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As 2025 comes to a close, we’re proud to look back on a year filled with major projects, incredible teamwork, industry-leading innovation, and countless moments that reminded us why we do what we do: solve tough challenges for our customers.

Here’s a snapshot of the moments, projects, and people that defined our 2025.

Hydrogen sulfide (H₂S) is one of the biggest challenges in biogas production. While biogas efficiently converts organic waste into energy, the presence of H₂S makes the gas corrosive and harmful to equipment. Removing H₂S during purification is essential to protect pipes, engines, and other components, ensuring safe and efficient biogas use.

As the year comes to an end, we want to thank you for choosing us for your pumping needs. It has been great working with you, and we look forward to helping you again in 2026.

Magnetic drive pumps are a popular choice in industries handling corrosive, hazardous, or high-purity liquids. Known for their leak-free and low-maintenance design, these pumps are used across chemical processing, water treatment, mining, and manufacturing. In this article, we’ll explain what a magnetic drive pump is, how it works, and where it’s most commonly used.

We’re pleased to share that Global Pumps will be at IMARC 2025 in Sydney from October 21–23. Join us at stand A26 to explore our advanced solutions for the mining and mineral processing sector.

Exciting news! AIMEX 2025 is making its return, and Global Pumps, your more trusted partner solving your tough pumping challenges will be there. Join us at Adelaide Showground Goodwood Road from September 23-25.

In the Biotech, Food, Chemical, and Pharmaceutical industries, cleanliness isn’t just a guideline—it’s a core requirement. But maintaining that standard often demands significant time, resources, and can lead to production delays. Between clean-down procedures, cross-contamination risks, and equipment turnaround, teams are under constant pressure to maintain hygiene without slowing operations.

When choosing a hose pump for your application, you may have noticed that some models use rollers while others use shoes. Both designs follow the same peristaltic pumping principle, but the internal mechanics differ, leading to important differences in durability and maintenance. Let’s take a closer look at how each one works.

Flow rate is a critical parameter in peristaltic pump systems, directly impacting process efficiency, dosing accuracy, and overall system reliability. 

If you’ve been exploring mag drive pumps, you’re likely already aware of the many benefits they offer, especially in demanding environments. But, like any technology, there are details worth considering, including some common magnetic drive pump problems you may encounter.