The Asia-Pacific ultrapure water market is set to surge with a 7.86% CAGR by 2030, and is anticipated to generate $8782.64 million during the assessment years 2022-2030.

Asia-Pacific has a high demand for ultrapure water due to the prominence of top semiconductor manufacturing countries like South Korea, China, Japan, and Taiwan. Further, the pharmaceutical industry is adapting advanced technologies, innovation, and digital transformation, which is expected to accelerate the Asia-Pacific ultrapure water market.

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The Asia-Pacific ultrapure water market growth analysis includes the evaluation of South Korea, Taiwan, China, India, Japan, and Rest of Asia-Pacific. The ultrapure water market in China is expected to grow significantly during the forecast period owing to rising domestic demand for smart devices and growth in electricity production. The country’s demand for semiconductors reflects its leadership in developing smart devices. Such rising demand for electronic devices will increase the production of semiconductors in the country.

According to the International Energy Agency, China’s net electricity production increased by 6.7% or 51.2 TWh in July 2022 to reach 816.6 TWh, up from the previous month. Growth in the electricity demand is expected to increase the demand and adoption of ultrapure water for efficient power generation. Hence, such factors are expected to contribute to the growth of the ultrapure water market in China during the forecast period.

On the other hand, growth in Japan’s industry & manufacturing sector is expected to contribute to the growth of the ultrapure water market in Japan during the forecast period. Improving the water in the manufacturing facilities also leads to reduced operating costs and decreased waste. Hence, such factors are expected to positively impact the ultrapure water market growth in Japan during the forecast period.

The Asia-Pacific ultrapure water market assessment includes segmentation by application and end-user. Market by application covers cleaning, etching, ingredient, and other applications.

Ultrapure water is used as a cleaning agent in various industries such as food & beverages, electronics and semiconductors, pharmaceuticals, medical, and others. For instance, water is used as a cleaning agent in semiconductor facilities to remove unwanted organic and inorganic materials from wafer surfaces. Any particles in the water that might settle in circuits or dissolve and precipitate must be absent.

Furthermore, wafer manufacturers can not eliminate the risk of microchip failures unless they clean their products with ultrapure water. Additionally, it is used to clean in various industries where a very high standard of hygiene is required. For instance, machinery is cleaned with ultra-pure water in the pharmaceutical and medical industries to prevent bacterial contamination. Also, it is employed in the food industry to clean the equipment used to produce food and beverages.

Some of the key players in the Asia-Pacific ultrapure water market include Thermax, Kurita, Osmoflo, etc.

Osmoflo is a global water treatment company that provides solutions for managing wastewater recycling, reusing, and pre and custom-engineered desalination water usage. The company provides various treatment services, such as desalination and care functions, and specialized water processing equipment, allowing it to give business clients unified sustainable capabilities. The company offers services to mining, power, food and beverage, oil and gas, and other industries. It has a workforce throughout the global network of offices in Australia, India, Southeast Asia, and the United Arab Emirates. It was founded in 1991 and is headquartered in Adelaide, Australia.

The Brine Squeezer Technology from Osmoflo pushes the limits of reverse osmosis by utilizing more than 30 years of the company’s experience in designing, constructing, operating, and maintaining more than 600 plants. Osmoflo Brine Squeezer Technology combines well-known membrane principles with innovative design and operational strategies to manage fouling and scaling. Currently, the technology is used for numerous projects across several industries.

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