Food Processing

Top Food Processing Product Recovery Systems 2026

Food processing product recovery systems help manufacturers reduce waste by reclaiming usable product from production lines. With a focus on yield improvement, hygiene control, equipment reliability and process efficiency, they support stronger resource use and more cost-effective food production.

Solutions
Laufer Valve Technology / LIAG<sup>®</sup>: Recovering More of What Food Plants Already Produce
Laufer Valve Technology / LIAG®
Recovering More of What Food Plants Already Produce
Nik Ocello, Sales Director
The tank may be empty, but the line leading away from it is not.
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State of Industry

Recovering More Value from Food Processing Operations

Food processing businesses emphasize efficiency in their operations without compromising the quality of products, compliance with regulations, and financial performance. Recovery processes assist in achieving this objective by enabling the capture of valuable materials that would otherwise be wasted from the production process.

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Deep Dive

Recover More Product Without Rebuilding the Line

Food processors lose margin in places that are easy to ignore on a production drawing. Product trapped in transfer lines after a batch may never reach packaging, yet it has already absorbed ingredient and processing cost. The same residue also increases the burden on cleaning cycles, particularly when lines carry viscous foods or products that cool and harden between runs. Product recovery systems deserve scrutiny not as auxiliary piping hardware but as part of yield control.

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Leadership Perspective
Food Safety Auditing: What are the Actual Gains?
Clemens Food Group
Food Safety Auditing: What are the Actual Gains?
Gina M. Cullerton, Fsqa Manager

As a food safety professional, audits are a part of an everyday task. When I first started back in the industry some twenty years ago, it seemed like we had all these audits that we participated in from the Food Safety and Quality department. Then once the Global Food Safety Initiative (GFSI) came onto the scene, those of in the food safety realm believed that all these audits would be replaced by a GFSI audit such as BRC or SQF.

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Food Processing Product Recovery Systems Info

Q1
What Are Top Food Processing Product Recovery Systems And What Do They Include?
Top Food Processing Product Recovery Systems are designed to recover usable food products remaining inside process lines after production runs. These systems can include hygienic pigging equipment, launchers, receivers, valves, controls and related process-line components. They help move residual product toward the intended destination before cleaning begins, reducing material left in pipelines. Depending on the facility, recovery systems can be configured for different pipe layouts, product viscosities, line lengths and levels of automation. The broader category therefore connects product recovery with sanitation, production continuity and more efficient use of materials.
Q2
Why Is Demand Growing For Food Processing Product Recovery Systems?
Food manufacturers are under continuing pressure to control material losses, water consumption, cleaning requirements and production costs. Product remaining in pipelines represents material that has already passed through processing steps but may not reach packaging or its intended destination. Top Food Processing Product Recovery Systems address this issue by removing residual product before cleaning cycles. Demand can also be influenced by the need to manage viscous or temperature-sensitive products that become harder to move when they remain in idle lines. Recovery can reduce the amount of product entering cleaning processes while helping plants make better use of existing production infrastructure.
Q3
Which Organization Did Food And Beverage Tech Review Recognize For This Category In 2026?
Food and Beverage Tech Review recognized Laufer Valve Technology / LIAG® with its 2026 recognition for Top Food Processing Product Recovery Systems. The recognition relates to the company’s LIAG® DMV pigging technology, which is designed to recover product remaining inside food-processing pipelines before cleaning. The system uses a flexible pig that can travel through standard-radius bends and adapt its sealing action to the pipe interior. The company’s description also identifies customized pigging systems for food processing and related industries.
Q4
What Should Food Manufacturers Evaluate When Selecting A Product Recovery System?
Evaluation should begin with the plant rather than the equipment alone. Top Food Processing Product Recovery Systems need to work with the existing piping configuration, product characteristics, line dimensions, available plant air, propulsion method and clean-in-place capability. Manufacturers should also consider how pigs are introduced and retrieved, whether automation is required and how the system will interact with controls. Material compatibility, cleaning requirements and maintenance should be considered alongside recovery performance. A suitable system should fit the facility’s operating conditions without creating unnecessary changes to established process infrastructure.
Q5
How Do Technology And Engineering Affect Product Recovery Performance?
Because dependable recovery relies on more than just passing a gadget through a pipe, technology is important. Leading Food Processing Flexible sealing designs, automated sequences, launchers and catchers, and control-system integration are all possible features for product recovery systems. Engineering also decides whether additional equipment is needed or if a single recovery system can handle several adjacent lines. In addition to reducing the amount of extra cleaning required and promoting steady plant operation, the proper arrangement can enhance recovery. Matching equipment design to product behavior, piping geometry, sanitation needs, and the plant's preferred operating model is where food processors find real value.
Q6
Why Was Laufer Valve Technology / LIAG® Recognized In The 2026 Category?
Laufer Valve Technology / LIAG® was recognized for several documented characteristics of its recovery approach. Its LIAG® DMV system is described as capable of removing about 99 percent of product remaining in a pipeline, depending on the application. Its flexible pig design is intended to navigate standard-radius bends while maintaining contact with the pipe interior. The company also develops systems around individual plant layouts, reviewing piping drawings, line characteristics, propulsion, CIP capability and automation requirements. Its involvement can extend through contractor coordination, controls information, startup, testing and post-commissioning support.
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