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Strategies to Select Suitable Coating Solution for Concrete in Water and Wastewater Industries

  • Industry: Water Wastewater
  • Product Type: ARC Industrial Coating

Concrete in water and wastewater facilities faces constant chemical, abrasive and biological attack. This white paper explains the most common failure mechanisms and shows how to choose the right protective coating for long-term performance. With clear comparisons of epoxy, vinyl ester, polyurethane and polyurea systems along with real installation examples, the guide helps operators and engineers make confident, practical decisions that extend asset life and reduce maintenance costs. Download now.

Meeting the Challenge of Valve Emission Control

  • Industry: Chemical, Oil and Gas
  • Product Type: Packing and Gaskets

Over the past three decades, the push to reduce greenhouse gas emissions has revolutionized valve sealing technology. Methane, a greenhouse gas 25 times more potent than carbon dioxide, has driven the development of advanced low-emission packing solutions and stringent testing standards. Modern regulations now limit valve emissions to below 100 ppm, requiring precision-engineered packing, proper installation, and continuous monitoring. Chesterton’s Low-E technologies, including Styles 1622 and 6800, exemplify how innovation can simultaneously meet regulatory demands, enhance safety, and extend equipment life. Download now.

Smarter, Safer Strategies for Pump Maintenance: Reducing Risk and Boosting Efficiency

  • Industry: Water Wastewater
  • Product Type: AMPS™ Active Loading Technology, ARC Industrial Coating, Mechanical Seals, Packing and Gaskets

Learn how water and wastewater utilities transform pump maintenance with innovative technologies like split seals, automated packing systems, and protective coatings. This expert white paper from Chesterton explores real-world strategies to improve safety, reduce downtime, and enhance asset performance. Download now.

Optimising Global Valve Performance: Tackling Packing Friction for Operational Excellence

  • Industry: Oil and Gas
  • Product Type: Packing and Gaskets

Valve control is crucial for controlling flow and ensuring seamless plant operation throughout industrial processes. This whitepaper explores the impact of packing friction on control valves and its critical role in industrial safety and efficiency. While emissions sealing industries have significantly reduced valve leakage, the next challenge is to reduce packing friction while maintaining current sealing standards. The paper emphasises the need for advancements in packing materials, manufacturing, and testing methodologies to balance packing seating stress and stem friction. Download our white paper today for further insights. Download now.

Taking the Mystery out of Mechanical Seals

  • Industry: Hydropower, Water Wastewater
  • Product Type: Mechanical Seals

Understanding foundational concepts of seal design is crucial for optimal equipment performance.
Our brief paper explores five key features of good mechanical seal design, providing technical reasons for their benefits. This knowledge empowers you to engage confidently with suppliers and make informed decisions, ensuring efficient equipment operation.
Explore our white paper for deeper insights.
Download now.

Concrete Sealing Solutions

  • Industry: Concrete / Cement
  • Product Type: ARC Industrial Coating

Concrete reigns supreme in construction, prized for its strength and adaptability. Yet, it faces a barrage of challenges – from temperature shifts to chemical exposure. To bolster its resilience, sealers offer a solution. This white paper explores the diverse array of sealing technologies, from penetrating to surface-based, and their application methods. By reducing porosity and enhancing surface hardness, these techniques promise to fortify concrete against the elements, ensuring longevity in any environment. Download now.

Enhancing Operational Resilience in the Pulp and Paper Industry

  • Industry: Pulp and Paper
  • Product Type: AMPS™ Active Loading Technology, ARC Industrial Coating, Engineered Polymer Seals, Equipment Monitoring Systems - IoT, Industrial Lubricants and MRO products, Mechanical Seals, Packing and Gaskets

The Pulp and Paper industry has evolved from labor-intensive manual processes to modern machine-run operations, emphasizing the critical importance of equipment longevity and extending Mean Time Between Failures (MTBF) for financial health. Selecting optimal equipment, components, and coatings based on key performance indicators (KPIs) is vital for cost reduction. With extensive industry experience and satisfied clients, Chesterton® is well-positioned to enhance plant productivity and longevity. In the following, we'll explore challenges in the Pulp and Paper industry and offer considerations for resolution. Download now.

Common Corrosion Types in Wastewater Systems and How to Select the Most Suitable Protective Coating

  • Industry: Concrete / Cement, Water Wastewater
  • Product Type: ARC Industrial Coating

This paper examines different corrosion types in water infrastructure, discusses root causes, and highlights their impact on surfaces. It also offers compatible coating solutions and identifies key performance indicators for decision-making. Download now.

Submersible Pump Monitoring Chesterton Connect™ System Solves Pump Maintenance Challenges in the Wastewater Industry

  • Industry: Water Wastewater
  • Product Type: Equipment Monitoring Systems - IoT

The primary objective of sewage treatment is to eliminate impurities to produce safe effluent, preventing water pollution. A rising issue is clogs caused by 'flushable' wipes, incurring costly repairs. Chesterton Connect™ detects clogging-induced vibrations in submersible pumps, averting pump damage. Download now.

PFAS – What are they and why are they critical to Sealing Devices?

  • Industry: Oil and Gas
  • Product Type: Engineered Polymer Seals, Packing and Gaskets

As the world struggles with the challenge of addressing PFAS materials, it is essential to note that not all PFAS are hazardous. A singular approach is not sensible for the future, especially with the increasing demand for necessary products containing fluoropolymers and fluoroelastomers. Download now.