Product Destruction: From Disposal to Recovery
Damaged. Expired. Off-Spec. Overproduction.
The question isn’t if it happens—it’s what happens next. For food and beverage suppliers, product destruction and depackaging systems must efficiently separate liquid from packaging. Product destruction ensures products are securely removed from the market while meeting compliance requirements.
The Opportunity: Product Destruction
This type of waste isn’t just waste—it’s a separable stream. The challenge is separating these materials efficiently.
Each load typically contains:
- Liquid product (often recoverable or treatable)
- Glass, aluminum, or plastic containers
- Secondary packaging (labels, caps, cartons)
Most Product Destruction Follows a Familiar Path
- Product is collected and transported
- Containers are crushed or destroyed
- Liquid is dumped or treated as waste
- Packaging is sent for limited recycling or landfilled
Valuable materials are lost. Transport and disposal costs add up. Sustainability goals become harder to achieve.
Material Recovery Changes the Goal of Destruction
Think separation.
That means:
- Liquids removed from containers
- Packaging separated into cleaner streams
- Less contamination
- Less handling
The result:
- Lower costs
- Higher recovery rates
- More usable material
Our Depackaging Systems Change the Process
From:
Mixed product → waste
to:
Mixed product → separated materials
Material is fed into the system, broken down through impact, and then separated into liquid, glass/metal, and residual streams. Glass breaks down while other materials remain intact. That’s why input control and system design are critical when targeting clean outputs.
This is especially relevant for loads like expired pasta sauce, salsas, beer, bottled water, and soft drinks—where both liquid and packaging must be handled efficiently.
This means:
- Containers are broken down and emptied
- Liquids are extracted and properly directed
- Glass, aluminum, and plastic are separated for recycling
The output isn’t waste—it’s separated streams: liquid, glass, metal, and residual material.
In some applications, these liquid streams aren’t treated as waste at all. Depackaged food and liquid waste can be captured and sent to anaerobic digesters, turning organic content into usable energy.
Andela’s Systems Support Recovery
Product destruction systems can be configured for manual or automated feeding. They’re custom-built to integrate into real-world operations.