The ranking reflects the company’s excellent global economic performance, which has been growing steadily for almost two decades, its demanding strategy in terms of social and environmental responsibility, and an HR policy focused on employee well-being and commitment.
The new digital application, called “MyCarbonFootprint,” is
designed to help customers gain a better overview of the sustainability status of the product portfolio they purchase from BASF.
The company's nine manufacturing sites in Brazil are now powered with electricity solely from renewable energy sources, helping to reduce greenhouse gas emissions and transition to a low-carbon economy.
Many waterborne coating formulations utilize eco-friendly biopolymers, which have beneficial properties such as being biodegradable, and contain much fewer VOCs. Today, there are renewable materials that are worth consideration and greater investigation to further improve sustainability of products at the end of their useful lives; these materials are carbohydrate-based polymers produced from starch.
Increased regulatory scrutiny of lead, chromium, and zinc is driving the migration to heavy-metal-free corrosion inhibitors. In this article, several water-based resin technologies were selected to demonstrate the performance of heavy-metal-free corrosion inhibitors versus their zinc-containing counterparts.
This month’s Formulating with Mike columncontinues the focus on resins and discusses acrylic emulsion polymerization, in particular, surfactant design and how it affects the polymerization of a vinyl-acrylic emulsion.
The new plant is one of several similar investments into the elastomers business across the globe. The products can be used in offshore wind turbines and to manufacture photovoltaic panels, among others.
Research has shown that a thin cellulose film can inactivate the SARS-CoV-2 virus within minutes, inhibit the growth of bacteria including E.coli, and mitigate contact transfer of pathogens. The coating is invisible to the naked eye, and is abrasion resistant under dry conditions, making it suitable for use on high-traffic objects such as door handles and handrails.
Assembled into photonic crystals, brush block co-polymers have demonstrated utility in creating coatings with ultraviolet, visible and near-infrared reflectivity, radar transparency, and the potential to reduce the carbon footprint of performance coatings by up to 50%. One company has set a course to launch a structural color co-polymer based on this unique technology.
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