Improving reliability in your pump piping doesn’t have to be complicated. If you follow these simple steps, you won’t have to worry about your pump piping reliability again.

We know that as a reliability engineer, you want to make an impact by finding smart upgrades that improve your plant. Follow these four steps, and you’ll build a persuasive business case that management can’t say no to.

We know that truck fleets are expensive to operate and have severe safety and environmental downsides. So, why isn’t the frac sand industry taking pipelines seriously as a transport method?

Don’t let corrosion become your pipeline’s downfall. Understanding the difference types of corrosion – and what causes it – will help you avoid creating corrosion hotspots.

Keeping your gold process plant up and running is a constant challenge. The good news is it doesn’t have to be that way. Learn how five gold mines fixed common piping problems in their process plants.

Selecting a liner with a low surface friction will offset energy costs, extend wear life and optimise performance. We show you how it can deliver improved cost, performance, safety and longevity of a pipeline.

A new pipeline is a significant capital investment, so it needs to last the distance. We show you that older piping technology could be costing you more in the long run.

You'll make better design decisions if you understand how your slurry moves. We talk to a leading CSIRO research engineer on slurry rheology and how this impacts pipeline design.

There’s a common misconception that the best pipelines are built entirely from rigid steel piping. We'll show you why you need to add flexibility to avoid early pipeline failure.

Selecting the right jointing method is a crucial step in your pipeline design. Discover which is the best option for your next pipeline project.

Minimise wear in a slurry pipeline at the design stage. Learn about three ways you can iron out the kinks before they become a big problem later on.

We investigate the ways you can improve the design and lifespan of your slurry pipelines, and review the pros and cons of different liner types available.

In this article, we look at the difference 12m vs 18m spools make at every stage of the project, from a more efficient design and installation, right through to maintenance.

Designing new slurry piping in your lithium plant? We’ve compiled our top three tips from years of experience working on mine sites with tough lithium slurry.

Lithium slurry is tough stuff to deal with. Here are five stories from other lithium plants where they’ve redesigned their slurry piping systems to handle the severe conditions.

If you’ve been putting bore matching in the too hard basket, it’s now time for a rethink. This article steps you through everything you need to optimise your system.

There’s so much to know when it comes to end connections. So, we’ve put together this handy reference covering the most common types for mining hose and lined pipe.

The key to fixing recurring leaks in slurry piping is understanding the different types of wear. In this article, we cover common wear types in detail.

Leaks, noise, vibration, and pipe misalignment are just some of the problems you'll face in your plant if you get your pump piping wrong. Find out our 5 lessons learned.

Choosing the right lined piping system for your plant is important, and there are so many options. So, we’ve compared the most common types of pipe used in process plants.

Getting the measurements for your hose or pipe flange might not always be simple. Check out this video where we show you the best way to get it done.

In this video, we show you the best way to measure the internal diameter, bend angle, centre line radius, and centre to end lines, so you can get the right spool ordered every time.