’s ability to respond. The reading is compared to the actual quantity of gas present, as stated on the test gas cylinder. The instrument is working to the required standard if it goes into alarm and reads within an acceptable range of the actual concentration. If the bump tests are not within the acceptable range, the PID must be fully calibrated before use.
Offering a robust and reliable design, the popular Ion Science Tiger handheld PID provides the widest measurement range on the market of 1ppb up to 20,000ppm. It is easy to set up and provides advanced VOC detection and software features. It has a fast response time of just two seconds and can be connected directly to a PC via the USB offering rapid data download capabilities. The TigerLT is a streamlined, low cost version of the Tiger instrument. The entry-level PID also offers worldwide intrinsically safe certifi cation for use in potentially explosive atmospheres and is ideal for environmental surveys. Another handheld gas detector, the Tiger Select boasts two mode operation for the rapid and accurate detection of benzene and total aromatic compounds (TACs). Utilising the Ion Science 10.0eV lamp, a reading for TACs is seen immediately on start-up. Should TACs be detected, a pre-fi lter tube can be easily attached to ensure rapid detection and selective measurement of benzene.
Karf and Scoot’s GD2G infrared gas detectors are high precision instruments that need minimal maintenance and calibration. These highly durable detectors can detect fl ammable, explosive and toxic gases, without interference from exogenous factors such as temperature, and pressure.
The GD2G features an advanced microcontroller and embedded software algorithm in its design, with the relay outputs designed to operate at the upper and lower alarm levels. This instrument offers 4-20mA analogue output support for easy integration in to existing industrial automation and control systems.
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“ God forbid that India should ever take to industrialism after the manner of the west... keeping the world in chains. If [India] took to similar economic exploitation, it would strip the world bare like locusts. — Mahatma Gandhi
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Industrial Scientifi c has signed and closed on a defi nitive agreement to acquire SAFER Systems, headquartered in California. SAFER Systems is a global leader in real-time plume modeling and mitigation solutions for the chemical, oil & gas, and transportation industries. Their next-generation, cloud-based platform integrates gas and meteorological sensor data in real time to provide organisations with the intelligence needed to confi dently prepare for, and respond to, incidents. SAFER Systems serves customers in 23 countries.
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The acquisition adds SAFER Systems’ capabilities in hazard analysis and risk assessment to Industrial Scientifi c’s core functionality in connected sensing and predictive analytics to deliver impactful solutions across customers and industries.
“Industrial Scientifi c is making signifi cant investments to provide customers with a more holistic and real-time view of their safety programs,” said Raghu Arunachalam, SVP and general manager of digital solutions at Industrial Scientifi c. “We are excited by the opportunity to integrate SAFER Systems’ real-time modeling tools with our iNet® to incidents.”
platform to enable customers to rapidly respond
“This transaction is the critical next step toward offering customers solutions that simplify, automate, and integrate existing safety systems to save lives and protect communities,” said Eric Fishman, president of SAFER Systems. “It allows us to draw on the strength and reach of Industrial Scientifi c to deliver real-time solutions as-a-service.”
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Industrial Scientifi c acquires SAFER® specialists in real-time plume monitoring
Systems, S, and high range H2 S, O2 and SO2 , while their premium sensors are NH3, high-range NH3
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