news.mitie.com Open in urlscan Pro
51.140.152.154  Public Scan

Submitted URL: https://s2.bl-1.com/h/i/dtFV8vk4/1kB5hgF?url=https://news.mitie.com/news/mitie-cuts-lloyds-banking-groups-carbon-imp...
Effective URL: https://news.mitie.com/news/mitie-cuts-lloyds-banking-groups-carbon-impact-with-new-electric-heating-system-in-halifax
Submission: On August 25 via api from IE — Scanned from DE

Form analysis 0 forms found in the DOM

Text Content

Skip to content
 * visit mitie.com

 * Home
 * Press Releases
 * Image Library
 * Contact Us

 * Home
 * Press Releases
 * Image Library
 * Contact Us

Mitie home Media centre News Releases Mitie cuts Lloyds Banking Group’s carbon
impact with new electric heating system in Halifax


PRESS RELEASE

17 August 2023


MITIE CUTS LLOYDS BANKING GROUP’S CARBON IMPACT WITH NEW ELECTRIC HEATING SYSTEM
IN HALIFAX

 * Mitie has helped Lloyds Banking Group (LBG) to reduce emissions at its
   Halifax headquarters with a new ground source heat pump
 * The new heat pump will save up to 6,292,112 kWh of gas consumption, reducing
   LBG’s carbon emissions by up to 1,164 tonnes, equivalent to the amount of CO2
   produced from the annual energy use of 143 homes1
 * The decarbonisation project is part of LBG’s long-term investment in
   modernising its estate and reaching its net zero operations target by 2030

Mitie has worked with Lloyds Banking Group (LBG), the UK’s largest financial
services organisation, to decarbonise the heating of its Trinity Road office in
Halifax. The new ground source heat pump system is projected to eliminate up to
6,292,112 kWh of gas consumption and up to 1,164 tonnes of carbon emissions per
year - equivalent to the CO2 produced from the annual energy use of 143
homes1.  

The site’s main heating source needed an upgrade to replace the building’s three
2200kW gas boilers which were energy intensive and beyond end-of-life. In
addition, the Trinity Road site is a Grade-II listed building built on top of an
old brewery which meant the Mitie team had to consider the historical and
heritage constraints that come with refurbishing such heavily restricted
buildings.   

The project involved replacing the old gas boilers with a new electric open-loop
ground source heat pump system to provide the building with renewable heating
and cooling and removing the need for gas-powered heating. In addition to the
three existing boreholes which had previously been used by the old brewery for
beer-making, the process required the drilling of two new ones to facilitate the
1400kW of renewable electricity required to heat the entire building. The
boreholes were required at a depth of 300m – nearly as far below ground as the
height of The Shard2. Despite the complexities of the project, the building
remained operational throughout the works, with minimal disruptions to business
operations for almost 3,500 colleagues working in the building.  

This decarbonisation project builds on Mitie’s decade long partnership with LBG,
covering energy services that support LBG’s investment in decarbonising its
estate and reaching its target of net zero operations by 2030. This includes a
recent project in which Mitie upgraded the external decorative lighting display
of LBG’s iconic Edinburgh office, The Mound, to a more sustainable alternative.
This helped LBG to optimise its energy consumption and reduce carbon emissions
saving 251,000 kWh of energy a year, a 73% reduction.  

Pradyumna Pandit, Managing Director, Sustainability and Energy Services, Mitie,
said: 

“Having worked closely with Lloyds Banking Group to support the decarbonisation
of its estate and achieve its wider net zero goals, this was a challenging and
interesting project which required an innovative approach. For the UK to reach
its net zero targets, there is an increasingly urgent need to retrofit existing
buildings, including historically important sites, so we’re proud to have
delivered such a complex project whilst ensuring minimum disruption.” 

Matteo Deidda, Senior Sustainability Manager, Lloyds Banking Group said:  

“The successful installation of the ground source heat pump at our Trinity Road
office is a milestone project in decarbonising our buildings and reaching net
zero operational emissions by 2030. We know that collaboration is key to
achieving our net zero ambitions and we’re grateful to Mitie for their
partnership in delivering this important and innovative project.” 

--------------------------------------------------------------------------------


NOTES TO EDITORS

1. The average carbon footprint per household in the UK is 8.1 tonnes of CO2.
Source: Heatable  

2. The Shard, London, is 310m tall  https://www.the-shard.com/shard-quarter/ 

About Mitie  

Founded in 1987, Mitie’s job is to look after places where Britain works and is
the leading facilities management company in the UK. We offer a range of
services to the Public Sectors in Central Government and Defence and Communities
(Healthcare, Education and Campus & Critical). Our Technical Services
(Engineering Services, Energy, Water and Real Estate Services) and Business
Services (Security, Cleaning and Office Services) divisions serve private sector
customers in Telecoms, Financial & Professional Services, Transport and
Industrials and increasingly to the public sector.   

Finally, our Specialist Services (Care & Custody, Landscapes, Waste Management
and Spain) division serves both the public and private sectors. Mitie employs
64,000 people. We are the champion of the ‘Frontline Heroes’ who have kept
Britain working during the COVID pandemic. We take care of our customers’ people
and buildings, through the ‘Science of Service’, and we are transforming
facilities to be more flexible, safe, sustainable, and attractive to all.   

The business continues to execute its technology-led strategy and in the past
twelve months has received multiple awards. Find out more at www.mitie.com.   

© 2020 Mitie Group plc. All Rights Reserved.

 * Follow Us
   * Linkedin
   * Twitter


 * Legal
   * Site Terms
   * Privacy
   * Accessibility
   * Cookie Policy
   * Modern Slavery Act


Click to return to the top of the page top