CO-OP CONSTRUCTION TEAM NAMES EPTA UK SUPPLIER OF THE YEAR 2016

<p>In October 2016, the excellence and expertise of <strong>Epta UK</strong> was recognised by <strong>Co-op</strong>, a leading retail chain in the United Kingdom, at the <strong>Co-op Construction Team Charity and Supplier Awards Evening 2016. </strong>In the exclusive setting of <strong>The Palace Hotel Manchester,</strong> Epta UK was named <strong>Supplier of the Year</strong>, the most prestigious award on offer.</p>
<p><strong>John Austin-Davies</strong>, <strong>Commercial Director of Epta UK </strong>stated: “<em>We are delighted to continue our success at the Co-op Awards Evening, having been awarded supplier of the year on three of the four occasions that this event has been held. I would like to thank all <strong>staff </strong>and our </em><strong><em>Contracting Team </em></strong><em>for their positive contribution to this success” </em>and he concluded<em> “We are also proud to announce that our partnership with Co-op is getting stronger all the time: between 2015 and 2016 we produced an impressive <strong>450 retail stores together</strong>.” </em></p>
<p>The scale and quality of service provided by Epta UK were central to the success in the <strong>Co-op Construction Team Charity and Supplier Awards Evening 2016.</strong></p>
<p>One notable project<strong>,</strong> <strong>Co-op</strong> <strong>Horwich</strong> store in the Greater Manchester region, represents a concrete example of energy efficiency and eco-sustainability in the supermarket industry.</p>
<p>At its core lies an exclusive system that is based on the <strong>transcritical CO<sub>2</sub></strong> <strong>Epta</strong> <strong>Eco2Small </strong>refrigeration system. This solution was created by the Group for the European Union’s <strong>CommON<em>Energy </em></strong>project and allows integration of the building’s refrigeration units and reutilisation of heat by exploiting the properties of CO<sub>2</sub>. It is an <em>all-in-one solution</em> that is already achieving very positive results. To date, the system has surpassed the envisaged performance levels from both simulations and prototypes –offering a <strong>21% improvement in energy saving</strong> <strong>and</strong> <strong>a 57% reduction in the <strong>TEWI index</strong></strong> compared to equivalent traditional models using HFC refrigerant gases.</p>
<p> </p>
<p> </p>
<p> </p>