12 GAS DETECTION New H2


ever with MSA Safety’s leading-edge TruCal® In the past, detecting H2


S & CO toxic gas detectors


require no calibration checks for up to 24 months Protecting workers from the potentially lethal effects of hydrogen sulphide (H2


Technology, which is designed into its newest Ultima®


S) and carbon monoxide (CO) gases is now simpler and more effective than X5000 and General Monitors S5000 Gas Detectors.


S and CO with fixed electrochemical gas sensors has been challenging. A gas sensor’s electrolyte or one or more of the electrodes


usually limits the life of the sensor, especially in high temperature or humid environments. These conditions and issues often required frequent recalibration or clearing of blocked sensors in these rugged environments commonly found in oil/gas production and petrochemical refining plants.


MSA’s breakthrough TruCal technology for its XCell® H2 S and CO sensors solves these problems with an extended calibration technology, which automatically


self-checks and corrects sensor drift to extend calibration cycles up to 24 months using Adaptive Environmental Compensation (AEC) algorithms. This capability eliminates bump checks and assures the user that the sensor is healthy, measuring accurately and capable of detecting gas continuously.


Showcasing the latest in air quality technology:


ION Science exhibiting at AQE 2021 The Air Quality and Emissions Event, one of the key events for gas detection, air quality monitoring and analysis technology, takes place virtually this year over the 13th and 14th October 2021. ION Science, a global leader in VOC detection and analysis, as well as the only UK OEM within the field, will be attending to showcase their latest technology and expert offering.


The focus on delivering better air quality, both indoors and out, as well as monitoring emissions for better health and environment, is something that has risen in prominence over the last decade. COVID-19 further highlighted the importance of good quality air through reducing emissions, and the need to protect and maintain air quality indoors for health and wellbeing purposes. These ideals are held in high regard by those within the public and consumer spaces in more recent years, but are also things that the industries themselves have long been working towards behind the scenes.


ION Science, as a leader in VOC (volatile organic compound) gas detection, analysis, and monitoring, understand the challenges associated with maintaining and improving air quality in number of scenarios. Their technology and expertise have been applied to fields such as shipping, petrochemical, medical, pharmaceutical and semiconductor industries. Air quality monitoring is receiving new focus from ION Science, something their attendance at AQE 2021 only further consolidates.


AQE, although virtual for 2021, offers an excellent opportunity for exhibitors and attendees alike to get a finger on the pulse of what’s happening with air quality monitoring and emissions technology. The event will have a range of product solutions, live demonstrations, technical advice, and opportunities to network with key industry stakeholders. Over 60 hours of exclusive content will be produced throughout the conference, available for up to 6 months post event for reference and learning.


ION Science will be demonstrating and discussing their range of sensors for use in air quality monitoring and emissions, notably the MiniPID range, High Sensitivity VOC Gas Sensor, and the 10.0 and 11.7 eV sensors. For the highest level of air


quality control and monitoring, the High Sensitivity VOC Gas Sensor is the optimum choice. Fifteen times more sensitive than other leading market products, the HS VOC Gas Sensor can detect VOCs at sub ppb levels. This makes it particularly suitable for use indoors, where VOCs can quickly build to dangerous levels due to confined space or limited ventilation.


The MiniPID range delivers accurate high sensitivity VOC readings in a range of environments. Able to withstand humidity at 0-99% without condensing, temperatures of -40 to +65 °C, and with an anti-contamination design, the MiniPID range offers 10,000 hours of lamp life, ideal for long term, reliable monitoring.


AQE 2021 promises to deliver the latest developments for the gas detection and air quality and emissions monitoring landscape. ION Science, as key exhibitors, will be demonstrating their products, technical insight, and dedicated customer service that supports their status as one of the leading OEMs within the field of VOC gas detection.


To register your attendance at AQE 2021, please follow the link here to sign up for free: https://www.ilmexhibitions.com/aqeshow/registration/ More information online: ilmt.co/PL/5OvD


For More Info, email: email:


For More Info, email: email:


56168pr@reply-direct.com


The Ultima X5000 and GM S5000 Gas Detectors with TruCal Technology deliver reliable H2S and CO protection to achieve worry-free safety without sacrifice. This is accomplished by combining an internal electronic interrogation of their XCell gas sensor’s functionality (pulse check) with an acoustic system (diffusion supervision), which monitors the gas inlet path for blockages that would prevent gas from reaching the sensor.


The result is a comprehensive sensor self- check capability for the Ultima X5000 and GM S5000 Detectors that interprets the results of these two tests and confirms the sensor is able to accurately respond to H2


S or CO or


makes adjustment to the sensor sensitivity if necessary. Furthermore, these sensors are able to identify and communicate to the user and plant control system if the sensor inlet has become obstructed, is nearing the end of its life, or is in need of calibration. TruCal’s self-check is automatically performed every 6 hours without any user intervention. TruCal eliminates the need for regularly scheduled calibrations. Sensors will perform within stated performance specification for 24 months without manual calibration.


The Ultima X5000 and S5000 Gas Detectors also feature dual sensor design capability, which doubles the sensing power with half of the footprint of a single gas transmitter. Their built-in SafeSwap™ capability also enables the safe and quick replacement of XCell sensors without turning off the instrument for reduced maintenance time.


The intelligent design of the X5000 and S5000 detector’s local interface makes it simple to install, use and maintain. The detector’s display shows instrument status (power, fault or alarm), Bluetooth connection status and gas readings at a glance. A unique touch button interface provides rapid access to all settings and functions.


The X5000 and S5000 detectors offer a number of alarm signalling output choices. In addition to dual 4-20 mA current source or sink, HART, Modbus and optional Bluetooth®


digital


communications are available. The Bluetooth® interface connects with MSA’s Apple® or Android®


iOS X/S Connect App. Workers will


appreciate the safety of wirelessly accessing the detectors up to 75 feet (23 meters) away using the smartphone or tablet of their choice.


Showcasing the latest PID


Technology for Air Quality Monitoring ION Science are exhibiting virtually at AQE & WWEM 2021!


For more information contact us at: info@ionscience,com


ionscience.com Unrivalled Gas Detection.


September - Half Page Advert (IET).indd 1 IET SEPTEMBER/OCTOBER 2021 WWW.ENVIROTECH-ONLINE.COM 02/09/2021 16:28


The X5000 and S5000 detectors address a wide range of application needs. They feature global safety approvals and are ideal for oil/ gas production including offshore platforms; floating production, storage and offloading (FPSO) vessels; and marine tanker service; as well as in petrochemical refineries, large tank storage systems and distribution facilities. In addition, they support a wide range of other heavy-duty industrial process and manufacturing plants wherever toxic or combustible gases are found.


For More Info, email: email:


For More Info, email: email:


54938pr@reply-direct.com


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