Heat Recovery Systems Belfast & Northern Ireland
BSH Limited designs heat recovery systems that capture waste heat for heating and heat-driven absorption chilling within combination fuelled plantrooms, reducing energy waste.
Heat Recovery Systems Belfast reflects BSH Limited's integrated approach to using waste heat. BSH designs combination fuelled systems that include heating, cooling, combined heat and power, domestic and control systems, and heat recovery is the link that turns waste heat into useful energy.
Where on-site power generation produces heat, recovery systems capture it for space heating, domestic hot water or process loads. Where cooling is also needed, recovered heat can drive Yazaki absorption chilling — chillers that primarily utilise heat as their main power source — which is the basis of trigeneration.
BSH has received awards for creative designs featuring absorption chilling solutions all of which have been demonstrated to reduce customers' carbon emissions, and holds the accolade for the largest trigeneration plant room in Europe in 2012, designed and built for Tesco in Naas, Co. Kildare.
Capturing waste heat
BSH's combination fuelled systems include combined heat and power, so on-site generation produces both electricity and heat. Heat recovery systems capture the heat that would otherwise be rejected for use in heating, hot water or process loads, improving the overall efficiency of the plantroom.
Heat-driven cooling
Where cooling is needed, recovered heat can drive Yazaki absorption chilling — chillers that primarily utilise heat as their main power source, unlike most air conditioning equipment which use electric. BSH's award-winning absorption chilling designs have been demonstrated to reduce customers' carbon emissions.
Trigeneration at scale
Combining heat recovery with CHP and absorption chilling is trigeneration. BSH holds the accolade for the largest trigeneration plant room in Europe in 2012, designed and built for Tesco in Naas, Co. Kildare, Ireland, demonstrating heat recovery applied at scale within a combination fuelled system.
Commercial applications
Where this service applies
- Sites with on-site power generation and a use for recovered heat
- Buildings needing cooling from recovered heat through trigeneration
- Industrial processes with waste heat available for recovery
- Projects aiming to reduce energy waste and carbon emissions
Benefits & considerations
What to consider
- Waste heat captured for heating, hot water or process loads
- Recovered heat can drive low-carbon absorption chilling
- Award-winning absorption chilling demonstrated to cut carbon emissions
- Trigeneration experience including Europe's largest plant room in 2012
Problem · Reaction · Solution
How BSH can help
Problem
Many commercial and industrial buildings generate heat — from on-site power, process equipment or cooling plant — and reject it to atmosphere as waste. Without recovery, that heat is lost, energy costs stay high, and the building misses the chance to use waste heat for heating or low-carbon cooling.
Reaction
Rejecting recoverable heat raises fuel costs and carbon emissions, and forces a building to produce heating and cooling separately when recovered heat could supply both. Facilities managers and consultants need a specialist who designs heat recovery as part of a combination fuelled system, not as an add-on.
Solution
BSH designs heat recovery systems that capture waste heat for heating and heat-driven absorption chilling within combination fuelled plantrooms. Because the right recovery scheme depends on your heat sources and loads, the next step is to discuss your requirements with BSH's engineers. Contact BSH to discuss your heat recovery systems project.
Questions & answers
Common commercial questions
Discuss your heat recovery systems project
Talk to BSH about capturing waste heat for heating and absorption chilling within a plantroom.
Contact us