40 GAS DETECTION The world’s hardest working gas detector with internal pump


When and where are your workers entering confined 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 confined 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, configurability 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 confined space and maintenance programmes.


G7 features an exclusive modular interface with the industry’s first 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 field where they are needed. Cartridges are field-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 five-gas detector, Blackline have those too. Blackline’s standard sensors include CO, CO-H (hydrogen-resistant carbon monoxide), combustible (LEL- infrared), H2


O2 and SO2 , while their premium sensors are NH3, high-range NH3 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-flash’ 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 certified to BS8484:2016, the standard that defines the requirements for lone worker safety monitoring products and service providers, ensuring that businesses are competent, and the functionality of lone worker devices is fit-for-purpose.


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Bacharach have announced that its award-winning Parasense Refrigerant Tracking and Compliance Software is available for free with full-feature capabilities and unlimited users, sites, and refrigeration assets. The cloud- based software, includes usage, tracking, and reporting for unlimited users, sites and refrigeration assets and is ideal for any organization looking to reduce refrigerant emissions and support regulatory tracking and reporting needs while eliminating reliance on spreadsheets or other less sophisticated methods.


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The software is an enterprise-scale system to track refrigerant usage, leak inspections, and leak events, as well as provide compliance reporting for EPA 608, CARB, F-Gas and GreenChill.


Parasense software features a compliance calendar that automatically schedules and reminds users about compliance activities as well as a regulation workflow that maps regulations into specific tasks to maintain compliance. The software also has a compliance score that gives a visual indicator to the state of compliance across the enterprise, regions, sites, or assets. An automatic leak rate calculator provides a rolling 12-month view of refrigerant usage as a percent of system charge and this software also features enterprise-level to single-site filters and data summaries.


Parasense Refrigerant Tracking software is designed for facility managers and compliance officers who support multi-site organizations like supermarkets, food processing plants, cold storage warehouses, hospitals, universities, or K-12 schools. The software is also valuable for smaller organizations, as well as for mechanical and refrigeration contractors that want to offer refrigerant management as part of their service.


The software is also supported by professional services from the Parasense Information Center (PIC) team. The PIC team provides fee-based, value-added services such as data importing, pro-active data review and recommendations, periodic report preparation, and contractor coordination for timely completion of inspections, repairs, testing, and record- keeping. The combination of the software and the PIC team services provides a complete solution for enterprise-grade refrigerant tracking and compliance.


The use of Bacharach’s high-performance fixed and portable refrigerant leak detection systems provides organizations with a complementary, proven solution for identifying low-level refrigerant leaks, reducing refrigerant emissions, and achieving best-in-class leak rate performance (less than 10%/year). The Parasense software portfolio is in use by over 1,000 sites including supermarkets, food processing, and data centres.


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Award-winning refrigerant management software now available for free


Pipeline inspection using optical gas imaging


FLIR Systems has published a new application spotlight that highlights the role its Optical Gas Imaging (OGI) cameras are playing in detecting gas leaks from oil and gas pipelines.


Oil and gas pipelines often stretch long distances, carrying a variety of materials. Sometimes the pipes fail, resulting in liquid leaks or fugitive emissions of gas releasing into the environment. Through routine inspections, leaks may be caught early-but this is challenging to accomplish when there are many miles of pipelines in a system, and they are often in remote locations. Oil and gas companies need the flexibility to clearly identify pipeline leaks remotely and with live inspection personnel on-site.


Thermal imaging technology makes it possible to quickly inspect pipelines for leaks, onsite or offsite. With a handheld thermal camera, such as the FLIR GF620, maintenance teams can complete onsite inspections for temperature problems and hydrocarbon gas emissions. For remote inspections of pipelines, an unmanned aerial vehicle - or drone allows operators to easily inspect both above ground and buried pipelines.


FLIR GF620 OGI camera ‘in action’ S, and high range H2 S,


The application spotlight describes how oil and gas technicians and engineers are identifying leaks day and night using FLIR handheld thermal imagers or drone-mounted payloads. A handheld thermal imager is the easiest way to inspect pipelines in locations contained with a large facility. For pipelines in remote locations, a drone-mounted FLIR solution offers the most efficient results. It not only allows a quick and thorough inspection of the pipeline, but also enables the user to quickly assess the information and relay issues to a control room for corrective action. Real-time streaming can also transmit visual and thermal data immediately to control room operators for fast corrective actions.


Modular design maximises versatility with customisable gas detection controllers


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The modular design of Crowcon’s new GM series controllers delivers versatility since each controller is built to the user’s specification. This includes the choice of input and output types and channel quantity, as well as mounting type and power supply options. The controllers can also be upgraded by adding additional functionality at any time after the initial installation.


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The controllers can be specified for traditional 4-20mA analogue communications if that is what the user already works with. However, they can also be supplied with digital addressable communications, which allows multiple fixed detectors to be linked together on a single communication loop. This drastically reduces the cabling and labour costs, as well as the time taken to complete the overall system installation. Users can also choose to mix the two to enjoy ultimate flexibility.


There are three models in the new range. The GM16 provides up to 16 channels, GM64 has 64-channel capacity and the GM128 offers up to 128 channels. The large number of channels enables users to complete applications through one controller, regardless of whether they need a small or large number of channels.


With the GM controller series targeting hazardous gas monitoring applications, the easy-to-use navigation and configuration features improve safety by minimising the time users need to spend in potentially hazardous locations.


Furthermore, the ability to view data and configure the controller remotely improve safety even further. All data and functions can be accessed from the controller front panel or the information can be fed to a remote fixed computer screen or mobile device with internet capability.


Versatility extends to the various formats in which the GM series can display data, helping users to keep track of the information that’s most important for them. All live channels can be displayed simultaneously for a constant check on the system status, with different colours used to highlight alarms. Data can also be displayed in zones, with a separate channel assigned to each zone and up to eight zones displayed at once. In addition, data trends can be displayed for the most recent 24 hours or 30 minutes for a specific channel.


Users can change the display options with a simple scroll button at the controller or with a click via tabs on the remote view via internet browser. For More Info, email:


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