0333 004 4433
0333 004 4433
Hire 1kW units to 10,000kW for immediate nationwide delivery. All our HVAC hire chillers contain Zero ozone depleting refrigerants.
Aqua Cooling exist to help you keep your air conditioning on line and working as efficiently as possible, including within the planned parameters you need to maintain your set building temperatures and data conditions.
HVAC chiller hire means you can mitigate a shortfall in cooling capacity, a planned chiller changeover or when you might need to add a temporary N+1 contingency. Whatever the reason, our hire department is equipped to support your business.
Looking to hire temperature control equipment?
Aqua engineers can help you find the right solution by offering a first-hand approach.
Need to request a site application assessment from one of our experienced engineers? Arrange an emergency visit today or plan one for tomorrow, just contact us here.
They will be able to provide you with a face-to-face technical assessment, equipment recommendation and practical method of working safely with you and your team on site.
Ideal for HVAC and temporary air conditioning applications where weather conditions are changeable. Or where heat is required throughout the evening, night time and early morning, before air conditioning is needed throughout the day to deal with high ambient conditions.
Special note: The hot water leaving temperatures generated are ambient dependent and generally perform to this design standard in ambient temperatures above -10oC.
We can help you now, just click here to contact us directly and we will look after your cooling and heating enquiry.
Refrigerant Selection & GWP Table
This table shows the GWP of the standard refrigerants used in process chillers, compared to the lower GWP refrigerants such as R32, R454b and R290.
The efficiency, cost and capital purchase figures are all in relation to R410a, for example, R32 is 7% more efficient at cooling than R410a, and is over 50% cheaper. The ongoing energy efficiency savings will outweigh the increased capital purchase over time as well as being better for the environment.
Chillers normally operate on fluorinated gases, often referred to as refrigerants. These are controlled by F-Gas regulations, to reduce emissions and to protect the environment. Chillers use a variety of refrigerants – or gases – but some have been phased out by legislation in favour of those with a lower global warming potential (GWP). Popular refrigerants in chillers include R-410A, R-134a, R-407C, R454B, R32, R1234ze, R513A, R-290 (propane), R-717 (ammonia) and R-744 (Carbon Dioxide).
GWP stands for Global Warming Potential and in terms of refrigeration gases – its potential as a greenhouse gas by comparing it to CO2.
Example:
GWP of CO2:1
Every 1kg of R410a is equivalent to 2088kg of CO2
The refrigerant you choose can have an important effect on the energy efficiency of your chiller, the capital cost, operative costs and your green credentials.
Common refrigerants have risen in price by as much as 300% in recent times because they are not as environmentally friendly as alternatives.
The EU is phasing down the availability of HFCs by 79% between 2015 and 2030. This is the most crucial aspect of the F Gas regulation and affects all end-user markets.
In January 2020, the phase-down included a ban on new equipment with refrigerants with a GWP of >2500. On 1st January 2030, there will be a ban on the use of refrigerants, recovered, reclaimed and/or recycled with GWP>2500 for service and maintenance.
By 2030, only 21% of HFCs sold in 2015 will be available.
If you’re choosing a new chiller now, it’s important to consider all these aspects to future proof your plant and minimise the impact on the environment.
Design & Install
For our OEM clients, we believe our innovative design & installation service really sets us apart. Our in-house design team will work consultatively with you to fully understand your product and clients, and any challenges or restrictions you face. This is all completely free of charge and without obligation. For us, it’s simply a way of ensuring we deliver exactly what your business needs.
Full Aftersales Support
At Aqua our support doesn’t stop once your equipment is delivered. Our Service division is always available to provide any aftersales support that’s needed, 24/7. This includes a range of preventative maintenance plans which will protect equipment longer term and ensure your client’s process is always working at optimal efficiency.
All our Service Engineers are F-Gas registered and Aqua are ISO 9001 and SafeContractor accredited.
A range of OEM chiller units and spare parts are available in stock from our warehouse in Hampshire and can be despatched same day. To check on model availability call the Sales team on 0333 004 4433.
For more information on Aqua’s OEM chillers or for help with product selection and technical support, call our Sales team on 0333 004 4433, chat with us on LiveChat or email sales@aquacooling.co.uk
A Complete 360 Service Offering:
A fully tracked and timed service, 24 hours a day, to suit your individual site requirements. Including flatbed, HIAB, and crane-assisted delivery choices. We never deliver curb side, leaving your staff to position our kit.
Agreed with you beforehand. All our engineers carry full PPE and will manage work according to agreed RAMS and specific site H&S conditions. Where required, we provide F-Gas and Gas Safe accredited engineers.
All our Hire customers benefit from 24/7 helpline coverage and breakdown service. We also offer Remote Monitoring of equipment to help underpin our offering.
Aqua staff can remain on site throughout the duration of your rental project to ensure you – or your client - has total cover.
We have created a range of pdf data sheets for you to download and look at in detail. Each will have technical specifications as well as other useful pieces of information to help you decide which one to hire.
Please click below to view our datasheets.
Cooling towers are effectively an organic heat exchanger. Warm or hot water from a process is cooled by passing it through the tower and back out again into the process.
A cooling tower enables the water to meet the air so that some of the water evaporates, lowering the overall water temperature.
Water is pumped – usually from either the basin of the tower or a sump tank below the cooling tower – through pipework to the process. This then returns to the cooling tower. The water is either sprayed by nozzles onto the fill media (counterflow) or returns to a top tank to gravity drain onto the fill media. This part of the process maximises air to water contact. The water flows over the fill media – or packing – meeting the air which is pulled (induced draft) or pushed through (forced draft) by a fan. This is referred to as evaporative cooling.
We step in when you need a helping hand.
We can deliver a temporary heat pump chiller and connect it quickly to keep your business operating. Your existing kit can then be repaired and fully tested under no duress before being reinstated, reducing risk and downtime.
We can add cooling and heating capacity to your existing system and help optimise production, reduce bottlenecks, provide N+1, or help supply additional seasonal demand.
A pre-planned approach to delivery of suitable equipment can be managed to help mirror your needs during site maintenance.
Aqua can create bespoke rental packages that can be delivered to fully meet the needs of your planned R&D, NPD testing and localised indoor production process requirements.
Pay for a short-term chiller rental to keep your business fully operating. All our hire costs can be expensed in your business.
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Unit 6 Brickfield Lane
Chandler’s Ford
Industrial Estate
Eastleigh Hampshire
SO53 4DP
Registration no. 13262716
VAT No. 382720395
