Designing a pump system isn’t just about picking the right pump—it’s about building an integrated solution that delivers efficiency, reliability, and long-term performance. At MultiTorque, we specialise in pump system design for industrial, mining, agricultural, and wastewater applications across Australia.

Whether you’re upgrading outdated infrastructure or building a system from the ground up, our experienced team will design a fluid transfer solution that fits your process, flow requirements, and operating conditions perfectly.

Table of Contents

What Is Pump System Design?

Pump system design is the process of engineering a complete pumping solution that includes:

Pump selection (type, capacity, material)
Pipework layout and size
Valve and instrumentation integration
Motor or engine drive matching
Control and automation options
Safety systems and energy efficiency analysis

When done correctly, it ensures your system operates at optimal flow and pressure with minimal wear, maintenance, and energy consumption.

Why Good Design Matters

Poorly designed pump systems can result in:

Cavitation and premature failure
Excessive energy use and high power bills
Overheating, vibration, and noise
Leakage, corrosion, or seal damage
Frequent breakdowns and costly downtime

By working with MultiTorque, you’re ensuring a properly balanced system from day one—engineered for performance, durability, and efficiency.

Our Pump System Design Process

At MultiTorque, every system we design goes through a structured process:

Site Assessment or Engineering Consultation
We assess your flow rate, fluid properties, head pressure, elevation changes, and environmental conditions.
Pump Type and Material Selection
Based on your industry and fluid type (water, slurry, oil, chemicals), we select the right pump—centrifugal, progressive cavity, diaphragm, piston, or peristaltic.
System Layout and Control Planning
We map out piping routes, flow meters, pressure sensors, and control systems for automated operation.
Energy Efficiency Optimization
We match pump curves with motor ratings to reduce wasted power and improve lifespan.
Custom Build or Trailer Mount (if needed)
For remote or mobile operations, we offer custom-built skid units or trailer-mounted pump systems via our BoreBoss range.
Commissioning and Ongoing Support
Once installed, we test the system, calibrate controls, and provide ongoing service plans.

Industries We Design For

Our pump system designs are tailored for demanding industries including:

Mining and dewatering (fixed or mobile solutions)
Wastewater treatment and effluent handling
Agricultural irrigation and water transfer
Chemical dosing systems
Industrial processing and fluid transport
Oil & gas fluid handling

We also provide pump impeller repair, motor starter servicing, and full system rebuilds for existing installations.

Trusted Brands and Components

We design systems using parts and pumps from industry-trusted names like:

Wilden
Napco
NOV
Orbit
Grundfos
Cat Pumps
And many others, including legacy models

All components are matched for compatibility, durability, and efficiency based on your application and budget.

Local Support With National Reach

With workshops in Brisbane and Perth, MultiTorque supports projects across Queensland, Western Australia, and beyond. Our local presence means fast turnaround, responsive support, and hands-on experience across Australia’s toughest sites.

Why Choose MultiTorque?

✅ 15+ years of industry experience
✅ End-to-end pump system design and supply
✅ Custom builds, mobile units, and trailer systems
✅ Genuine spare parts and expert servicing
✅ Trusted by mining, agriculture, and industrial operators nationwide

Let’s Design the Right Pump System for You

From concept to commissioning, MultiTorque is your go-to partner for reliable pump system design. We don’t just sell pumps—we build systems that work.

📞 Call us today on 1300 726 525
📧 Email: sales@multitorque.com
🌐 Visit: www.multitorque.com.au
🔗 LinkedIn: Follow MultiTorque

Efficient Pump System Design for Industrial Applications – MultiTorque 2025