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CO2PEC powered by CLADENet Zero RangeDESIGNED AND BUILT IN BRITAIN
Net Zero - Environmentallyconscious, UK designed andmanufactured heating and coolingsolutions for the next generation.The race is on! The time has come for industry to decarbonise our heating andcooling methods, as we strive to achieve net-zero green house gas emissionsin the UK by 2050, as per the UK’s Paris Agreement commitment.Cooling - The challengeHeating - The challenge Traditional cooling solutions such as chillersand split systems use harmful syntheticrefrigerants. The majority of our heat is produced by burningfossil fuels which is responsible for a 1/3 of theUK’s greenhouse gas emissions. The hazardous effects of synthetic refrigerantshas resulted in many countries signing up tothe Montreal Protocol, Paris climate agreement,F-Gas Directive & most recently the Kigaliagreement. Combustion of the planet’s reserves offossil fuels is becoming increasingly sociallyunacceptable as pollution levels grow and thelong-term effects become more apparent. The agreements set a roadmap for the phasingout of Synthetic refrigerants & associated plantwhich organisations need to comply with. Adopting the conditions laid out in theagreements will require a fundamental shift inthe way that we cool the built environment & itis critical for organisations to get on board andstart replacing inefficient & environmentallyunfriendly plant.2 Net Zero Range Conventional gas fired boilers are not onlyenvironmentally unfriendly but also inefficient. Heating in the most efficient & lessenvironmentally damaging way is critical toboth the environment & business profits.
The question?How do we reduce our heating & coolingfootprint and contribute to the UK’s goalof being carbon neutral by 2050?Net Zero Range 3
CO2 Heat PumpsCO2 Heat Pumps are the game changingalternative to traditional boiler and chillersystems and CHP.CO2 Heat Pumps are more efficient than traditionalsystems & can deliver heating & cooling at the sametime. They do not rely on direct burning of fossilfuels or contribute to global warming and ozonedepletion as CO2 is a natural refrigerantSuitable for many different applications, they canreduce an organisations carbon footprint and futureproof a facility for many years to come.These heat pumps can utilize low-temperature heatfrom air, ground, water or process waste-heat andtransfer it to a higher temperature level that is thenused for space or water heating.CO2 heat pumps can heat up water in excessof 90 C when required thanks to the gascooling process in the transcritical region.This feature makes CO2 Heat Pumpssuitable for replacing old boilers in existingbuildings and also as a heat source in newlyconstructed buildings. Moreover, it canalso provide cooling and thus increase theseasonal energy efficiency ratio (SEER)of the system.HEATING Overview ofapplicationranges of heatpumps andchillersCOOLING 4 Net Zero Range110 CProcess Water90 CHeating Water60 CWarm Water Preparation30 CHeat Recovery10 CClimate Control0 CEnvironmental Heat-30 CProcess Cooling
Our RangeModelHeating capacity20 - 80 C (kW)Cooling capacity@ 7 C (kW)Power input (kW)COP Heating (-)COP Heating Cooling 03144.467.58DIMENSIONAL DETAILModelLength (mm)Depth (mm)Height (mm)Un-HousedWeight (kg)Housed Weight(kg)Noise Level @ 10m(Dba) Un-Housed 068002200220091301013073Net Zero Range 5
Net-Zero ApplicationsWherever low-temperature heat is available that would otherwise be wasted, CO2 Heat Pumpscan utilize this heat and reuse for water heating purposes,This heat is very often available at a temperature level of 10-30 C and thus the achievable unitefficiency can be superior,CommercialHospitals The CO2 heat Pump can satisfy hot water, spaceheating & cooling demands all from the samesystem. Heating hot water & cooling theatre rooms inhospitals is an expensive business. Heating and Cooling functions can operatesimultaneously or across seasons as required. CO2 heat pumps offer a low-carbon future & areenvironmentally friendly. They can also reduceOPEX costs through substantial energy savings.Hotels Hotels are the ideal facility to benefit from CO2heat Pump technology as they use vast amountsof hot water & chilled water for air conditioning. CO2 heat pumps are particularly efficient whenwater is heated once and discarded. The heating of the water produces “free chilledwater” as a bi product which can then be used forair conditioning. Hotels can generate substantial energy andenvironmental savings whilst maintaining thecomfort of guests at all times.Leisure Most gyms and leisure facilities consumevast amounts of energy for heating, cooling,ventilation, hot water for showers and heatingswimming pools. A well designed installation can provide all ofthe above and recycle energy from one processinto another. The key to achieving all of this is acustom design built to your exact requirements. We have over 40 years of experience in deliveringtailored solutions to the construction industrywhich makes us the perfect partner for your CO2heat pump installation.6 Net Zero Range Hospitals and healthcare estates are underincreasing pressure to deliver more with fewerresources, whilst also complying with stringentregulations, health and safety measures and everchanging technologies. Our team can help you create a more efficienthealthcare facility developing an environmentwhich is safer and more secure, with patientwelfare, staff comfort and productivity at itsheart. From operating theatres to offices, we have arange of environmentally friendly heat pumpsolutions that will future proof your hospitalfacility for many years to come.Heat Networks Suitable for residential & commercial new builddevelopments. Centralized plant incorporating metered Heatinterface Units in each dwelling/facility. Heating only and heating and cooling networksavailable Eligible for Non Domestic Renewable HeatIncentive.Industrial Suitable for food, beverage & other industrialprocesses. Wide temperate range with multiple heating andcooling settings. Hot & cold water and Hot & cold air creationfrom a single system.
The BenefitsCO2 Heat Pumps significantly contribute to the long-termsustainability of development. They do not only use a naturalrefrigerant but typically offer huge energy saving potential ascompared to other technologies.CO2 Heat Pumps offer a series of advantages ascompared to conventional heating technologies.As they do not directly burn fossil fuels, they cansignificantly decrease the environmental impact byusing an energy mix based on renewables.They also offer the possibility of utilizing thecooling capacity of the system. When both coolingand heating capacity is being used, the achievableCOP 8.Benefits of CO2Benefits of Install Up to 70-80 % energy savings as compared toconventional technologies Combined heating & cooling from same systemacross seasons Low maintenance & long life cycle of 15-20years Huge reduction in carbon emissions 6 x Trees planted for every Heat Pump Installed Natural refrigerant Non-Ozone Depleting & GWP 1 Non-toxic and non-flammable CO2’s impact on the environment is up to 4000times less than that of synthetic refrigerants. CO2 is far cheaper than synthetic refrigerantswith no quota restrictions in place High temperature lift Combined heating and coolingmaximum COP 8 Future-proofNet Zero Range 7
Heat Pump technologies are not noveland represent a proven technology thathas been here for decades. However, CO2as a refrigerant offers many benefits inachieving higher water temperature levelsand superior efficiency.DESIGNED AND BUILT IN BRITAINCO2 Heat Pumps have a bright futurein making our living less demanding onresources and thus preserving them forcoming generations.CO2 PECCLADEOPEC House, 1 Lake End Court,Taplow, Berks SL6 0JQUnit R3 Gildersome Spur Industrial EstateStone Pits Lane, Morley Leeds LS27 7JZTel: 0845 6435237 email: enquiries@co2pec.comTel: 0113 887 9604 com8 Net Zero Range
These heat pumps can utilize low-temperature heat from air, ground, water or process waste-heat and transfer it to a higher temperature level that is then used for space or water heating. CO2 heat pumps can heat up water in excess of 90 C when required thanks to the gas cooling process in the transcritical region. This feature makes CO2 Heat Pumps
