MCA 80% sol. in water, Monochloroacetic acid, CAS 79-11-8, MCA, Monochloroacetic acid for use as an essential raw material for a variety of products, such as carboxymethyl cellulose, adhesives, pharmaceuticals and crop protection chemicals.

MCA flakes, Monochloroacetic acid, CAS 79-11-8, MCA, These monochloroacetic acid flakes are a white crystalline substance with a characteristic odor. It is used as an essential raw material for a variety of products, such as carboxymethyl cellulose, adhesives, pharmaceuticals and crop protection chemicals.

MCA molten, Monochloroacetic acid, CAS 79-11-8, MCA, MCA (molten) is a clear liquid with characteristic odor. Monochloroacetic acid for use as an essential raw material for a variety of products, such as carboxymethyl cellulose, adhesives, pharmaceuticals and crop protection chemicals.

A pioneering project that started in Nouryon’s bleaching chemicals operations in Brazil has shown how measuring the true impact of our operations on human, social, and natural capital can point to improvements that offer big sustainability benefits. The process is now being applied more widely across our company and is helping us create additional business value.

Nouryon is a leading producer of high-performing, biodegradable chelates worldwide.

Several societal trends are driving demand and presenting opportunities for Nouryon’s sustainable solutions, which are aligned with the UN SDGs.

High-quality products for manufacturing of polypropylene, polyethylene and synthetic rubber.

AkzoNobel has significantly strengthened its global manufacturing footprint for organic peroxides by completing a €22 million expansion of its Los Reyes production facility in Mexico.

Mexico City, Mexico - Contacts for Nouryon locations around the world.

MFI is a measurement used to assess the flowability or melt viscosity of polypropylene (PP) or polyethylene (PE).

Nouryon participating in a Wasser 3.0 pilot study on how our MicrOx™ hydrogen peroxide is used to remove micropollutants from wastewater in Landau, Germany.

Together with Van Remmen UV Technology, we have developed a unique technology for removing micropollutants from wastewater.

Improve recovery and efficiency across mining processes with chemistry that stabilizes water, materials, and separation under real operating conditions.