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Valmet DNA local privilege escalation through insecure DCOM configuration

Valmet location in United States of America, Aiken (Darlington Drive)

Valmet location in United States of America, Aiken (Darlington Drive)

Location details for Automation in United States of America, Aiken (Darlington Drive).

OptiAir Hood

OptiAir Hood

OptiAir Hood combines systems for ventilation, runnability and heat recovery, thus providing excellent tools for controlling drying performance and maintaining energy efficiency.

Board and paper
Ensuring your success with our expertise in project management

Ensuring your success with our expertise in project management

A key to a successful board or paper machine investment project is that the project is managed well - that is why the expertise in project management is essential.

Board and paper
Valmet location in Singapore, Singapore

Valmet location in Singapore, Singapore

Location details for Flow control in Singapore

Valmet location in Indonesia, Cikarang

Valmet location in Indonesia, Cikarang

Location details for services, pulp, paper, tissue, board and energy in Indonesia, Cikarang.

Valmet location in China, Jiangsu, Changzhou

Valmet location in China, Jiangsu, Changzhou

Location details for tissue, paper, board and services in China, Jiangsu, Changzhou.

Valmet location in Czechia, Prague, Kralupy nad Vltavou

Valmet location in Czechia, Prague, Kralupy nad Vltavou

Location details for Flow control in Czechia, Prague, Kralupy nad Vltavou.

Chip washing

Chip washing

Producing quality MDF requires chips that are as free from impurities as possible. Debarking and screening are not enough. Chip washing is essential for producing board of low mineral content. The growing use of purchased chips, e.g. from sawmills, results in an ever-increasing need for chip washing. Existing impurities, in the form of metal, stones and sand, must be removed before the chips enter the process.

Flow control for lithium

Flow control for lithium

Lithium is crucial for the battery industry. As demand for lithium-ion batteries grows, the need for lithium hydroxide and lithium carbonate increases. These materials are sourced from either brine or hard-rock ore. Hard-rock ore processing involves a concentrator plant to produce a concentrate, which is then refined in a chemical plant. Brine processing starts in evaporation ponds or through direct lithium extraction (DLE), followed by chemical processing.

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