KNOWLEDGE

Business Network Magazine | Turning Waste into a Reliable Energy Source

Monday, October 5, 2026

In the latest edition of Business Network Magazine, LAND explores how thermal imaging helps Energy from Waste operators improve combustion control, maximise energy recovery, and identify potential issues before they impact plant performance.

“Across the UK and beyond, waste is no longer viewed purely as something to manage. It is increasingly seen as a resource that can deliver value. Energy from Waste (EfW) plants are a clear example of that shift, converting everyday refuse into electricity and heat.

For many organisations, this is where sustainability targets, operational performance, and energy resilience meet. However, turning mixed, unpredictable waste into a stable energy source is anything but simple.

Generating Consistent Energy from Inconsistent Fuel

At a glance, the principle is straightforward. Waste is burned, heat is generated, and that heat is used to produce electricity.

Behind that is a far more complex process. Municipal waste is constantly changing in composition. Moisture levels, material types, and calorific value all vary, sometimes within the same day. Maintaining a steady combustion process requires careful control.

Operators are working within strict environmental requirements, where combustion must be complete and conditions tightly maintained to ensure harmful compounds are destroyed. That balance is not easy to hold. If combustion drifts, efficiency drops and emissions can rise. Burn too conservatively and valuable energy is left behind.

Seeing Inside the Process with Thermal Imaging

Inside the furnace, temperatures can exceed 850 °C, with flames, ash, and particulates limiting visibility. Historically, operators have relied on indirect burner readings or intermittent checks, leaving gaps between what is happening and what can be confirmed.

This is where LAND’s fixed thermal imaging is starting to make a measurable difference. By providing continuous, non‑contact temperature measurement across the furnace and boiler, operators gain a real-time view of the process.

Instead of reacting after the fact, operational teams can adjust airflows, manage combustion zones, and respond to changing waste conditions as they happen.”

Read the full article in the October 2026 Future Technologies edition of Business Network Magazine.