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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
Safer butterfly valves are made in safe environments

Safer butterfly valves are made in safe environments

We believe that safe products can only be made in safe working environments. Just as we design our valves to be safe for you to install, service and operate, we pay careful attention to the safety of our own production processes.

Insights ● Blog post
Customers are the spice of my work

Customers are the spice of my work

We interviewed sales manager Kari Rimpisalo about his long career at Neles. At the beginning of his career, Kari ran our service center in Kemi, Finland, by himself. Today, this well-rounded individual has a team of colleagues around him. What is the best thing about his job?

Insights ● Career story
Developing an enhanced customer experience in complex EPC projects through digitalization

Developing an enhanced customer experience in complex EPC projects through digitalization

Digitalization of the quotation process delivers notable benefits to all parties involved, benefits like savings in valuable engineering hours, optimal solutions for customer requirements and an improved customer experience. This is also what our digitalized valve quotation process is aiming for.

Insights ● Blog post
My job at Neles: from a Summer Trainee to a Legal Associate

My job at Neles: from a Summer Trainee to a Legal Associate

My journey at Neles began in 2017 when I was recruited as a summer trainee to work in the Treasury team. From that moment to this day, I've had the opportunity to develop and work on many different projects and ultimately to pursue my dream job in law.

Insights ● Career story
Improved process efficiency with high-performance butterfly valves

Improved process efficiency with high-performance butterfly valves

Process efficiency can be defined as optimal flow capacity, minimized emission and leakage, and low energy consumption. At the same time, the first two contribute to the last – but not least: low energy consumption.

Insights ● Blog post
Smart technology utilization in the refining & chemicals industry

Smart technology utilization in the refining & chemicals industry

Over the years the field devices used in various process industries have changed from simple to more intelligent. Through the enhanced intelligent features, these smart field devices present process industries wide range of possibilities. Yet we find that the functionalities and benefits of smart technology are often not yet fully utilized. This is particularly the case when it comes to diagnostics features. We at Valmet hope to change all that.

Insights ● Blog post

Rethink the control room

Helping people succeed starts from understanding how they work. By enhancing their workplace experience, we can make work more efficient, and even enjoyable. The key lies in providing tailored toolsets that fit the organization.

Insights ● Blog post
Maximize your nonwoven process performance with proven automation technology

Maximize your nonwoven process performance with proven automation technology

Explore how Valmet delivers nonwovens producers the best-performing automation solutions to improve your competitiveness.

Insights ● Webinar
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