IHEEM Archives - Aluminium Rainscreen Overcladding Specialist

Posts Tagged:IHEEM

A very busy IHEEM for design build facades

16th October 2023 News architects,estate,estate management,healthcare,IHEEM,nhs,partnerships,refurbishment,residential,Sustainability

Carbon reductions, energy savings and procurement were key topics of interest during a very busy two day show. design build facades met up with existing clients and other key people from NHS Trusts, energy supply companies and organisations across the sector. design build facades were pleased that the refurbishment of Aintree University Hospital Tower Block

Come and talk to us at IHEEM

2nd October 2023 News architects,estate,estate management,healthcare,IHEEM,nhs,partnerships,refurbishment,residential,Sustainability

design build facades, a design and build overcladding specialist, will be participating in the upcoming IHEEM Healthcare Estates Conference in Manchester on the 10th and 11th October. We invite you to visit Stand B27 in the Energy and Sustainability zone to discuss procurement and our fabric first approach to addressing energy efficiency and decarbonisation within

IHEEM successful for design build facades

10th October 2022 News build,carbon,carbon reduction,design,estates,facades,IHEEM

design builds facades enjoyed a busy IHEEM where their fabric first message was well received by key decision makers in the healthcare sector. As leaders in transforming the NHS Estate, the conference provided the opportunity to continue building relationships with past, present and future clients including Chris Hodgson, Director of Estates and Facilities, Sussex Partnership

IHEEM Healthcare Estates Conference 2022

27th September 2022 News 2022,build,conference,design,estate,facades,IHEEM

We are pleased to announce our attendance at the IHEEM Healthcare Estates Conference at the Manchester Central Complex on 4th and 5th October 2022. We will be on Stand A41 in the Energy & Sustainability Zone. Come and talk to us about how we can help decarbonise your estate by reducing heating energy consumption of