On June 8th, AkzoNobel's fire retardant coating laboratory in Felling, England, was officially launched. The investment of the laboratory reached 7 million euros, which is the company's local investment in research and innovation and investment of 10 million euros. In the first part, the entire project will create 40 new jobs for the local area.
The fire retardant coating laboratory will be operated by AkzoNobel's Marine and Protective Coatings business unit, which is widely used in building protection, steel structures for oil and gas facilities, and is second to none in the industry. Due to the increasingly stringent regulations on fire protection around the world, the global protective coatings market is booming and its demand is expected to double by 2018.
Graeme Armstrong, a member of AkzoNobel's management and innovation management committee, said: "This modern facility will help the company drive innovation and introduce advanced coating technology to meet the needs of our customers. We are here to experiment The room is equipped with different levels of fire testing to simulate the various fires that our paints may encounter, ensuring that customers have access to proven, technologically advanced solutions with practical commercial value."
BobTaylor, Managing Director of AkzoNobel's Marine and Protective Coatings Business Unit, said: "This investment initiative has enabled the company to have a global center of excellence for fire protection technology development that will help us launch new fire protection products for the market. The fire protection product lineup is strong, providing protection for major buildings around the world, including Melbourne Airport in Australia and the New York Times Building in Manhattan, New York City."
AkzoNobel's plant in Felling, England, has more than 950 employees, and it has embarked on a series of investments in R&D and innovation. The fire protection technology laboratory is the latest project. At the beginning of this year, AkzoNobel set up a research and development laboratory for powder coating polymers with a total investment of 2 million euros and a research and development laboratory for 1.4 million euros.
Brine Tank
The brine tank is an essential component of water treatment systems, specifically in water softening processes. It is used to store and dissolve the softening salt, allowing it to mix thoroughly and effectively regenerate the resin.
PE (polyethylene) is the material commonly used to manufacture brine tanks due to its desirable properties. PE tanks are resistant to both acid and alkali substances, ensuring that the salt and other chemicals used in the water treatment process do not corrode or damage the tank. Additionally, PE tanks are durable and do not easily deteriorate with age, providing a long service life.
Furthermore, PE brine tanks are non-toxic and tasteless, ensuring that the water being treated remains safe for consumption. This is particularly important as the salt used in the tank will eventually mix with the water supply. The non-toxic nature of PE also means that it does not introduce any harmful substances into the water.
Overall, PE brine tanks play a vital role in water treatment projects by facilitating the proper dissolution of softening salt and enhancing the regeneration of resin. With their various color options, acid and alkali resistance, longevity, and safety features, PE brine tanks are a reliable and efficient choice for water treatment systems.
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