Thermally stable antiscalant are the polymers used to prevent or slow scaling on a surface. The basic function of thermally stable antiscalant is of improving the system recovery rates and reduce the cleaning frequency at varying temperatures. The flow restricting deposits such as asphaltenes, hydrates, paraffin, scale and other solids reduces the flow performance. The major problems faced due to challenging extraction and processing operation include high temperature and pressure condition. These process condition are tackled with the help of thermally stable antiscalant. These functionalities of thermally stable antiscalant is used in various application sectors such as oil and gas, mining, water and wastewater treatment, food and beverages industry and others. It is forecasted that the Global antiscalant market is to grow by CAGR of 4% for the next forecasted period of 2016 to 2026.
Thermally stable antiscalant market: Drivers and Restraints
In past few years as the consumption a well as production of oil and gas drastically increased, the percentage of extraction from more challenging environments also enlarged. The challenges such as extraction at increased depth, temperature and pressure result into harsh condition to oilfield flow performance. Tackling these challenging problems will drive the thermally stable scale antiscalant market. The use of scale inhibitors to maximize the process efficiency by lowering the cost and time of cleaning and maintenance is estimated to benefit the thermally stable antiscalant market.
On the other hand the growing concern toward usage of inorganic substance especially in food industry is expected to be the major restraining factor for the demand of organic scale inhibitors. The further treatment of traces in products in food and beverages resulting to the additional cost expenses might lead to restrain the global...