Air Monitoring 29 New series of multi-gas monitoring systems provide
perfect solution for IAQ and HVAC applications Acme is introducing a completely new generation of gas detection control systems. As a leading manufacturer of HVAC IAQ detection and control systems since the early 1970s, Acme has looked at the trend towards the integration of Internet of Things functionality in consumer products and is bringing that capability and fl exibility to the HVAC marketplace.
The fl agship product will be the Multi-Gas Monitoring System (MGMS) consisting of a modular system with a controller containing IoT communication as well as industry standard BACnet protocols. Add-on modules include relay boards, analogue output capability, with no limit on the number of modules that can be included. Acme offers client the fl exibility to enclose these modules in a classic control panel with an integrated display or can use Bluetooth communication via a phone-based app to communicate with the controller. Ethernet capability will allow the integration with building automation systems and provides for remote visualization of current conditions in the space.
Confi guring the system, including analogue or relay fan control logic, is entirely software driven. What used to be a complex system of hard-wired controls is replaced by an intuitive user interface where each sensor location can be associated with a relay, bank of relays or grouped into a proportional analogue or proportional voltage signal. Control logic can be modifi ed at any time if required. The Acme MGMS is future proof since modules will be upgradable as new communications standards migrate into the HVAC space that offer greater connectivity and data reporting.
Data storage and modelling will be possible using a monthly billing model for clients who want to gather information on the pollution in the space and use that information to maintain a healthy building environment and reduce energy consumption.
Gas monitors in the space will offer quick-change sensor modules, wired and wireless sensor modules with the possibility of up to ten sensors in one compact enclosure as well as particulate monitoring down to 1-micron particles. Acme is confi dent that it is offering the most advanced, fl exible and future-proof gas-detection and control system on the market today. Acme’s systems are sold for new construction and retrofi t opportunities and is a key component for buildings seeking LEED certifi cation.
New acoustic imager for fi xed and mobile monitoring
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Fluke Process Instruments have recently launched their new SV600 Fixed Acoustic Imager at the Hannover Fair. The new Fixed Acoustic imager enables users to detect, locate and track air or gas leaks before they become costly problems. Using an array of sophisticated sound sensors, a camera and Fluke’s powerful SoundMap technology, SV600 visualizes sounds for asset monitoring, troubleshooting and quality inspection. It easily integrates with factory systems and enables 24/7 monitoring of compressors, pumps, pipes and other equipment with user-defi ned alarms. Remote evaluation options help minimize operator intervention, thus improving factory safety. Notably, the SV600 acoustic imager has already been integrated, as a payload, in Boston Dynamics’ agile robot Spot for autonomous and remote-controlled surveillance in diffi cult-to-access or potentially unsafe environments.
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58018pr@reply-direct.com One System - Three Solutions
One of OPSIS’ most versatile systems is the internationally approved System 400 for CEM applications. One System 400 offers three possible monitoring solutions depending on the conditions of the monitoring site.
The cross-stack, non-contact method measures the fl ue gas components across the duct with a beam of light, with fast response and low maintenance.
The fast-loop method is used if the measurement point is diffi cult to access or if you want the measurement cell in a separate room with controlled climate.
The hot wet extractive solution is the best choice if you want to monitor total mercury or H2S in addition to all other relevant gases.
OPSIS System 400 is based on OPSIS DOAS technology, and enables measurement of several gases simultaneously.
More information online:
ilmt.co/PL/X2np For More Info, email:
Long-term sampling of dioxin and carbon dioxide email:
New regulations such as the European “Waste Incineration BAT Conclusions” call for long-term sampling of “dioxin”. An isokinetic sample is taken from the duct and dioxin is trapped in an absorbing material. Special material has to be used and the sampler, which effectively is an advanced pump, needs to be controlled.
OPSIS DX100 dioxin sampler is a robust system based on reliable and proven techniques. With this system, it is easy to meet the legal requirements. It is not only simple to operate but also easy to install. The system includes a sampling unit, a gas conditioning unit, and a control cabinet where the fl ow is measured and regulated. It carefully controls an ejector pump sitting at the end of the extraction line. This ensures that the sample is taken at the same rate as the gas passes in the duct.
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After a set sampling period, which can range from hours up to eight weeks, the container is swiftly exchanged for a new one and then sent to a laboratory for analysis of the dioxin content, while the new container allows continued sampling. The DX100 is also offered with an option to capture CO2
. This is used to determine the percentage of fossil CO2 emissions. This can be of major interest to plant operators burning mixed fuels.
Based on the isokinetic sampling method, the DX100 meets the requirements of the standard EN 1948-1.
More information online:
ilmt.co/PL/WoxM For More Info, email:
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