Search results for “cryogenic valves”

In All results

Fulfilling the stringent requirements at PTA plants

Fulfilling the stringent requirements at PTA plants

Fulfilling the stringent requirements at PTA plants

Insights ● Article
Flow control for polyolefins and polymers

Flow control for polyolefins and polymers

Polyolefin technologies include gas-phase, slurry, high-pressure, mixed-phase, and solution processes. Our valves have been developed to operate in extreme conditions, dealing with an abrasive flow media at very demanding cycling requirements.

Increased productivity with durable valves at Twin Rivers Paper

Increased productivity with durable valves at Twin Rivers Paper

At Valmet, we take care of even the smallest details and issues our customers might have. Our distributor Everest Automation helped our customer Twin Rivers Paper, in Edmundston, New Brunswick, Canada, to find a solution to the challenges they were have with leaking valves, which was resulting in lower productivity. We interviewed Gilles Theriault from Twin Rivers about the initial challenge they had, and the good results after the expert service.

Insights ● Article
Increase polymerization process efficiency with reliable valves

Increase polymerization process efficiency with reliable valves

Petrochemicals have seen tremendous growth in the last decades and many studies suggest that there will be an increasing focus on petrochemicals in the future as well. While the Covid-19 pandemic impacted the demand in the industry, it also saw a surge in the usage of polymers for example in the medical and packaging industry. Demand for masks, personal protective equipment’s, etc. increased while demand in e-commerce and many people preferring packed foods increased demand in the packaging industry.

Insights ● Blog post
Flow control for sugar processing

Flow control for sugar processing

Valmet provides high performance valves for each stage of the sugar production process.

Webinar: Reducing fugitive emissions from refining: how much valves really contribute and what is the reduction potential?

Webinar: Reducing fugitive emissions from refining: how much valves really contribute and what is the reduction potential?

Flow control solutions, such as valves, contribute to climate management through emission mitigation. Traditionally valves are, however, believed to contribute significantly to fugitive emissions in any refining or petrochemical plant.

Insights ● Webinar
Next generation versatile butterfly valves

Next generation versatile butterfly valves

The new generation of Neldisc™ metal-seated and Wafer-Sphere™ soft-seated butterfly valves is built to deliver sustainable performance today and tomorrow. Our versatile product range includes both metal-seated butterfly valves and soft-seated butterfly valves.

Flow control
Advanced metathesis unit valves support reliable propylene production

Advanced metathesis unit valves support reliable propylene production

Metathesis is one of the most common propylene production methods, but it can only be profitable if the production unit is reliable. So how do you ensure the reliability of your metathesis unit? For one thing, it means a unit supported with top-quality valves specifically selected for their purpose.

Insights ● Blog post
Application specific products

Application specific products

Sometimes the right valve simply has to be designed, engineered, manufactured, tested and optimized for a very specific task. Neles™ provides a portfolio of application -specific valves such as capping valves used in batch cooking or pulp and paper process -specific valves such as the NelesAce basis weight control valve or pocket feeder or high consistency segment valves.

Flow control
A new generation packed with performance

A new generation packed with performance

As always, the latest generation of Neles Neldisc™ metal-seated and Jamesbury Wafer-Sphere™ soft-seated butterfly valves is built to perform. The modular valve platform leans on field-proven technologies and decades of experience and expertise to meet the challenges of modern industrial processes.

Insights ● Blog post