viii UK Focus - Air Monitoring World’s Most Advanced Map of Air Pollution
Drayson Technologies is today announcing its plans to build the world’s most advanced air pollution map, for Greater London, and new partnerships with Gophr and Inmarsat to achieve this aim. UK courier company Gophr will equip 50 of its bicycle couriers with CleanSpace Tags – portable air pollution sensors created by Drayson Technologies that are powered by its revolutionary Freevolt technology. The couriers, all based in London, will map pollution levels on their journeys across the capital, collecting data that will help to build a real-time map of London’s air pollution as they carry out their same-day deliveries. The couriers will also be equipped with LoRa trackers by Inmarsat, the global mobile satellite communications services provider; enabling highly accurate, real time location and height data to be collected on the move.
The carbon monoxide data collected from the CleanSpace Tags will feed into the Air Map, an interactive map that will show the pollution levels at the location of each courier, in real time. With the couriers predicted to travel over 17,000 miles each month, the amount of indoor and outdoor air pollution data collected will be on a scale that has never been achieved previously. The collected data is anonymised and fed into the CleanSpace mobile application, alongside other Tag users’ data, to provide users with personal and actionable air pollution data.
The LoRa (Long Range) trackers will track the location of the Gophr couriers via satellite without having to use mobile Location Based Services which drain battery life. This provides more accurate readings on the move, with the need for fewer access points to cover the whole area of a city.
The CleanSpace Tag is a personal air pollution smart sensor that enables people to measure and monitor the pollution levels in the air they breathe, wherever they are, at any time. It is the first product to be powered by Freevolt™, a revolutionary
technology launched by Drayson Technologies, that harvests and recycles wasted wireless signals to power low-energy devices so their batteries never need changing. The CleanSpace Tag works alongside the CleanSpace mobile application, allowing users to view their exposure to air pollution through an interactive Air Map.
Gophr and Inmarsat are the first partners announced in Drayson Technologies’ plan to create the world’s most advanced air pollution map of a city. Further organisations, groups and individuals will be equipped with CleanSpace Tags in the coming weeks and months in order to collect data, gather insights and help address the issue of air pollution in the capital.
Lord Paul Drayson, Chairman and CEO, Drayson Technologies, said: “The CleanSpace network aims to provide the world’s most advanced air pollution map using thousands of personal sensors powered by Freevolt. This partnership brings together the combined expertise and commitment of Drayson Technologies, Gophr and Inmarsat so that people in London can see the air they breathe and help to create, not just a smart city – but a smarter society.”
Seb Robert, Founder, Gophr, said: “We’re a company that’s proud to be using the most innovative technology solutions available to make the world a better place to live in. As a courier service built by, and with bicycle couriers from day one, we’re proud to be able to use our resources to map air pollution in the capital. Making the most of our bike couriers to deliver a great same-day service, and a healthier future for London.”
Greg Ewert, President for Enterprise Markets, Inmarsat, said: “Air pollution is a global problem, contributing to about 40,000 early deaths a year in the UK alone. Creating an accurate air pollution map at breathing height will contribute to the better understanding of how to combat this issue and improve air quality in London. This is the first example of a public LoRa™ network in London and we hope this partnership with Gophr and Drayson will be the first of many city air pollution projects.”
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For More Info, email: email:
39709pr@reply-direct.com POLARIS FID
lightweight, compact, ergonomic, safe.
lightweight, compact, ergonomic, safe.
POLARIS FID analyser realized by POLLUTION is an on-site monitor for the detection of total organic carbon (TOC) in compliance with EN 12619:2013 and EPA Method 25A. It’s a fully portable instrument because it incorporates everything needed for the analysis; for that reason it is useful for environmental screening as well.
APPLICATIONSAPPLICATIONS
• On-site analysis of TOC (Total Organic Carbon) in Stack Emissions, in compliance with EN12619:2013 and EPA Method 25A
• Methane/NMHC Automatic analysis • Environmental screening
FIND OUT MORE VISIT
www.astech-ltd.comwww.astech-ltd.com Also view our full product range.
FIND OUT MORE VISIT Also view our full product range.
Tel: +44 (0)1462 414255 Email:
info@astech-ltd.com
Tel: +44 (0)1462 414255 Email:
info@astech-ltd.com
• Methane/NMHC Automatic analysis • Environmental screening
• On-site analysis of TOC (Total Organic Carbon) in Stack Emissions, in compliance with EN12619:2013 and EPA Method 25A
POLARIS FID analyser realized by POLLUTION is an on-site monitor for the detection of total organic carbon (TOC) in compliance with EN 12619:2013 and EPA Method 25A. It’s a fully portable instrument because it incorporates everything needed for the analysis; for that reason it is useful for environmental screening as well.
POLARIS FID Portable TOC Analyser for stack emissionsPortable TOC Analyser for stack emissions
AS Technical Solutions Ltd are pleased to announce they are the distributor partner for POLLUTION s.r.l
Pollution s.r.l are experienced designers and manufacturers of analytical instruments for the on-site chemical analysis of volatile compounds. Since 1991 POLLUTION is a leader in microGC and emissions FID technologies. Markets served include: Environmental, Energy & Process (natural gas, petrochemical), Health & Safety. POLLUTION has a modern R&D facility with people focused on high technology and innovative analytical instruments design. They have successful partnerships with universities and research centres in Italy and worldwide. POLARIS FID is an on-site portable TOC Analyser for Stack Emissions in compliance with EN12619, EN13526 and EPA METHOD 25A. It is TÜV Rheinald certied.
Pollution s.r.l are experienced designers and manufacturers of analytical instruments for the on-site chemical analysis of volatile compounds. Since 1991 POLLUTION is a leader in microGC and emissions FID technologies. Markets served include: Environmental, Energy & Process (natural gas, petrochemical), Health & Safety. POLLUTION has a modern R&D facility with people focused on high technology and innovative analytical instruments design. They have successful partnerships with universities and research centres in Italy and worldwide. POLARIS FID is an on-site portable TOC Analyser for Stack Emissions in compliance with EN12619, EN13526 and EPA METHOD 25A. It is TÜV Rheinald certied.
The miniaturization of the ame ionization detector (FID) and volumetric sampling system result in outstanding energy savings and thus allows the use of built-in rechargeable batteries. The compact hydrogen storage cartridge (using an innovative metal-hydride technology) is integrated into the instrument and self-desorbs the hydrogen fuel to the ame detector at appropriate pressure and ow. It is very safe and it does not require pressure regulators; it is a very handy instrument because it allows to perform continuous analysis for many hours. Because of its design characteristics, it can be carried by car and plane without any restrictions. It can be easily recharged in a few
minutes (20mins @ 20bar) in the laboratory using a standard hydrogen tank with regulator or with a hydrogen generator. The instrument is designed to be resistant to samples with high temperature and humidity: this is a typical working condition with hot samples during stack monitoring.
For More Info, email: email:
The miniaturization of the ame ionization detector (FID) and volumetric sampling system result in outstanding energy savings and thus allows the use of built-in rechargeable batteries. The compact hydrogen storage cartridge (using an innovative metal-hydride technology) is integrated into the instrument and self-desorbs the hydrogen fuel to the ame detector at appropriate pressure and ow. It is very safe and it does not require pressure regulators; it is a very handy instrument because it allows to perform continuous analysis for many hours. Because of its design characteristics, it can be carried by car and plane without any restrictions. It can be easily recharged in a few
minutes (20mins @ 20bar) in the laboratory using a standard hydrogen tank with regulator or with a hydrogen generator. The instrument is designed to be resistant to samples with high temperature and humidity: this is a typical working condition with hot samples during stack monitoring.
5556ad@reply-direct.com IET Annual Buyers’ Guide 2016/17
www.envirotech-online.com
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AS Technical Solutions Ltd are pleased to announce they are the distributor partner for POLLUTION s.r.l
The detector manifold, the sampling lines and all the valves are integrated into a single block and are uniformly heated, in order to eliminate all possible cold spots and avoiding local sample condensation. The instrument incorporates everything you need for analysis: batteries, hydrogen storage accumulator, pump and Activated Charcoal lter for the ame air, span gas cylinder for the calibration and technical air cylinder for high accuracy and precision. The sample inlet, with double lter, is compatible with all sampling lines on the market. It is equipped with comfortable shoulder strap for eld use, also available as a front-bag.
The detector manifold, the sampling lines and all the valves are integrated into a single block and are uniformly heated, in order to eliminate all possible cold spots and avoiding local sample condensation. The instrument incorporates everything you need for analysis: batteries, hydrogen storage accumulator, pump and Activated Charcoal lter for the ame air, span gas cylinder for the calibration and technical air cylinder for high accuracy and precision. The sample inlet, with double lter, is compatible with all sampling lines on the market. It is equipped with comfortable shoulder strap for eld use, also available as a front-bag.
The integrated microprocessor automatically controls several parameters: ignition and ame monitoring, setup of parameters chose by the user according to the analytical method, diagnostic checks, life monitoring of the gas cans and energy reserves, sampling lines cleaning cycles, calibration procedures.
• Rechargeable battery operations - fully portable
• Rechargeable battery operations - fully portable
• Integrated hydrogen accumulator - safe and compact
• Integrated hydrogen accumulator - safe and compact
• Zero Air and Span Gas integrated into the chassis - ergonomic and lightweight
• Zero Air and Span Gas integrated into the chassis - ergonomic and lightweight
• Volumetric sampling heated line - accurate and precise
• Alphanumeric display and USB port for up loading methods and downloading data analysis - easy and advanced
AS Technical Solutions Ltd 12C, Old Bridge Way Shefford Industrial Estate Shefford, Beds, SG17 5HQ
Tel: +44 (0)1462 414255
info@astech-ltd.com www.astech-ltd.com
info@astech-ltd.com www.astech-ltd.com
Tel: +44 (0)1462 414255
AS Technical Solutions Ltd 12C, Old Bridge Way Shefford Industrial Estate Shefford, Beds, SG17 5HQ
• Alphanumeric display and USB port for up loading methods and downloading data analysis - easy and advanced
• Volumetric sampling heated line - accurate and precise
The integrated microprocessor automatically controls several parameters: ignition and ame monitoring, setup of parameters chose by the user according to the analytical method, diagnostic checks, life monitoring of the gas cans and energy reserves, sampling lines cleaning cycles, calibration procedures.
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