Heat transfer fluid is primarily used as an intermediate liquid to transfer heat from a heat source to other heat demands. A heat transfer fluid is any liquid or gas used for the process that involves heating or cooling a system. Heat transfer fluids are utilized in industrial and other applications that require increased or decreased temperature in a closed circuit and a continuous cycle.
Key companies are focusing on increasing the efficiencies, longer service life, and product safety of heat transfer fluids. Currently, mineral oil-based heat transfer fluids have maximum market share this is because the cost of mineral oil-based heat transfer fluid is low compared to other types.
The glycol-based heat transfer fluid market is predicted to grow at a faster rate due to its various advantages over mineral oil-based heat transfer fluid, like low viscosity, low toxicity, and antifreeze properties which makes it ideal for various applications.
Drivers: Rise in Demand for Natural Gas Production.
Heat transfer fluid is used in various natural gas industries like processing, refining, and transportation applications. They are utilized in applications like recovery of glycols and mitigating heating to remove water from processed natural gas. The rising utilization of heat transfer fuels in offshore oil and natural gas systems and a growing number of LNG workstation is the key factor for the increase in demand for heat transfer fluid. Heat transfer liquid offers excellent temperature control and gives security. The heat transfer fluid used for downstream heating petrochemicals also plays a part in the demand for efficient heat transfer fluids. Opportunities: Rapid Industrial Growth.
The rapid growth in the industrialization of emerging economies has resulted in increased production and new modern technologies to increase productivity and efficiency. The increased production rate in manufacturing industries has led to high demand for heat transfer fluid in machining and casting industries. Heat transfer fluid is used in equipment to carry the heat and maintain the desired temperature of the system. Hence, the adoption rate of installation of heat transfer fluid systems in new facilities around the world has increased to support process efficiency growth in chemical, automotive, metal-processing, power, and oil & gas sectors. Restraints: Recyclability and Biodegradability Issues Regarding Heat Transfer Fluids.
Heat transfer fluid can work effectively for a limited period. After constant use, it can degrade, leading to expensive maintenance costs and shutdowns due to loss of heat transfer capacity. Heat transfer fluid degradation is caused mainly by thermal cracking, oxidation, and contamination. Regardless of which type of thermal fluid is used, it should be replaced over a certain period. With the global focus on the impact of chemicals on the environment and corporate sustainability objectives, the heat transfer fluid users are looking for alternatives for dumping and discarding utilized fluids by burning or landfilling.
Key Questions Answered 1. What is the Size of the Heat Transfer Fluids (HTFS) Market? 2. What is the Growth Rate of the Heat Transfer Fluids Market? 3. Who Are the Key Players in the Heat Transfer Fluids (HTFS) Market? 4. Which Region Holds the Largest Share in the Heat Transfer Fluids (HTFS) Market? 5. Which End-User Segment to Witness Fastest Growth Rate in the Heat Transfer Fluids (HTFS) Market?
Key Topics Covered:
1 Research Methodology
2 Research Objectives
3 Research Process
4 Scope & Coverage 4.1 Market Definition 4.1.1 Inclusions 4.1.2 Exclusions 4.1.3 Market Estimation Caveats 4.2 Base Year 4.3 Scope of the Study 4.3.1 Market Segmentation by Geography
9 Market Growth Enablers 9.1 Demand for Natural Gas Production 9.2 Focus on Renewable Energy 9.3 Demand for Food-Grade Heat-Transfer Fluids
10 Market Restraints 10.1 Recyclability and Biodegradability Issues 10.2 Fluctuations in Raw Material Prices
11 Market Landscape 11.1 Market Overview 11.2 Market Size & Forecast 11.3 Five Forces Analysis 11.3.1 Threat of New Entrants 11.3.2 Bargaining Power of Suppliers 11.3.3 Bargaining Power of Buyers 11.3.4 Threat of Substitutes 11.3.5 Competitive Rivalry
