Analyzing Contaminants in Your Corrugate to Determine if It Is Suitable for a Waste-to-Energy Option

When corrugated material cannot be recycled due to contamination, waste-to-energy (WTE) can be a viable alternative. However, not all corrugate is suitable for this process—certain coatings, chemicals, or residues can affect combustion efficiency and emissions. This resource explains how to analyze contaminants and decide whether WTE is the right solution for your corrugated waste.

What you’ll learn in this resource:

• Common contaminants that make corrugate unsuitable for WTE
• How to inspect and test corrugate for waste-to-energy compatibility
• Best practices for reducing contamination at the source
• Strategies for working with WTE facilities to meet acceptance standards

Download the guide now and start turning non-recyclable corrugate into a valuable energy resource.

FAQs

Why consider waste-to-energy for corrugate?
WTE provides an alternative to landfilling when corrugate cannot be recycled, converting waste into usable energy.

What contaminants prevent WTE processing?
Plastic coatings, chemical adhesives, and hazardous residues can interfere with combustion or create harmful emissions.

How do I know if my corrugate is WTE-compatible?
Conduct a contamination analysis and consult with WTE facilities to ensure your material meets their specifications.