Tag : Chemours
Greater consideration of cooling system performance and energy efficiency should be made in the retail sector alongside the drive to make use of lower-GWP refrigerant, the latest RAC Magazine webinar has heard.
Retailer Central England Co-operative has partnered with Chemours on a live trial of the very-low-GWP HFO, R454C, at its new convenience store at Langley Park, Derbyshire.
RAC Magazine will be hosting a free webinar on Thursday 14 November focused on implementing lower flammability A2L HFO refrigerant blends in supermarkets.
Several dozen members of the US Air-Conditioning, Heating, and Refrigeration Institute (AHRI) are pushing for fresh federal legislation that would re-establish work to phase down the use of HFCs at a national level.
A rapid drop in industry reliance for R404A refrigerant seemingly in favour of lower GWP alternatives has shown the effectiveness of EU F-Gas regulation to tackle HFC use. However, experts warn that industry still must address major challenges around energy efficiency and counterfeit trade.
Chemours has tripled its global production capacity for R1234yf-based products as a reflection of changing demand for refrigerant products that can curb overall greenhouse gas output.
The European Commission is in the process of ensuring regulators have more teeth to tackle a black-market refrigerant trade that industry argues is undermining efforts to curb use of higher GWP refrigerant.
RAC Magazine is hosting the latest in a series of free webinars with Chemours on February 7 that is focused on how industry can prepare for the upcoming service and new equipment ban for R404A and other higher GWP refrigerants.
RAC Magazine will be hosting a free webinar later this month in connection with Chemours that will consider how industry can brace itself for a ban on R404A and other high GWP products that is just 14 months away.
As the latest round of F-Gas quota reductions takes hold, the cooling industry now has a range of options in deciding how best to switch to lower GWP refrigerant.