Hydrocarbon Heat Pumps utilise only natural refrigerants, by far the most practical to use are CO2 & Hydrocarbon (R290). They remove the need for customers to comply with FGAS laws.

The Pure Natural Heat Pump array is the next generation of Heat Pumps, offering the highest amounts of sustainability with non F-Gas natural refrigerants and a totally future proofed alternative.

With the capability to function at temperatures ideal for medium to high temperature applications the Pure Hydrocarbon Heat Pump range can be specified for an array of applications including retrofit and new projects.

Where sustainability requirements must be attained to meet client or planning restrictions get more info or regulations the Pure Hydrocarbon Heat Pump range supplies a extremely effective, useful and cost-effective alternative whilst future proofing the installation fully by eradicating the application completely from F click here Gas regulation & reporting demands.

Why Opt for Natural Heat Pumps?
Because of their utilisation of natural refrigerants, the number of applications which might be satisfied includes those where by low environmental effect is a precedence or places where laws restricts fossil fuel use.

Alongside the huge environmental gains, natural units offer a practical and effective option to standard HFC Heat Pumps. As an example, a CO2 Heat Pump supplying high temperature hot water is able to deliver a COP of as many as 4 when heating incoming mains water from 10°c to 65°c.

The most widely utilised kind of Heat Pump is the air source variant. This is as a result of extremely easy nature of the application.

A useful point to think about is that absolute zero is -273C on the Kelvin scale, which means that the procedure of the Air Source Heat Pump in UK ambients is useful and appealing, with regards to both general performance and ease of application.

In a similar way that an air-cooled packaged h2o/glycol chiller is applied and used within a lot of commercial/industrial purposes, the air source heat pump may be applied and used in much of the same manner.

Pure Thermal deliver a selection of Air Source Heat Pumps, that can take the source heat from differing read more high-value areas, that means air source collectors can be located realistically in any place.

Pure Thermal supplies Air Source Flex more info Heat Pumps, that have the ability to operate with the most economical air source obtainable such as extract waste heat, duct-mounted recovery collector coils, and production area collectors.

As with other sorts of Heat Pumps, the output temperature of an Air Source Heat Pump can be anywhere between 30C and 120C, regardless if running in external ambient temperatures of -10C and below.

When you give thought to Ground Source & Geothermal Heat Pumps, you think about substantial ground temperatures which can supply very economical performance.

Closed Loop Borehole
Flow/return pipes operating down/up within a single borehole to depths of 150m + (several boreholes within a system array).

Horizontal Collector
Pipes beneath the ground at circa 1200 to 1500mm deep operate horizontally, with virtually all the click here thermal collection being solar/surface heat derived a result of the shallow collector depth (useful ground temperature starts off at 15m depth).

Open Loop Borehole
Good levels of Heat Pump efficiency are accomplished a result of the reliable temperatures that may be delivered from aquifer units.
Here, a flow borehole and a separate return borehole circulate ground/aquifer water to the Heat Pump.

All 3 systems offer application benefits to appropriate projects and can be configured as primary check here ground source collector-driven heat pump systems, or air/ground dual-source systems to scale back civil expenditures wherever required.

With retrofit jobs, there has a tendency to be no evident thought regarding the longer term integration & location of the heating plant with fans/compressors, and also the associated noise problems that result from an externally located plant.

With the above in your mind, Pure Thermal's Low Noise Heat Pumps work with industry-leading, super-low noise levels and can be positioned in the most challenging sound-sensitive enironmetns.

As the installation of Heat Pumps becomes a lot more prevalent, the location and positioning of the heat pump unit could become a lot more demanding. As the name of the Heat Pump suggests, this Heat Pump is designed to here make as minimal noise as feasible, to be installed in noise-sensitive places.

Applications
City centres, built up parts, healthcare facilities, along with other sensitive locations. These environments produce an array of possibilities for Pure here Thermal Low Noise Heat Pumps, in which noise pollution ought to be kept to a minimum amount.

Secondary acoustic treatments and actions can be avoided with standard Pure Thermal Super Low Noise Heat Pumps.

With retrofit projects, there tends to be no clear thought concerning the longer term integration & location of the heating plant with fans/compressors, and the associated noise issues that result from an externally located plant.

With the above in your mind, Pure Thermal's Low Noise Heat Pumps work with sector-leading, super-low sound ranges and may be positioned in the most difficult noise-sensitive places.

As the application of Heat Pumps becomes more widespread, the situation and positioning of the click here heat pump device could become a lot more demanding. As click here the name of the Heat Pump suggests, this Heat Pump is designed to make as minimal noise as feasible, to be installed in sound-sensitive places.

Applications
City centres, built up spots, healthcare services, together with other sensitive places. These environments generate a variety of opportunities for Pure Thermal Low Noise Heat Pumps, where by noise pollution really should be held to a bare minimum.

Secondary acoustic treatments and measures can be prevented with standard Pure Thermal click here Super Low Noise Heat Pumps.