2. Agenda
December 5, 2017
• Introduction - Opteon™ Refrigerants for Commercial Refrigeration
• How will Kigali - F-Gas affect refrigerant choice and when?
• What alternative refrigerants are available today?
• What the EU market looks like in the coming years
• Help & Support
• Questions
6. Kigali Amendment
December 5, 2017 6
Adds to the Montreal Protocol the phase-down of the production and consumption of HFCs. Main features are:
• Enters into force on 1 January 2019 after ratification by 20 countries
• Phase-down schedules for A5 & non-A5 countries based on different baseline years
• Production, consumption, imports, exports, emissions & baselines of HFCs expressed in CO2eq based on GWP values
• Baselines based on HFC and HCFC production/consumption
7. December 5, 2017 7
What Alternative
Refrigerants are available
Today?
R404A &
R134a
Alternatives
8. Low GWP Options - HFOs
•HFO-1234yf CF3CF=CH2
•HFO-1336mzz(Z) CF3CH=CHCF3 (Z)
Unique properties:
Stable in operating system
Not stable in atmosphere = low GWP
Efficient performance
CFC Chloro-Fluoro-Carbon
HCFC Hydro-Chloro-Fluoro-Carbon
HFC Hydro-Fluoro-Carbon
HFO Hydro-Fluoro-Olefin
HFO-1234yf
9. Chemours Invests in New U.S.
HFO-1234yf Plant
9
WILMINGTON, Del., May 2, 2016 – The Chemours Company (Chemours) (NYSE: CC), a
global chemistry company with leading market positions in titanium technologies,
fluoroproducts and chemical solutions, takes another step in its five-point
transformation plan by investing in large-scale manufacturing to expand supply of its
Opteon™ family of products. Chemours will invest $230 million over three years to
construct the new HFO-1234yf facility at the Chemours Corpus Christi site in
Ingleside, Texas, with start-up expected in third quarter of 2018. This investment will
triple capacity of Opteon™ products. The Opteon™ portfolio is a breakthrough line of
solutions with very low Global Warming Potential (GWP). The new site will use an
innovative, patented process to manufacture Opteon™ YF (HFO-1234yf), which is used
in automotive air conditioning and in Opteon™ refrigerant blends for a range of
applications.
This investment will create the world’s largest facility for manufacturing
hydrofluoroolefins (HFOs), and the location will allow Chemours to efficiently serve
the growing market in North America and Europe, as well as the rest of the world.
Today Chemours is the capacity leader for HFO-1234yf-based products, a position that
will be maintained through this investment.
11. • Replaces R-404A
• ASHRAE #: R-449A
• HFC/HFO blend: R32 / R125 / R1234yf / R134a (24.3%/24.7%/25.3%/25.7%)
• ODP: Zero Ozone Depletion Potential
• GWP: 1282 (AR5)
• ASHRAE safety: A1 non-flammable
• Glide: ~4-5K
• Can be topped off while servicing (do not mix with R-404A)
• Compatible with POE lubricants
• Compressor approvals: Bitzer, Emerson, Frascold, Dorin
Opteon™ XP40
12. Over 200 supermarkets already retrofitted in Europe.
Germany , Netherlands, Spain , Italy, Belgium, Austria, UK,
Greece, Sweden ...
Different makers of compressors and operating modes and
technologies such as MT, LT, cascade systems…
More than 1000 installations using Opteon™ XP40 by
the end of 2016
Minor or no adjustments and no component or oil
changes needed
To date all retrofits to Opteon® XP40 have shown an
improvement in refrigeration system power
consumption compared with R-404A/ R-507A and R-
407F
Commercial Refrigeration -
Opteon™ XP40
14. R-407F base data gathered from July to November 2013
OpteonTM XP40 Data Measured from November 2013 until June
2014
Medium (100 kW) and Low temperature (14 kW) Racks Monitored
Copeland Compressors (MT = 1x D4DH-250 50-100% & 2x D4DA-200x,
LT = 1x D3DC-100 & 2x D3DA-75X)
Danfoss ADAP-Kool Controller and electronic expansion valves
12/5/2017 14
Ahold, Marum, NL Retrofit from R407F to OpteonTM XP40
15. 15
Toutside (ºC)
Power consumption of
Opteon®
XP40 vs R407F
13 -0.4%
18 -7.5%
24 -11.4%
Medium Temperature – Power Consumption vs Outside Temperature
16. 16
Low Temperature – Power Consumption vs Outside Temperature
Toutside (ºC)
Power consumption of
Opteon®
XP40 vs R407F
10 -3.4%
15 -5.5%
20 -5.5%
17. 17
Toutside (ºC)
Tdischarge of Opteon®
XP40 vs R407F
10 -7.5 K
15 -7.9 K
20 -8.2 K
Low Temperature– Maximum Compressor Discharge vs Outside Temperature
18. • Replaces R-134a
• ASHRAE #: R-513A
• HFC/HFO blend: R-1234yf / R134a (56% / 44%)
• ODP: Zero Ozone Depletion Potential
• GWP: 573 (AR5)
• ASHRAE safety: A1 non-flammable
• Glide: 0K (Azeotrope)
• Can be topped off while servicing (do not mix with R-134a)
• Compatible with POE lubricants
• Approvals: Bitzer, Emerson, and many others, Trane, York (chillers)
Opteon™ XP10
19. 19
Opteon™ XP10 Evaluation in
Supermarket Hybrid System
Retrofitted from R-134a Medium Temp;
CO2 in Low Temp
Running for 3+ years
20. • Replaces R-404A/R-507A
• ASHRAE #: R-452A
• HFC/HFO blend: R32 / R125 / R1234yf (11% / 59% / 30%)
• ODP: Zero Ozone Depletion Potential
• GWP: 1945 (AR5)
• ASHRAE safety: A1 non-flammable
• Glide: 3-4K
• Can be topped off while servicing (do not mix with R-404A)
• Compatible with POE lubricants
• Compressor approvals: Tecumseh, Bitzer, Danfoss
• Applications: High compressor discharge temperature e.g.
transport.
Opteon™ XP44
21. 21
Opteon™ XP44 Performance Comparison
Tcond = 40ºC, Compressor isentropic efficiency = 0.7, evaporator superheat = 5K, total subcooling = 5K,
suction line superheat = (Tcond-10-Tevap)*0.35
Capacity, COP and Compressor Discharge
temperatures are almost identical to R-404A.
Ideal for applications where low compressor
discharge temperatures are essential.
22. December 5, 2017 22
Transport Refrigeration – Opteon™ XP44
Thermo King was
the first
manufacturer to
introduce the new
R-452A refrigerant
in its refrigerated
transport products
in 2016 and already
sold over 1000 of
these units in
Europe.
source www.thermoking.com source www.carrier.com
23. F-Gas Phase Down Scenarios - 2015
December 5, 2017 23
Public
RefrigerantGWPUnderF-GasRegulation
CO2 Equivalents (Millions Tonnes)
Average GWP = ~2000
24. December 5, 2017 24
Public
RefrigerantGWPUnderF-GasRegulation
CO2 Equivalents (Millions Tonnes)
Average GWP = ~1800
7% Cut in CO2 Equivalents + Additional
Demand from Pre-Charged Equipment
F-Gas Phase Down Scenarios - 2017
25. December 5, 2017 25
Public
RefrigerantGWPUnderF-GasRegulation
CO2 Equivalents (Millions Tonnes)
Average GWP = ~1300
F-Gas Phase Down Scenarios - 2018
26. December 5, 2017 26
Public
RefrigerantGWPUnderF-GasRegulation
CO2 Equivalents (Millions Tonnes)
Average GWP = ~400
F-Gas Phase Down Scenarios - 2030
HFO = hydro-fluoro-carbon – meaning the molecule is composed of hydrogen, fluorine and carbon.
Note that like HFCs, they contain no chlorine, and therefore also have zero ozone depletion potential.
Note also that like HFCs they contain fluorine, and like HFCs, this fluorine is what delivers the unique and desirable balance of properties.
So what makes the HFOs different than the HFCs?
Like HFCs they are stable in an operating system.
However unlike HFCs, when exposed to the atmosphere – for example under a leak situation – they are much less stable and break down more easily, resulting in a much lower GWP.
Also – testing is confirming that these HFOs can deliver efficient performance similar to the HFCs they are designed to replace. I’ll be sharing more about this in a few minutes.