Process Chillers Market
Process Chillers Market Analysis Report By Cooling (Air-Cooled, Water-Cooled), By Compressor (Positive Displacement, Centrifugal), By Capacity (Upto 20 Tons, 20-150 Tons, 150-300 Tons, Above 300 Tons), By End-Use, By Region - Global Market Insights 2019 to 2029
Analysis of Process Chillers market covering 30 + countries including analysis of US, Canada, UK, Germany, France, Nordics, GCC countries, Japan, Korea and many more
Water-Cooled Process Chillers to Gain Traction During the Forecast Period
Owing to properties such as low power consumption and excellent cooling efficiency, the demand for water-cooled process chillers is expected to gain traction in the forecast period.
Process chillers are heat sensitive devices and require efficient heat active cooling, which can reduce its heat sink thermal resistance below safety limits. Cooling towers used in water cooled process chillers are compact in size, and it caters to higher cooling efficiency for end-use products.
Drawbacks of using air-cooled process chillers in industries, are dust particles entering the equipment, noise and a large area, which can be completely eliminated by implementing water cooling. Owing to its financial, as well as operational advantages, water-cooled industrial chillers are expected to gain more popularity than air-cooled industrial chillers, during the forecast period.
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Strict Regulations on the Use of Plastic Hampering the Overall Sales of Process Chillers
The global push to reduce the use of plastic is paving the way for a strict regulatory framework on the use of plastics. Production processes that involve plastic is monitored carefully, especially in Europe. Such regulation affects the growth of injection and blow molding processes in various end-use sectors, which directly hampers the demand for process chillers in the market.
On the other hand, the demand for process chillers in developing countries such as China and India are foreseen to auger well owing to the ever-growing demand for plastics processing. The East Asia process chillers region has witnessed significant growth in the past couple of years and will maintain the same trend over the forecast period.
Upsurge in Processed Food Utilization to Augment Sales of Process Chillers in the Food & Beverages Industry
Changing lifestyle and dietary habits of consumers across the globe are creating rising demand for easy-to-cook or ready-to-eat food products. As packaged and processed food products are convenient to carry, cook, preserve and eat, consumers are preferring to purchase these products over fresh foods.
Advanced technologies are being employed by manufacturers to improve taste, color, flavor, and nutritional values of processed foods, which support the industrial growth prospect for process chillers.
Increasing consumer demand for a variety of packaged food and beverages is mainly contributing to the growth of the food industry. Fats and oils being among its primary ingredients, the high consumption of processed food products and beverages are expected to trigger the growth of the global process chillers market.
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Technological Progressions to Impact the Process Chillers Market in the Foreseeable Future
Industry 4.0 is the proliferation of the fourth industrial revolution, which is a drift towards automation and data exchange in manufacturing technologies such as the industrial internet of things (IIOT).
The continuous changing technology and increasing number of data centers across the globe are foreseen to create demand for process chillers over the forecast period. Growing preference for customized process cooling solutions among various end-use industries is forcing key manufactures to provide effective solutions based on the desired need.
The selection of the right configuration of process chillers for an optimized performance output could be a perplexing process. Intelligent process cooling is foreseen to witness a paradigm shift especially in the beverages production.
Selection of the right process chiller allows the manufacturers to attain considerable operational efficiencies that contribute directly to the bottom line, while helping to improve plant safety and address the ongoing need to demonstrate environmental stewardship.
The growing need for efficiencies, sustainability and safety is indirectly forcing process chillers manufacturers to increase their focus on taking the advanced approach towards the effective process cooling methods. Process chillers manufacturers are continuously focusing on bringing new solutions for enhanced and cost effective operations based on the changing process cooling demand in various end-use sectors.
East & South Asia Collectively Foreseen to Offer Noteworthy Growth Potential
East & South Asia hold a significant share in the global process chillers market. An optimistic scenario of various end-use industries such as plastics is foreseen to auger well the global demand for process chiller over the forecast duration.
The South Asia process chillers market is foreseen to keep a significant share in South Asia by the end of 2029 trailed by East Asia. The price for process chillers varies a lot across the globe, however in Asian countries it appears to be a bit low due the presence of small players in the region.
High cost of water cooled process chillers in Europe and North America could be a potential threat for the process chillers market in these regions as the cost of process chillers is higher, owing to which it is less preferred by small scale industries.
Developments in manufacturing industries are assisting process chiller manufacturers in developing products, which can quickly acclimatize to varying cooling needs of pharmaceutical and chemical industries while providing financial feasibility. The expansion of novel products is foreseen to cause extensive acceptance of process chiller in pharmaceutical, plastics, and chemicals industries.
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Amalgamation of Industrial Chillers for End-Use Industries to Drive Innovations in Process Chillers Market
Manufacturers of process chillers are keenly involved in accommodating the surge in demand for chilling systems for manufacturing applications. The demand for water cooled process chillers is rising gradually for numerous industrial processes.
Well aware of the ongoing industrial dynamics, leading process chillers manufacturers are involved in strengthening their growth and production capacities.
With the enduring amalgamation of the industrial chilling landscape, the sector is foreseen to witness innovation that will further complement suppleness and suitability in cooling technology. Many leading manufactures are investing significantly in R&D endeavors to retain their market position in the global process chillers market.
The competitive landscape section of the process chillers market delivers the most insightful information regarding key players in the global process chillers market. The market for process chillers is estimated to grow over the forecast period as new contenders are rising and competition with existing players is expected to increase in the next ten years.
Some of the key industries leading the global process chillers market are investing significantly on integration of advanced technology, effective design, and workflow to enhance the overall price to performance ratio of process chillers.
In Jan 2019, Trane, a leading player in the process chillers market, announced the launch of three new process chillers using refrigerant R1234ze.
Trane claims that the compressor technology used in process chillers makes it 38% more efficient, making the product compliant with Eco-design regulations. Additionally, the company claimed that the refrigerants used in the system had almost no global warming potential (GWP).
In order to gain a competitive edge in the process chillers market, Daikin announced the launch of its new chiller witness tests in its newly opened facility in Italy, in August 2018. Daikin plans to use chiller witnessed tests programs to showcase its products performance under varying climatic conditions and to develop an extensive consumer base.
To capitalize on the growing demand for eco-friendly, energy-efficient, and high-performance process chillers in end-use industries, in October 2018, GEA Group launched the first-ever process chiller. It was equipped with semi-hermetic compact screw processor, named BluQ. The company claimed that BluQ utilizes small amount of ammonia to produce desired cooling efficiency, making the system a highly environment-friendly product.
In June 2018, Carrier Corporation revealed that the company is supplying process chillers for the new Elizabeth metro Line in London. A total of fifteen AquaSnap air-cooled liquid chillers from Carrier helps to meet the underground cooling needs of the project under development.
Some of the leading players operating in the global market for process chillers, include Carrier Corporation (UTC), Johnson Controls International plc., GEA Group AG, Daikin Industries, Ltd and Blue Star Ltd., among other market players.
Analysts’ Viewpoint
A comprehensive view of the process chillers market has led our analysts to conclude that, the market is growing at a considerable rate, with East Asia, Europe, and South Asia holding a significant share in the global demand for process chiller. The rising processed food sector and plastic industry in developing economies such as China & India which is foreseen to bolster the process chillers demand in the foreseeable future.
Owing to better price to performance ratio and suitability for large capacity applications, water cooled process chillers is expected to remain dominant over air cooled process chillers. Effective integration of design and work flow by various process chillers manufacturers will also give impetus to the global process chillers market.
Technological developments such as increasing efficiency of process chillers, long lifespan, and aftermarket services could provide timely succor as a cost effective and time saving strategy thereby increasing profit margins for market players.
Companies with R&D abilities and technological competence will gain impetus and effectiveness in the process chillers market. Leading companies who are leveraging technology will continue to grow exponentially and have a considerable market revenue share. However, high installation and maintenance cost could hamper the growth of the process chillers market.
Key Segments of the Process Chillers Market
Fact.MR’s study on the process chillers market offers information divided into four important segments - cooling, capacity, compressor, end-use, and regional analysis. This report offers comprehensive data and information about the important market dynamics and growth parameters associated with these categories.
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By Cooling
- Air-Cooled
- Water-Cooled
-
By Capacity
- Upto 20 Tons
- 20-150 Tons
- 150-300 Tons
- Above 300 Tons
-
By Compressor
- Positive Displacement
- Scroll
- Screw
- Centrifugal
-
By End-Use
- Plastics
- Food & Beverages
- Pharmaceuticals
- Printing
- Chemicals
- Energy
- Engineering & Mechanical
- Others
-
By Region
- North America
- Latin America
- Europe
- East Asia
- South Asia
- Oceania
- Middle East & Africa (MEA)
Table of Content
- 1. Global Process Chiller Market - Executive Summary
- 2. Global Process Chiller Market Overview
- 3. Market Background
- 4. Global Process Chiller Market – Price Point Analysis
- 5. Global Process Chiller Market Demand (US$ Mn) Analysis 2014 to 2018 and Forecast, 2019 to 2029
- 6. Global Process Chiller Market Analysis 2014 to 2018 and Forecast 2019 to 2029, By Cooling Type
- 6.1. Air-Cooled Process Chiller
- 6.2. Water-Cooled Process Chiller
- 7. Global Process Chiller Market Analysis 2014 to 2018 and Forecast 2019 to 2029, by Capacity
- 7.1. Up to 20 Tons
- 7.2. 20 - 150 Tons
- 7.3. 150 - 300 Tons
- 7.4. Above 300 Tons
- 8. Global Process Chiller Market Analysis 2014 to 2018 and Forecast 2019 to 2029, by Compressor Type
- 8.1. Positive Displacement
- 8.1.1. Scroll
- 8.1.2. Screw
- 8.1.3. Reciprocating
- 8.2. Centrifugal
- 8.1. Positive Displacement
- 9. Global Process Chiller Market Analysis 2014 to 2018 and Forecast 2019 to 2029, by End Use Industry
- 9.1. Plastics
- 9.2. Food & Beverages
- 9.3. Pharmaceutical
- 9.4. Printing
- 9.5. Chemical
- 9.6. Energy
- 9.7. Engineering & Mechanical
- 9.8. Others
- 10. Global Process Chiller Market Analysis 2014 to 2018 and Forecast 2019 to 2029, by Region
- 10.1. North America
- 10.2. Latin America
- 10.3. Europe
- 10.4. East Asia
- 10.5. South Asia
- 10.6. Oceania
- 10.7. Middle East and Africa (MEA)
- 11. North America Process Chiller Market Analysis 2014 to 2018 and Forecast 2019 to 2029
- 12. Latin America Process Chiller Market Analysis 2014 to 2018 and Forecast 2019 to 2029
- 13. Europe Process Chiller Market Analysis 2014 to 2018 and Forecast 2019 to 2029
- 14. East Asia Process Chiller Market Analysis 2014 to 2018 and Forecast 2019 to 2029
- 15. South Asia Process Chiller Market Analysis 2014 to 2018 and Forecast 2019 to 2029
- 16. Oceania Process Chiller Market Analysis 2014 to 2018 and Forecast 2019 to 2029
- 17. Middle East and Africa Process Chiller Market Analysis 2014 to 2018 and Forecast 2019 to 2029
- 18. Emerging Countries Process Chiller Market Analysis 2014–2018 and Forecast 2019 to 2029
- 19. Market Structure Analysis
- 20. Company Profiles
- 20.1. United Technologies Corporation (Carrier)
- 20.2. DAIKIN INDUSTRIES Ltd.
- 20.3. Johnson Controls International plc.
- 20.4. Blue Star Ltd.
- 20.5. GEA Group AG
- 20.6. Motivair Corporation
- 20.7. Pfannenberg Inc.
- 20.8. Trane Inc.
- 20.9. Cooling Technology, Inc.
- 20.10. Drake Refrigeration Inc.
- 20.11. Advantage Engineering, Inc.
- 20.12. Aqua Cooling Solutions Ltd.
- 20.13. Thermonics Corporation
- 20.14. MTA USA
- 21. Research Methodology
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List Of Table
Table 01: Global Volume, by Cooling Type (2014 to 2029)
Table 02: Global Value (US$ Mn), by Cooling Type (2014 to 2029)
Table 03: Global Volume, by Capacity (2014 to 2029)
Table 04: Global Value (US$ Mn), by Capacity (2014 to 2029)
Table 05: Global Volume, by Compressor Type (2014 to 2029)
Table 06: Global Value (US$ Mn), by Compressor Type (2014 to 2029)
Table 07: Global Volume, by End-Use Industry (2014 to 2029)
Table 08: Global Value (US$ Mn), by End-Use Industry (2014 to 2029)
Table 09: Global Volume, by Region (2014 to 2029)
Table 10: Global Value (US$ Mn), by Region (2014 to 2029)
Table 11: North America Volume, by Cooling Type (2014 to 2029)
Table 12: North America Value (US$ Mn), by Cooling Type (2014 to 2029)
Table 13: North America Volume, by Capacity (2014 to 2029)
Table 14: North America Value (US$ Mn), by Capacity (2014 to 2029)
Table 15: North America Volume, by Compressor Type (2014 to 2029)
Table 16: North America Value (US$ Mn), by Compressor Type (2014 to 2029)
Table 17: North America Volume, by End-Use Industry (2014 to 2029)
Table 18: North America Value (US$ Mn), by End-Use Industry (2014 to 2029)
Table 19: North America Volume, by Country (2014 to 2029)
Table 20: North America Value (US$ Mn), by Country (2014 to 2029)
Table 21: Latin America Volume, by Cooling Type (2014 to 2029)
Table 22: Latin America Value (US$ Mn), by Cooling Type (2014 to 2029)
Table 23: Latin America Volume, by Capacity (2014 to 2029)
Table 24: Latin America Value (US$ Mn), by Capacity (2014 to 2029)
Table 25: Latin America Volume, by Compressor Type (2014 to 2029)
Table 26: Latin America Value (US$ Mn), by Compressor Type (2014 to 2029)
Table 27: Latin America Volume, by End-Use Industry (2014 to 2029)
Table 28: Latin America Value (US$ Mn), by End-Use Industry (2014 to 2029)
Table 29: Latin America Volume, by Country (2014 to 2029)
Table 30: Latin America Value (US$ Mn), by Country (2014 to 2029)
Table 31: Europe Volume, by Cooling Type (2014 to 2029)
Table 32: Europe Value (US$ Mn), by Cooling Type (2014 to 2029)
Table 33: Europe Volume, by Capacity (2014 to 2029)
Table 34: Europe Value (US$ Mn), by Capacity (2014 to 2029)
Table 35: Europe Volume, by Compressor Type (2014 to 2029)
Table 36: Europe Value (US$ Mn), by Compressor Type (2014 to 2029)
Table 37: Europe Volume, by End-Use Industry (2014 to 2029)
Table 38: Europe Value (US$ Mn), by End-Use Industry (2014 to 2029)
Table 39: Europe Volume, by Country (2014 to 2029)
Table 40: Europe Value (US$ Mn), by Country (2014 to 2029)
Table 41: East Asia Volume, by Cooling Type (2014 to 2029)
Table 42: East Asia Value (US$ Mn), by Cooling Type (2014 to 2029)
Table 43: East Asia Volume, by Capacity (2014 to 2029)
Table 44: East Asia Value (US$ Mn), by Capacity (2014 to 2029)
Table 45: East Asia Volume, by Compressor Type (2014 to 2029)
Table 46: East Asia Value (US$ Mn), by Compressor Type (2014 to 2029)
Table 47: East Asia Volume, by End-Use Industry (2014 to 2029)
Table 48: East Asia Value (US$ Mn), by End-Use Industry (2014 to 2029)
Table 49: East Asia Volume, by Country (2014 to 2029)
Table 50: East Asia Value (US$ Mn), by Country (2014 to 2029)
Table 51: South Asia Volume, by Cooling Type (2014 to 2029)
Table 52: South Asia Value (US$ Mn), by Cooling Type (2014 to 2029)
Table 53: South Asia Volume, by Capacity (2014 to 2029)
Table 54: South Asia Value (US$ Mn), by Capacity (2014 to 2029)
Table 55: South Asia Volume, by Compressor Type (2014 to 2029)
Table 56: South Asia Value (US$ Mn), by Compressor Type (2014 to 2029)
Table 57: South Asia Volume, by End-Use Industry (2014 to 2029)
Table 58: South Asia Value (US$ Mn), by End-Use Industry (2014 to 2029)
Table 59: South Asia Volume, by Country (2014 to 2029)
Table 60: South Asia Value (US$ Mn), by Country (2014 to 2029)
Table 61: Oceania Volume, by Cooling Type (2014 to 2029)
Table 62: Oceania Value (US$ Mn), by Cooling Type (2014 to 2029)
Table 63: Oceania Volume, by Capacity (2014 to 2029)
Table 64: Oceania Value (US$ Mn), by Capacity (2014 to 2029)
Table 65: Oceania Volume, by Compressor Type (2014 to 2029)
Table 66: Oceania Value (US$ Mn), by Compressor Type (2014 to 2029)
Table 67: Oceania Volume, by End-Use Industry (2014 to 2029)
Table 68: Oceania Value (US$ Mn), by End-Use Industry (2014 to 2029)
Table 69: Oceania Volume, by Country (2014 to 2029)
Table 70: Oceania Value (US$ Mn), by Country (2014 to 2029)
Table 71: MEA Volume (‘000 Units), by Cooling Type (2014 to 2029)
Table 72: MEA Value (US$ Mn), by Cooling Type (2014 to 2029)
Table 73: MEA Volume (‘000 Units), by Capacity (2014 to 2029)
Table 74: MEA Value (US$ Mn), by Capacity (2014 to 2029)
Table 75: MEA Volume (‘000 Units), by Compressor Type (2014 to 2029)
Table 76: MEA Value (US$ Mn), by Compressor Type (2014 to 2029)
Table 77: MEA Volume (‘000 Units), by End-Use Industry (2014 to 2029)
Table 78: MEA Value (US$ Mn), by End-Use Industry (2014 to 2029)
Table 79: MEA Volume (‘000 Units), by Country (2014 to 2029)
Table 80: MEA Value (US$ Mn), by Country (2014 to 2029)
Table 81: China Volume (‘000 Units), by Cooling Type (2014 to 2029)
Table 82: China Value (US$ Mn), by Cooling Type (2014 to 2029)
Table 83: China Volume (‘000 Units), by Capacity (2014 to 2029)
Table 84: China Value (US$ Mn), by Capacity (2014 to 2029)
Table 85: China Volume (‘000 Units), by Compressor Type (2014 to 2029)
Table 86: China Value (US$ Mn), by Compressor Type (2014 to 2029)
Table 87: China Volume (‘000 Units), by End-Use Industry (2014 to 2029)
Table 88: China Value (US$ Mn), by End-Use Industry (2014 to 2029)
Table 89: India Volume (‘000 Units), by Cooling Type (2014 to 2029)
Table 90: India Value (US$ Mn), by Cooling Type (2014 to 2029)
Table 91: India Volume (‘000 Units), by Capacity (2014 to 2029)
Table 92: India Value (US$ Mn), by Capacity (2014 to 2029)
Table 93: India Volume (‘000 Units), by Compressor Type (2014 to 2029)
Table 94: India Value (US$ Mn), by Compressor Type (2014 to 2029)
Table 95: India Volume (‘000 Units), by End-Use Industry (2014 to 2029)
Table 96: India Value (US$ Mn), by End-Use Industry (2014 to 2029)
Table 97: Mexico Volume (‘000 Units), by Cooling Type (2014 to 2029)
Table 98: Mexico Value (US$ Mn), by Cooling Type (2014 to 2029)
Table 99: Mexico Volume (‘000 Units), by Capacity (2014 to 2029)
Table 100: Mexico Value (US$ Mn), by Capacity (2014 to 2029)
Table 101: Mexico Volume (‘000 Units), by Compressor Type (2014 to 2029)
Table 102: Mexico Value (US$ Mn), by Compressor Type (2014 to 2029)
Table 103: Mexico Volume (‘000 Units), by End-Use Industry (2014 to 2029)
Table 104: Mexico Value (US$ Mn), by End-Use Industry (2014 to 2029)
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List Of Figures
Figure 1: Global Size and Y-o-Y Growth, 2014 to 2029
Figure 2: Global Opportunity Index, 2019 to 2029
Figure 3: Global Share Analysis by Cooling Type to 2019 & 2029
Figure 4: Global Attractiveness Analysis, by Cooling Type (2018 to 2029)
Figure 5: Global Y-o-Y Growth, by Cooling Type (2018 to 2029)
Figure 6: Global Share Analysis by Capacity to 2019 & 2029
Figure 7: Global Attractiveness Analysis, by Capacity (2018 to 2029)
Figure 8: Global Y-o-Y Growth, by Capacity (2018 to 2029)
Figure 9: Global Attractiveness Analysis, by Configuration (2018 to 2029)
Figure 10: Global Attractiveness Analysis, by Pump Arrangement (2018 to 2029)
Figure 11: Global Share Analysis by Compressor Type to 2019 & 2029
Figure 12: Global Attractiveness Analysis, by Compressor Type (2018 to 2029)
Figure 13: Global Y-o-Y Growth, by Compressor Type (2018 to 2029)
Figure 14: Global Share Analysis by End-Use Industry to 2019 & 2029
Figure 15: Global Attractiveness Analysis, by End-Use Industry (2018 to 2029)
Figure 16: Global Y-o-Y Growth, by End-Use Industry (2018 to 2029)
Figure 17: Global Share Analysis by Region to 2019 & 2029
Figure 18: Global Attractiveness Analysis, by Region (2018 to 2029)
Figure 19: Global Y-o-Y Growth, by Region (2018 to 2029)
Figure 20: North America Size and Y-o-Y Growth, 2014 to 2029
Figure 21: North America Opportunity Index, 2019 to 2029
Figure 22: North America Share Analysis by Cooling Type to 2019 & 2029
Figure 23: North America Attractiveness Analysis, by Cooling Type (2018 to 2029)
Figure 24: North America Y-o-Y Growth, by Cooling Type (2018 to 2029)
Figure 25: North America Share Analysis by Capacity to 2019 & 2029
Figure 26: North America Attractiveness Analysis, by Capacity (2018 to 2029)
Figure 27: North America Y-o-Y Growth, by Capacity (2018 to 2029)
Figure 28: North America Attractiveness Analysis, by Configuration (2018 to 2029)
Figure 29: North America Attractiveness Analysis, by Pump Arrangement (2018 to 2029)
Figure 30: North America Share Analysis by Compressor Type to 2019 & 2029
Figure 31: North America Attractiveness Analysis, by Compressor Type (2018 to 2029)
Figure 32: North America Y-o-Y Growth, by Compressor Type (2018 to 2029)
Figure 33: North America Share Analysis by End-Use Industry to 2019 & 2029
Figure 34: North America Attractiveness Analysis, by End-Use Industry (2018 to 2029)
Figure 35: North America Y-o-Y Growth, by End-Use Industry (2018 to 2029)
Figure 36: North America Share Analysis by Country to 2019 & 2029
Figure 37: North America Attractiveness Analysis, by Country (2018 to 2029)
Figure 38: North America Y-o-Y Growth, by Country (2018 to 2029)
Figure 39: Latin America Size and Y-o-Y Growth, 2014 to 2029
Figure 40: Latin America Opportunity Index, 2019 to 2029
Figure 41: Latin America Share Analysis by Cooling Type to 2019 & 2029
Figure 42: Latin America Attractiveness Analysis, by Cooling Type (2018 to 2029)
Figure 43: Latin America Y-o-Y Growth, by Cooling Type (2018 to 2029)
Figure 44: Latin America Share Analysis by Capacity to 2019 & 2029
Figure 45: Latin America Attractiveness Analysis, by Capacity (2018 to 2029)
Figure 46: Latin America Y-o-Y Growth, by Capacity (2018 to 2029)
Figure 47: Latin America Attractiveness Analysis, by Configuration (2018 to 2029)
Figure 48: Latin America Attractiveness Analysis, by Pump Arrangement (2018 to 2029)
Figure 49: Latin America Share Analysis by Compressor Type to 2019 & 2029
Figure 50: Latin America Attractiveness Analysis, by Compressor Type (2018 to 2029)
Figure 51: Latin America Y-o-Y Growth, by Compressor Type (2018 to 2029)
Figure 52: Latin America Share Analysis by End-Use Industry to 2019 & 2029
Figure 53: Latin America Attractiveness Analysis, by End-Use Industry (2018 to 2029)
Figure 54: Latin America Y-o-Y Growth, by End-Use Industry (2018 to 2029)
Figure 55: Latin America Share Analysis by Country to 2019 & 2029
Figure 56: Latin America Attractiveness Analysis, by Country (2018 to 2029)
Figure 57: Latin America Y-o-Y Growth, by Country (2018 to 2029)
Figure 58: Europe Size and Y-o-Y Growth, 2014 to 2029
Figure 59: Europe Opportunity Index, 2019 to 2029
Figure 60: Europe Share Analysis by Cooling Type to 2019 & 2029
Figure 61: Europe Attractiveness Analysis, by Cooling Type (2018 to 2029)
Figure 62: Europe Y-o-Y Growth, by Cooling Type (2018 to 2029)
Figure 63: Europe Share Analysis by Capacity to 2019 & 2029
Figure 64: Europe Attractiveness Analysis, by Capacity (2018 to 2029)
Figure 65: Europe Y-o-Y Growth, by Capacity (2018 to 2029)
Figure 66: Europe Attractiveness Analysis, by Configuration (2018 to 2029)
Figure 67: Europe Attractiveness Analysis, by Pump Arrangement (2018 to 2029)
Figure 68: Europe Share Analysis by Compressor Type to 2019 & 2029
Figure 69: Europe Attractiveness Analysis, by Compressor Type (2018 to 2029)
Figure 70: Europe Y-o-Y Growth, by Compressor Type (2018 to 2029)
Figure 71: Europe Share Analysis by End-Use Industry to 2019 & 2029
Figure 72: Europe Attractiveness Analysis, by End-Use Industry (2018 to 2029)
Figure 73: Europe Y-o-Y Growth, by End-Use Industry (2018 to 2029)
Figure 74: Europe Share Analysis by Country to 2019 & 2029
Figure 75: Europe Attractiveness Analysis, by Country (2018 to 2029)
Figure 76: Europe Y-o-Y Growth, by Country (2018 to 2029)
Figure 77: East Asia Size and Y-o-Y Growth, 2014 to 2029
Figure 78: East Asia Opportunity Index, 2019 to 2029
Figure 79: East Asia Share Analysis by Cooling Type to 2019 & 2029
Figure 80: East Asia Attractiveness Analysis, by Cooling Type (2018 to 2029)
Figure 81: East Asia Y-o-Y Growth, by Cooling Type (2018 to 2029)
Figure 82: East Asia Share Analysis by Capacity to 2019 & 2029
Figure 83: East Asia Attractiveness Analysis, by Capacity (2018 to 2029)
Figure 84: East Asia Y-o-Y Growth, by Capacity (2018 to 2029)
Figure 85: East Asia Attractiveness Analysis, by Configuration (2018 to 2029)
Figure 86: East Asia Attractiveness Analysis, by Pump Arrangement (2018 to 2029)
Figure 87: East Asia Share Analysis by Compressor Type to 2019 & 2029
Figure 88: East Asia Attractiveness Analysis, by Compressor Type (2018 to 2029)
Figure 89: East Asia Y-o-Y Growth, by Compressor Type (2018 to 2029)
Figure 90: East Asia Share Analysis by End-Use Industry to 2019 & 2029
Figure 91: East Asia Attractiveness Analysis, by End-Use Industry (2018 to 2029)
Figure 92: East Asia Y-o-Y Growth, by End-Use Industry (2018 to 2029)
Figure 93: East Asia Share Analysis by Country to 2019 & 2029
Figure 94: East Asia Attractiveness Analysis, by Country (2018 to 2029)
Figure 95: East Asia Y-o-Y Growth, by Country (2018 to 2029)
Figure 96: South Asia Size and Y-o-Y Growth, 2014 to 2029
Figure 97: South Asia Opportunity Index, 2019 to 2029
Figure 98: South Asia Share Analysis by Cooling Type to 2019 & 2029
Figure 99: South Asia Attractiveness Analysis, by Cooling Type (2018 to 2029)
Figure 100: South Asia Y-o-Y Growth, by Cooling Type (2018 to 2029)
Figure 101: South Asia Share Analysis by Capacity to 2019 & 2029
Figure 102: South Asia Attractiveness Analysis, by Capacity (2018 to 2029)
Figure 103: South Asia Y-o-Y Growth, by Capacity (2018 to 2029)
Figure 104: South Asia Attractiveness Analysis, by Configuration (2018 to 2029)
Figure 105: South Asia Attractiveness Analysis, by Pump Arrangement (2018 to 2029)
Figure 106: South Asia Share Analysis by Compressor Type to 2019 & 2029
Figure 107: South Asia Attractiveness Analysis, by Compressor Type (2018 to 2029)
Figure 108: South Asia Y-o-Y Growth, by Compressor Type (2018 to 2029)
Figure 109: South Asia Share Analysis by End-Use Industry to 2019 & 2029
Figure 110: South Asia Attractiveness Analysis, by End-Use Industry (2018 to 2029)
Figure 111: South Asia Y-o-Y Growth, by End-Use Industry (2018 to 2029)
Figure 112: South Asia Share Analysis by Country to 2019 & 2029
Figure 113: South Asia Attractiveness Analysis, by Country (2018 to 2029)
Figure 114: South Asia Y-o-Y Growth, by Country (2018 to 2029)
Figure 115: Oceania Size and Y-o-Y Growth, 2014 to 2029
Figure 116: Oceania Opportunity Index, 2019 to 2029
Figure 117: Oceania Share Analysis by Cooling Type to 2019 & 2029
Figure 118: Oceania Attractiveness Analysis, by Cooling Type (2018 to 2029)
Figure 119: Oceania Y-o-Y Growth, by Cooling Type (2018 to 2029)
Figure 120: Oceania Share Analysis by Capacity to 2019 & 2029
Figure 121: Oceania Attractiveness Analysis, by Capacity (2018 to 2029)
Figure 122: Oceania Y-o-Y Growth, by Capacity (2018 to 2029)
Figure 123: Oceania Attractiveness Analysis, by Configuration (2018 to 2029)
Figure 124: Oceania Attractiveness Analysis, by Pump Arrangement (2018 to 2029)
Figure 125: Oceania Share Analysis by Compressor Type to 2019 & 2029
Figure 126: Oceania Attractiveness Analysis, by Compressor Type (2018 to 2029)
Figure 127: Oceania Y-o-Y Growth, by Compressor Type (2018 to 2029)
Figure 128: Oceania Share Analysis by End-Use Industry to 2019 & 2029
Figure 129: Oceania Attractiveness Analysis, by End-Use Industry (2018 to 2029)
Figure 130: Oceania Y-o-Y Growth, by End-Use Industry (2018 to 2029)
Figure 131: Oceania Share Analysis by Country to 2019 & 2029
Figure 132: Oceania Attractiveness Analysis, by Country (2018 to 2029)
Figure 133: Oceania Y-o-Y Growth, by Country (2018 to 2029)
Figure 134: MEA Size and Y-o-Y Growth, 2014 to 2029
Figure 135: MEA Opportunity Index, 2019 to 2029
Figure 136: MEA Share Analysis by Cooling Type to 2019 & 2029
Figure 137: MEA Attractiveness Analysis, by Cooling Type (2018 to 2029)
Figure 138: MEA Y-o-Y Growth, by Cooling Type (2018 to 2029)
Figure 139: MEA Share Analysis by Capacity to 2019 & 2029
Figure 140: MEA Attractiveness Analysis, by Capacity (2018 to 2029)
Figure 141: MEA Y-o-Y Growth, by Capacity (2018 to 2029)
Figure 142: MEA Attractiveness Analysis, by Configuration (2018 to 2029)
Figure 143: MEA Attractiveness Analysis, by Pump Arrangement (2018 to 2029)
Figure 144: MEA Share Analysis by Compressor Type to 2019 & 2029
Figure 145: MEA Attractiveness Analysis, by Compressor Type (2018 to 2029)
Figure 146: MEA Y-o-Y Growth, by Compressor Type (2018 to 2029)
Figure 147: MEA Share Analysis by End-Use Industry to 2019 & 2029
Figure 148: MEA Attractiveness Analysis, by End-Use Industry (2018 to 2029)
Figure 149: MEA Y-o-Y Growth, by End-Use Industry (2018 to 2029)
Figure 150: MEA Share Analysis by Country to 2019 & 2029
Figure 151: MEA Attractiveness Analysis, by Country (2018 to 2029)
Figure 152: MEA Y-o-Y Growth, by Country (2018 to 2029)
Figure 153: China Size and Y-o-Y Growth, 2014 to 2029
Figure 154: China Opportunity Index, 2019 to 2029
Figure 155: China Share Analysis by Cooling Type to 2019 & 2029
Figure 156: China Attractiveness Analysis, by Cooling Type (2018 to 2029)
Figure 157: China Y-o-Y Growth, by Cooling Type (2018 to 2029)
Figure 158: China Share Analysis by Capacity to 2019 & 2029
Figure 159: China Attractiveness Analysis, by Capacity (2018 to 2029)
Figure 160: China Y-o-Y Growth, by Capacity (2018 to 2029)
Figure 161: China Attractiveness Analysis, by Configuration (2018 to 2029)
Figure 162: China Attractiveness Analysis, by Pump Arrangement (2018 to 2029)
Figure 163: China Share Analysis by Compressor Type to 2019 & 2029
Figure 164: China Attractiveness Analysis, by Compressor Type (2018 to 2029)
Figure 165: China Y-o-Y Growth, by Compressor Type (2018 to 2029)
Figure 166: China Share Analysis by End-Use Industry to 2019 & 2029
Figure 167: China Attractiveness Analysis, by End-Use Industry (2018 to 2029)
Figure 168: China Y-o-Y Growth, by End-Use Industry (2018 to 2029)
Figure 169: India Size and Y-o-Y Growth, 2014 to 2029
Figure 170: India Opportunity Index, 2019 to 2029
Figure 171: India Share Analysis by Cooling Type to 2019 & 2029
Figure 172: India Attractiveness Analysis, by Cooling Type (2018 to 2029)
Figure 173: India Y-o-Y Growth, by Cooling Type (2018 to 2029)
Figure 174: India Share Analysis by Capacity to 2019 & 2029
Figure 175: India Attractiveness Analysis, by Capacity (2018 to 2029)
Figure 176: India Y-o-Y Growth, by Capacity (2018 to 2029)
Figure 177: India Attractiveness Analysis, by Configuration (2018 to 2029)
Figure 178: India Attractiveness Analysis, by Pump Arrangement (2018 to 2029)
Figure 179: India Share Analysis by Compressor Type to 2019 & 2029
Figure 180: India Attractiveness Analysis, by Compressor Type (2018 to 2029)
Figure 181: India Y-o-Y Growth, by Compressor Type (2018 to 2029)
Figure 182: India Share Analysis by End-Use Industry to 2019 & 2029
Figure 183: India Attractiveness Analysis, by End-Use Industry (2018 to 2029)
Figure 184: India Y-o-Y Growth, by End-Use Industry (2018 to 2029)
Figure 185: Mexico Size and Y-o-Y Growth, 2014 to 2029
Figure 186: Mexico Opportunity Index, 2019 to 2029
Figure 187: Mexico Share Analysis by Cooling Type to 2019 & 2029
Figure 188: Mexico Attractiveness Analysis, by Cooling Type (2018 to 2029)
Figure 189: Mexico Y-o-Y Growth, by Cooling Type (2018 to 2029)
Figure 190: Mexico Share Analysis by Capacity to 2019 & 2029
Figure 191: Mexico Attractiveness Analysis, by Capacity (2018 to 2029)
Figure 192: Mexico Y-o-Y Growth, by Capacity (2018 to 2029)
Figure 193: Mexico Attractiveness Analysis, by Configuration (2018 to 2029)
Figure 194: Mexico Attractiveness Analysis, by Pump Arrangement (2018 to 2029)
Figure 195: Mexico Share Analysis by Compressor Type to 2019 & 2029
Figure 196: Mexico Attractiveness Analysis, by Compressor Type (2018 to 2029)
Figure 197: Mexico Y-o-Y Growth, by Compressor Type (2018 to 2029)
Figure 198: Mexico Share Analysis by End-Use Industry to 2019 & 2029
Figure 199: Mexico Attractiveness Analysis, by End-Use Industry (2018 to 2029)
Figure 200: Mexico Y-o-Y Growth, by End-Use Industry (2018 to 2029)
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- FAQs -
What are the key industry trends of the global Process Chillers Market?
Strict Regulations on the Use of Plastic Hampering the Overall Sales of Process Chillers
Which is the most dominant region in the global market for Process Chillers?
East Asia is expected to be the most dominant region in the global market for Process Chillers
Process Chillers Market