Solvay has officially opened its application development lab in Shanghai. Housing some 30 scientists, engineers and technicians, it will seek to “advance custom-tailored application developments” using Solvay technologies, notably for the automotive, new energy, life sciences, smart devices and semiconductors.

Solvay has agreed a multi-year strategic collaboration with US firm Ginkgo Bioworks, which was formerly Zymergen. Under this, Solvay said, they will join forces “to unlock the power of synthetic biology as an enabler of more sustainable chemicals and materials, contributing to the transition towards more environmentally friendly solutions”.

Solvay has agreed to source mixed rare earth oxides (rMREOs) recycled from permanent magnets at the Ontario site of Canadian cleantech start-up Cyclic Materials for use in automotive, renewable wind energy and electronics applications at its site in La Rochelle, France (pictured).

Non-profit organisation CDP (formerly the Carbon Disclosure Project) has issued its rankings for 2022. These rate about 15,000 companies in multiple industries from about 18,700 who submitted data about their emissions on a scale from A to D- in three categories. In all, 283 received an A for Climate Change, 25 for Forests and 103 for Water Security.

Solvay is to expand its rare earths operations in La Rochelle, France, to enter the value chain for permanent magnets based on alloys of rare earths. These are mostly imported into Europe at present and many rare earths are in short supply. The company itself claims to be the technology leader in their separation, recycling, purification, finishing and formulation.

Solvay has announced plans to invest in an electronic-grade hydrogen peroxide (eH₂O₂) facility, its seventh, on a ten-hectare site in the Casa Grande’s Central Arizona Commerce Park (pictured). This will convert standard H₂O₂ into an ultra-high purity grade to clean silicon wafers for semiconductors, supporting growing manufacture in the US.

Solvay has launched a fourth growth platform, complementing existing ones in battery materials, green hydrogen and thermoplastic composites. This will focus on developing sustainable products for multiple markets using renewable feedstocks and biotechnology.