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TABLE OF CONTENTS - Everything R744

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Market Forecasts until 2020<br />

The first part of the North American natural refrigerant<br />

industry survey, which was answered by 559 individuals,<br />

was uniform for all respondents. In the second part of the<br />

survey, individuals had to select their field of expertise<br />

among six different industry sectors: heating (residential,<br />

commercial, and industrial), refrigeration (domestic),<br />

refrigeration (commercial), refrigeration (industrial), air<br />

conditioning (stationary), and air conditioning (mobile).<br />

Mobile air conditioning and heating were excluded in<br />

the final results due to a lack of data.<br />

Each industry sector was represented to a different<br />

extent, ranging from just over 164 responses for the<br />

commercial refrigeration sector, 162 responses for the<br />

light commercial refrigeration sector, 110 responses for<br />

the industrial refrigeration sector, 54 responses for the<br />

stationary AC sector, and 22 responses for the domestic<br />

refrigeration sector, to 21 responses for the mobile air<br />

conditioning sector.<br />

The high response rate for the commercial and light<br />

commercial refrigeration sectors confirms that there is<br />

a growing interest in natural refrigerant technologies<br />

in these areas, particularly concerning CO 2<br />

technology<br />

for supermarkets and hydrocarbons, which were SNAP<br />

approved in 2012, for applications like ice cream freezers<br />

and bottle coolers.<br />

RAPIDLY EXPANDING MARKETS<br />

Retailers have started exploring refrigeration systems<br />

that incorporate CO 2<br />

and other natural refrigerants, such<br />

as ammonia and hydrocarbons, in the hopes of reducing<br />

or even eliminating entirely their use of synthetic<br />

refrigerants. This has been one of the major HVAC&R<br />

developments in North America in recent years. In the<br />

US, several retailers have invested in CO 2<br />

secondary or<br />

cascade systems, while in Canada, the number of CO 2<br />

transcritical installations is on the rise. Despite the fact<br />

that with just over 120 installations, the equivalent of<br />

0-5% of the market share, CO 2<br />

refrigeration applications<br />

currently represent only a niche market in North America,<br />

almost half of the natural refrigerant commercial<br />

refrigeration experts (45%) believed that by 2020, the<br />

market share of CO 2<br />

could rise to more than 20%. In fact,<br />

CO 2<br />

in commercial refrigeration was expected to be the<br />

most rapidly expanding natural refrigerant market.<br />

MODEST GROWTH MARKETS<br />

Hydrocarbons represent a more modest growth market<br />

for the commercial refrigeration sector. Almost half<br />

(42%) of those questioned responded that hydrocarbons<br />

would have a market share of more than 10% by 2020.<br />

It should be noted that, without changes to standards,<br />

laws, and regulations, the 150g charge limit per<br />

system constrains the transition to hydrocarbons in<br />

the commercial refrigeration sector. In all likelihood,<br />

this is reflected in the prediction that hydrocarbons<br />

would have a lower market share than CO 2<br />

. Ammonia<br />

ranked third in predictions for market growth in the<br />

commercial refrigeration sector. Nearly half (48%) of<br />

respondents forecast a market share above 5% for<br />

ammonia by 2020. Historically, fears concerning toxicity<br />

have hindered the wide scale use of ammonia in North<br />

American supermarkets. However, thanks to significant<br />

improvements in system design, reductions in charge<br />

sizes, and better safety features, several retail chains are<br />

now using ammonia cascade systems in pilot projects.<br />

In the industrial refrigeration sector a significant change<br />

in the market share of CO 2<br />

and hydrocarbons is expected.<br />

The majority (72%) of respondents believed that, by<br />

2020, CO 2<br />

industrial refrigeration could reach a market<br />

share of more than 10%. A third (35%) of respondents<br />

thought that hydrocarbon industrial refrigeration could<br />

reach a market share of more than 10%.<br />

For stationary AC, the market share for ammonia has<br />

the potential to grow to more than 10% by 2020,<br />

according to 41% of respondents. Respondents assume<br />

a market share of less than 5% in today’s markets. Half<br />

of respondents also believe that the market share of<br />

hydrocarbon technology will exceed 10% by 2020.<br />

S<strong>TABLE</strong> MARKETS<br />

In the industrial refrigeration market, ammonia has long<br />

been the preferred refrigerant for many applications, in<br />

particular in the food industry. This was evident in the<br />

survey responses. Half of respondents (51%) believe the<br />

market share of ammonia in industrial refrigeration to be<br />

more than 50% today, decreasing ever so slightly in 2020<br />

to 46% of respondents. Interestingly, it is widely reported<br />

that ammonia has a 95% penetration in the industrial<br />

refrigeration sector, which, when compared to the survey<br />

responses, suggests that respondents are hesitant to<br />

paint too positive a picture for natural refrigerants, even<br />

when it comes to an established technology such as<br />

ammonia.<br />

112

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