Gas Detection 7


How can we help identifying natural gas leaks when H2


is added?


TBM and THT are the most commonly used odorants to make odourless natural gas smell, so that people realize there is a gas leak. However, control of these odorants is necessary to maintain their effectiveness. Only last year, Sensorix offered its electrochemical (EC) gas sensors for mercaptan and THT detection - Sensorix TBM 50 and Sensorix THT 100.


But due to various power to gas initiatives, more and more H2


reason, a gas measurement device with high- performance gas sensors and no H2


will be added to natural gas. For this interference


is required. We are very pleased to confi rm that the Sensorix TBM 50 is already suited for this application. To complete our respective range of sensors, we have developed the Sensorix THT 100 low H2


, so we now offer a perfect solution for the


detection of mercaptans and THT in natural gas with added H2


.


The Sensorix TBM 50 detects mercaptans with zero cross sensitivity towards H2


, CO, H2 and is ready for use in H2 S, THT containing natural gas


(“power to gas”). The Sensorix TBM 50 gas sensor has excellent repeatability (standard deviation of sensitivity = 0.5 % for 10 consecutive measurements at 10 mg/m³ TBM). It also shows excellent baseline stability from -10 to 40°C and in changing humidity (<0.1 mg/m³) and its unbiased operation will increase battery life in your portable instrument.


The 3-electrode sensor, Sensorix THT 100 low H2 is suitable for power-to-gas applications because


it has a very low H2 1 mg/m3


in 20% hydrogen), has no H2


interference (THT signal only S cross


interference and it requires 300 mV bias.


All sensors are available in various standard formats - 4S, 7S, Mini, Classic, Smart, as well as in customer specifi c mechanical adaptations.


More information online: ilmt.co/PL/R201 and ilmt.co/PL/Y0YY


For More Info, email: email:


For More Info, email: email:


58263pr@reply-direct.com


Innovative connected single-gas detector unveiled at National Safety Council Safety Congress & Expo


Blackline Safety Corp. recently launched a new connected wearable to transform single-gas detection; the all-new G6 personal gas detector debuted at the National Safety Council (NSC) Safety Congress & Expo in San Diego and offers fast incident response time and a more effi cient way to manage safety and compliance.


What makes G6 truly unique is its long-lasting, unsurpassed connectivity; industrial organisations can now fully harness real-time vital safety data for the fi rst time in scenarios where disposable, traditional beep-and-fl ash detectors are commonly used.


A fully connected and intuitive solution that leverages the latest in Internet of Things (IoT) cellular connectivity, G6 delivers expanded benefi ts such as longer battery life, lower cost of ownership and fewer false alarms. More importantly, it gives safety professionals access to the trusted data they need to manage their safety protocols, processes, and ongoing compliance more effectively and effi ciently.


“With this new technology, we’re bringing unprecedented levels of connectivity to industrial workplaces, helping to reduce the risk of injury, boost productivity and bring proactive safety management to a new level,” said Cody Slater, CEO a nd Chair, Blackline Safety. “We’re responding to a direct need in the market, giving safety managers higher performing technology to access reliable, actionable data at their fi ngertips.”


In terms of connectivity, the G6 provides proven direct-to-cloud cellular connectivity that works straight out of the box. It also offers complete safety management through the Blackline Live software portal, with the ability to view an entire fl eet of devices from a single screen and deliver automatic, over-the-air fi rmware and confi guration updates. This technology offers improved incident response time supported by real-time notifi cations and GPS mapping to quickly locate workers and devices and understand what’s happening on the ground as incidents unfold.


The G6’s gas detection technology includes sensor options to quickly alert workers to exposure of toxic gases, including hydrogen sulphide (H2


S), carbon monoxide (CO), oxygen (O2 ) and sulphur dioxide 6’(SO2 ). The device provides higher precision short-term exposure limit (STEL) monitoring as well as more accurate data that reduces false alarms and drives powerful reporting and analytics to get ahead of safety risks.


This connected wearable also includes a long-life rechargeable battery that lasts up to one year. Operators can quickly track devices when lost or stolen and this safety solution has an expected life of up to four years, double the life span of competitive models.


According to a 2022 survey by Priority Metrics Group, 75 percent of North American environment, health and safety (EHS) managers see signifi cant value in gas detectors with expanded features. They are also looking for a simpler, more integrated solution when it comes to using the data generated from gas detection systems to make better informed decisions.


“G6 fi lls a current gap in the market. We have customers who are looking to replace their beep-and-fl ash detectors with a connected device with more safety features, but still need a device that requires minimum upkeep and is easy on time and resources,” said CJ Gregg, CEO, Becker Safety and Supply, a Western US-based distributor of safety supplies. “G6 delivers on all fronts.”


Ideally suited to large industrial organisations in the oil and gas, petrochemical, manufacturing, utility, and renewable energy sectors, G6 allows users to access important single-source data from anywhere, at any time, on any web-enabled device, and then analyse it through Blackline’s advanced reporting, visualisation and data analytics software. This means safety managers can glean critical data insights that help them stay ahead of potential risks and make daily operations more effi cient. At the same time, they have state-of-the-art technology and cloud- connectivity at their fi ngertips to respond to incidents quickly and confi dently in real-time when they do happen.


“Today’s safety and operational leaders are looking for connected solutions that support their number one goal, which is to protect workers from hazards, so they arrive home safely at the end of the day,” said Slater. “Our customer-driven approach to innovation is helping to build a world where adaptive, proactive safety programs are the norm, making it possible to reduce workplace injuries and increase productivity at the same time.”


G6 comes with a full warranty and fl exible purchase options that include the ability to own or lease to maximise CAPEX or OPEX budgets. More information online: ilmt.co/PL/Y0XE


For More Info, email: email:


Cheaper, more effi cient and the most important: more environmentally friendly - this is how we could briefl y describe the advantages of the refrigerant R32 over R410A. With a Global Warming Potential (GWP) of 675, it has a much lower environmental impact, but the impact is still negative. This is why, for us and our planet safety, early detection of even the smallest leak of R32 gas is so important.


For More Info, email: email:


As SGX Sensortech, we would like to introduce you our latest INIR2 and INIR4 sensors for leakage detection of refrigerant gases with low Global Warming Potential (GWP).


The INIR2 and INIR4 are user friendly digital Gas Sensors, which are designed to use the latest SGX Sensortech’s infrared technology. They are primarily designed for the purpose of the gas leakage detection in both industrial and residential environments. Designed with the latest generation of power effi cient microcontrollers allows for high fl exibility and functionality. Temperature compensation, good accuracy and simple implementation into end user system make this sensor a perfect solution for gas leakage detection.


About R32 gas


The refrigerant R32 (difl uoromethane) is used in air conditioning systems and is increasingly replacing R410A. Refrigerant manufacturers and industry organizations also recommend switching to R32 as soon as possible. Its unquestionable advantage, which has undoubtedly contributed to its rapid rise in popularity, is the substance’s very low environmental impact. The global warming potential (GWP) of R32 is almost three times lower than that of the R410A it displaces. In addition, when fi lling the equipment, the amount of agent used can be reduced by up to 30% compared to the R410A it displaces, making it signifi cantly more environmentally friendly. Thanks to this parameter, it is also possible to reduce the size of pipelines and increases the effi ciency of the entire system. Another advantage of R32 gas is its cost, which is approximately 20% lower than R410A gas.


More information online: ilmt.co/PL/9zxY For More Info, email:


email: WWW.ENVIROTECH-ONLINE.COM For More Info, email: 59030pr@reply-direct.com


INIR2 and INIR4 - for leakage detection of refrigerant gases


INIR2 R32 INIR4 R32


57790pr@reply-direct.com


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