市場調查報告書
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1179889
2023-2030 年全球二次製冷劑市場Global Secondary Refrigerants Market - 2023-2030 |
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全球二級製冷劑市場預計將出現顯著增長。
二級製冷劑(通常為液體)用於將熱量從待冷卻材料傳遞到熱交換器,一級製冷劑在熱交換器中吸收熱量。 空氣可以作為空調系統中的二次製冷劑。 這些流體由初級製冷劑冷卻並暴露於熱源。 暴露於製冷劑的流體會被製冷劑顯著加熱並吸收其能量。 加熱後的流體返回到製冷機並向主製冷劑散熱。 二次製冷劑通常具有高比熱、優異的傳熱性能、低粘度,並且無毒、無腐蝕性、經濟實惠、不易燃且化學性質穩定。 此外,它使用起來非常安全,可以減少對環境的不利影響。
鹽水、乙二醇和油用於低溫應用,例如熱泵、工業和商業製冷,而冷凍水則用作空調等高溫應用的二次製冷劑。 二次製冷劑經常用於大型製冷設施,以將製冷量從機房轉移到使用點。 全球二次製冷劑市場分為乙二醇、鹽水、二氧化碳等類型,應用領域包括工業製冷、商用製冷、熱泵、空調等,終端用戶包括油氣、製藥、食品飲料、由化學和塑料等領域組成。
預測期內市場增長率的主要驅動因素包括快速工業化、對低成本初級製冷劑的需求增加、環境影響小以及逐步淘汰 CFC 和 HFCS 製冷劑等因素。 此外,擴大二次製冷劑的製造和有利可圖的應用,例如聚光太陽能和供暖、通風和空調 (HVAC) 系統,預計將增加對二次製冷劑的需求。
影響二次製冷劑市場增長的其他因素包括快速工業化、工業部門的擴張、全球冷鏈市場以及政府減少碳排放的法規。. 由於對環保和低毒製冷劑的需求不斷增長,預計二級製冷劑市場在預測期內也將大大受益。
生物基和水基傳熱流體的開發支持二次製冷劑市場的擴張
基於水和生物基材料的傳熱流體的日益發展可能有利於二次製冷劑市場的擴大。 二級製冷劑用於化學和製藥製造設施以保持爐溫。 在油氣領域,油氣等行業正在尋求使用二次製冷劑,這將為二次製冷劑市場的拓展帶來新的機遇。
在冷水機空調中使用氯化鈣作為二次製冷劑添加劑以降低能耗。
作為替代水的二次製冷劑,氯化鈣 (CaCl2□2H2O) 可用作空調系統的熱能儲存系統。 這種材料具有很高的潛熱,從而降低了壓縮機的能量需求。 此外,使用水合鹽似乎對泵的功率使用增加沒有任何明顯影響。 這樣一來,就可以降低空調的耗電量,而且由於可以低價獲得各種材料,可以說是一種極具發展潛力的材料。 此外,越來越多地使用氯化鈣作為製冷劑也推動了全球市場的增長。
然而,二次製冷劑所需的高初始投資成本可能會限制二次製冷劑市場的增長。
COVID-19 影響分析
在 COVID-19 期間,二級製冷劑市場對製冷劑和其他化學流體的需求產生了負面影響。 由於大流行,化工行業受到了重大影響,因為化工行業在塑料、包裝用品等無數產品的生產中發揮著至關重要的作用。 由於冠狀病毒的傳播,一些生產設施已經停止並暫停。 隨著生產公司的關閉,製造商正在目睹產品市場增長的暴跌。
The global secondary refrigerants market reached US$ XX million in 2022 and is projected to record significant growth by reaching up to US$ XX million by 2030, growing at a CAGR of XX% during the forecast period (2023-2030).
Generally liquid, secondary refrigerants are employed to transfer heat from the cooled material to a heat exchanger, where a primary refrigerant absorbs it. It is feasible to state that air acts as a secondary refrigerant in an air conditioning system. These fluids are cooled by a primary refrigerant, exposing them to the source. When exposed to the source, the fluids are sensibly heated by it and absorb its energy. The heated fluid is returned to the chiller, rejecting the heat to the primary refrigerant. Secondary refrigerants typically have high specific heat, excellent heat transfer characteristics and low viscosity and are non-toxic, non-corrosive, affordable, incombustible and chemically stable. They are also safer to use and help decrease negative environmental effects.
While brines, glycols and oils are used in low-temperature applications like heat pumps, industrial refrigeration and commercial refrigeration, chilled water is used as the secondary refrigerant in high-temperature applications like air conditioning. Secondary refrigerants are frequently used in large refrigeration facilities to move cooling capacity from the plant room to the point of use. The global secondary refrigerants market is segmented into a type that includes glycol, salt brines, carbon dioxide and others and application consist of industrial refrigeration, commercial refrigeration, heat pumps, air conditioning and others and its end-user segment consists of oil and gas, pharmaceuticals, food and beverages, chemical, plastics and others.
The primary drivers of the market growth rate throughout the forecast period are factors like quick industrialization, rising demand for lower primary refrigerant charges, low environmental impact and the phase-out of CFCs and HFCS refrigerants. Additionally, the expanding manufacturing industry and the advantageous uses of secondary refrigerants, such as concentrated solar power and heating, ventilating and air-conditioning (HVAC) systems, are anticipated to boost demand for secondary refrigerants.
Additional factors influencing the growth of the secondary refrigerants market include speedy industrialization, expansion of the industrial sector, global cold chain market and government regulations to lower carbon footprints. The secondary refrigerants market will also greatly benefit from rising demand for eco-friendly and less toxic refrigerants over the forecasted period.
Developments of bio-based and water-based heat transfer fluids support the secondary refrigerants market expansion
The rising development of heat transfer fluids based on water and bio-based materials may benefit the expansion of the market for secondary refrigerants. Secondary refrigerants are used in chemical and pharmaceutical manufacturing facilities to maintain the furnace's temperature. The expansion of the oil and gas sector will probably open up new opportunities for the secondary refrigerants market to expand as oil and gas and other industry demands use of secondary refrigerants.
Utilizing calcium chloride as a secondary refrigerant additive in the chiller-type air conditioning system to reduce energy consumption
As a secondary refrigerant in place of water, calcium chloride, in the form of CaCl2.2H2O, can be used as a thermal energy storage system for air conditioning systems. Due to its high latent heat, this substance can lower the compressor's energy requirements. Additionally, using salt hydrates seemed to have no tangible effect on the rise in pump electricity usage. This material has great potential for development because it can reduce the energy consumption of the air conditioning system and is available in a wide variety of materials at affordable prices. Furthermore, the growing utilization of calcium chloride as a refrigerant boosts the global market growth.
However, the high initial investment cost necessary for secondary refrigerants may limit the growth of the secondary refrigerants market.
COVID-19 Impact Analysis
During COVID-19, the market for secondary refrigerants witnessed a negative impact on the demand for coolants and other chemical fluids. Due to the pandemic, the chemical business has been witnessing major impacts as the chemical industry plays a significant part in manufacturing innumerable products like plastic, packaging goods and others. With the widespread coronavirus, several production facilities have been halted and paused. With the stop in production firms, the manufacturer has witnessed a steep decline in the growth of the product market.
The global secondary refrigerants market is segmented based on type, application, end-user and region.
The ability to offer superior freeze protection for closed-loop refrigeration systems, the demand for secondary refrigerant witnessed a growth during the forecast period
Due to its superior ability to provide freeze protection for closed-loop refrigeration systems and water-based heating, ventilation, air conditioning (HVAC) and cooling systems, which makes it a desirable choice in the market, the glycol segment is accounting for the highest share of the global secondary refrigerants market. It is anticipated to dominate the secondary refrigerants market during the forecast period.
The global secondary refrigerants market is segmented based on type, application, end-user and region.
Government support and environmental legislation initiatives in Europe to reduce use of HFC gases contribute to the market growth in the European market
Europe captures the largest market share in the global secondary refrigerants market and is expected to dominate during the forecast period. Government support and environmental legislation initiatives in Europe to reduce Use of HFC gases contribute to revenue growth in the European market.
These initiatives encourage consumers to switch from primary refrigerants to protect the environment, which is driving up demand for these refrigerants in the region at a significant rate. In addition, growing demand for secondary refrigerants from a variety of end-use industries, including food processing, chemical and pharmaceutical, dairy and ice cream processing, among others, is fueling the expansion of the secondary refrigerant market
Manufacturers are making several strategic decisions in the global secondary refrigerants market to develop effective technologies and increase production rates to meet market demand. The primary focus areas include product launches, collaborations, strategic mergers and acquisitions. The key players in the market are The Linde Group, A-Gas International, The Dow Chemical Company, Eastman Chemical Company, Clariant AG, Tazzetti S.P.A., Arteco Coolants, Temper Technology Ab, Srs Frigadon and Hydratech.
Arteco Coolants
Overview: For use in automotive and industrial applications, Arteco develops and produces high-quality antifreeze coolants and heat transfer fluids. We provide innovative, cost-effective and efficient aqueous solutions to optimize thermal heat transfer and protect your cooling system from corrosion. Arteco's product offering includes e-mobility, heat transfer fluids, engine coolants and engine test fluids. For developing coolants that meet the strict requirements of most Original Equipment Manufacturers (OEMs) for first fill and service applications, Arteco is renowned for its close collaboration with OEMs. The company's primary goal is to supply customers with innovative, high-quality goods and services that meet their requirements while adding value. The company has a global presence in Russia, China, Japan and India and with headquartered in Belgium.
Freezium: Freezium is a dynamic heat transfer medium that works well with secondary refrigerants. Low viscosity, high thermal conductivity, engineer-friendly specifications, biodegradability and non-hazardousness are some of its main benefits. An inhibitor package is available in Freezium -60°C to ensure corrosion protection at high and low temperatures. Standard and targeted corrosion testing is used to illustrate anti-corrosion performance.
Key Development: On September 30, 2021, Freecor EV Micro 10 was launched by Arteco, a new coolant developed solely to meet the demands of electrified propulsion using hydrogen fuel cells. In addition to being designed to cool a fuel cell stack of a vehicle effectively, this new low-conductive coolant also extends the lifespan of the coolant and the ion exchanger. Along with hybrid power systems, batteries and alternative fuels, fuel cell engines are one of the options for alternative propulsion.
The global secondary refrigerants market report would provide approximately 61 tables and 63 figures and 230 Pages.
Target Audience 2023
LIST NOT EXHAUSTIVE