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How EMSOL helped the LSE, Mace, Hansons, and the local community take control over pollution Landing

MACE uses EMSOL to track the impact of their supply chain

Stop just monitoring air quality, EMSOL provides organisations with the data to take targeted action. READ THE FULL STORY HERE.

 

Multiple stakeholders and a difficult site

The Marshall Building at 44 Lincoln’s Inn Fields, is an urban redevelopment involving demolition of an existing building and construction of a new, mixed use building with 12-levels. The site is in the heart of the London School of Economics (LSE) university campus, so the university was keen to understand more about air quality challenges potentially caused by construction vehicle traffic.

Working in collaboration with EMSOL has allowed LSE to gather evidence to enhance future action on reducing pollution. EMSOL has given LSE, Mace, and Hansons a better understanding of the specific impact of their construction activities on air quality, to learn where and how they can make a difference allowing them to do more than just monitor air quality.

  • Mace, the primary contractor at the site, are construction industry leaders and pioneers for sustainability in construction. Discover how EMSOL provided a tool for measuring the impact of their supply chain and maintaining commitments to reducing outdoor workers’ exposure to ambient air pollution.
  • Hanson were a crucial part of the supply chain, running a fleet of 100 ready-mix vehicles across sites in London. Find out how EMSOL helps evidence them as environmentally forward-thinking suppliers and can help target any negative impacts towards site air quality instantly.

 

“Using EMSOL meant getting data we can take action on, to bring us closer to our net zero goal – like changing delivery patterns, informing traffic planning and evaluating equipment and supplier sources”
Ali Ashpitel, Sustainability Manager, Mace Group

 

EMSOL enables businesses to take targeted action every day to improve air quality and the local environment. We do this by aggregating real-time air and noise pollution with vehicle location data, allowing teams to pinpoint the problem the moment it becomes a problem, and take specific steps to improve air quality. READ THE FULL STORY HERE.