WHAT IS CEM 2023?
CEM EMISSIONS MONITORING
Head to CEM 2023 to discover simple, ef ective – yet precise and reliable solution to all of your air monitoring needs
industrial hygiene applications. Aeroqual have helped air monitoring professionals and community groups from all over the world to fi nd the perfect solution to their air monitoring needs. Aeroqual have helped hundreds of air quality projects to achieve success and environmental compliance through trusted, real-time data.
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Visitors to CEM will be able to meet with the Aeroqual Europe experts and discuss their specifi c air monitoring needs and fi nd out how there world-class product range, supported by superb technical service will take the strain out of their air monitoring requirements.
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Aeroqual Europe, the highly esteemed providers of integrated monitoring and software systems, will be exhibiting at CEM 2023 on stand 19. Their real-time monitoring solutions have made monitoring the air a simple task. Aeroqual’s state-of-art product range spans everything from outdoor and indoor air quality to ozone monitoring and
AI and IoT air monitoring technologies
to be showcased at CEM 2023 Ellona is heading to the upcoming CEM Exhibition and Conference in Barcelona. The event will enable Ellona to showcase its state-of-the-art solutions that will change the way organisations collect and use environmental data.
At the CEM Exhibition and Conference, Ellona will highlight its cutting-edge solutions that leverage the power of artifi cial intelligence (AI) and Edge IoT technologies. The company’s comprehensive suite of products empowers end users to collect and enrich data on monitored environmental conditions, both indoors and outdoors, helping them to make informed and prompt decisions.
Ellona’s WT1 system off ers a standardised all-in-one solution for monitoring and controlling the outdoor environment. With real-time air monitoring, odour and noise recognition capabilities, the system enables continuous and simultaneous monitoring of a wide range of sensory parameters, which can be customised for specifi c use at various locations, including construction and industrial sites, airports, and seaports..
Additionally, Ellona will showcase the POD 2; this is a sophisticated indoor environmental monitoring system designed to ensure health and well-being helping organisations to optimise business operations. The POD 2 off ers continuous and simultaneous monitoring of various sensory parameters, therefore quantifying indoor nuisances and hazards. Customisable to specifi c use cases, the POD 2 bridges the gap between raw data and actionable information, enabling businesses and communities to take meaningful and impactful actions when needed. Ellona’s environmental intelligence platform combines AI algorithms and extensive databases to not only quantify but also identify odours, particles, and other environmental factors. The platform allows users to set real-time alerts, automate intelligent reports, and integrate with other systems such as ventilation, heating, and window opening mechanisms. Moreover, Ellona’s solutions incorporate a unique feature that enables individuals to report real-time perceptions of the environment, enhancing the accuracy of analysis algorithms.
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The CEM Exhibition will be a great opportunity for Ellona to demonstrate their advanced environmental intelligence solutions. Their state- of-the-art products leverage AI and Edge IoT technologies to enable decision-makers to collect, analyse, and act upon environmental data eff ectively. Ellona will showcase how their solutions can transform industries and contribute to a more sustainable future. Ellona off ers an integrated solution consisting of customised multi-sensor modules, peripheral databases, and a cloud-based software suite that seamlessly interfaces with any smart device, including PCs, smartphones, and embedded fi rmware. The company provides diff erent business models to cater to various needs and partnership types, ensuring they can provide a solution to match a host of diff erent needs.
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Rest assured industrial mercury emission
analysis just became a whole lot easier Mercury is a specifi c element; in its elemental form (HG0) mercury is relatively easy to handle and measure. However, in chemical and combustion processes, mercury will be oxidized to some degree, to be measured, these forms of mercury (HG+, HG++) need to be reduced to elemental mercury in a converter process. The fi rst accepted method for performing such reductions was based on wet chemistry, it is still perceived to be the standard method, but this procedure can only be carried out in a lab. Another method involves the use of an extremely high-temperature oven, which breaks down the chemical bonds thus enabling mercury to be analysed, but, whilst this can take the process away from the lab, it is not without problems of its own, in terms of reliability.
The OPSIS System400Hg provides an alternative approach, which compares very favourably with the alternatives. The reduction is carried out in a temperature-controlled canister using a material that reduces the oxidised forms to elemental mercury at a relatively low-temperature range of 235-250 °C. This is a solution that is reliable and durable, and it works reliably for unattended, extended periods with no measurement drift. The OPSIS System400Hg extracts a sample gas fl ow through a heated probe with a dust fi lter. The fl ow rate is a few litres per minute. The fl ow goes through a heated sample line and then through the reduction converter. Gas containing elemental mercury is then ready to be measured in the temperature-controlled stainless-steel cell, with quartz glass windows.
The OPSIS UV-DOAS is a well-established technology for type-approved, certifi ed measurements of a wide variety of gases, including elemental mercury. The system includes a source emitter with a Xenon lamp that produces a well-collimated beam of white, full- spectrum, light. On the other side of the measurement cell, there is a receiver that collects the light and sends the signal through a fi bre optic cable to the UV-DOAS spectrometer. The analyser digitises and collects hundreds of samples per second and its integrated computer calculates the results and communicates the information to external data collection systems.
The OPSIS UV-DOAS is a non-intrusive type of gas analysis system that has no direct contact with the process gas; the measurement is made optically. This leads to signifi cantly improved reliability and durability when compared to conventional technologies.
The already TUV-certifi ed OPSIS System400Hg combines the features of UV-DOAS technology with the most recent advances in mercury reduction technology. With ever more stringent global legislation for mercury emission, this state-of-the-art analyser takes the stress away when reliable and precise measurements are needed for environmental compliance and protecting communities.
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60816pr@reply-direct.com 37
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