Recent content by XchangerLtd

Hi @Grassman247 Sizing the cooling to the peak production and an average flow of 3,714 litre's per hour would mean that you would need around 65kW of cooling if working alongside a borehole which was taking it down to say 20 degrees first, or 130kW of cooling if doing the full load i.e. taking...

Ouch! My apologies I have been out of the country on business but you should have had a call to say i would contact you upon my return. I am working through the enquiries today so should be in touch later. @Bald Rick we are currently developing a more basic unit that won't be RHI compliant but...

Hi @Bald Rick , Like I said above we achieve the same result as the kit you are referring to however we do it in a completely different way. There is more equipment to our system to ensure it complies which leads to the higher capital cost but also to increased efficiencies. It won't suit...

That's quite alright, please see below @PREES - The RHI return would be in the region of £8,400. Savings could be anywhere from £1,500 - £7,000, depending on what is being replaced. Fully installed, commissioned and RHI registered would probably be in the region of £65,000 based on a milk flow...

Hi @PREES , of course fire any questions over that you have! - The system is sized based on the maximum flow of milk not the total volume. Standard units are up to 22kW cooling capacity on single phase and up to 100kW cooling capacity on three phase. All units are inverter driven so can ramp up...

Hi, both of above are correct in a way. We have developed a system that gives the same end result as a snap chiller, dropping the temperature of the milk down to 4 degrees or below instantaneously. We do this using lots of glycol cooled down to around 1 degree so there is no danger of freezing...