JPS Industries partnered with a Georgia-Pacific pulp and paper facility to restore performance across a 4,000-linear-foot section of their wastewater system, spanning from the polishing pond to the dewatering (watering) bags. Over time, accumulated solids had reduced system efficiency, restricted flow, and impacted overall treatment capacity.

Like many pulp and paper operations, the facility faced heavy solids buildup due to the nature of its wastewater stream. This led to:

• Reduced lagoon capacity
• Inefficient flow through the polishing pond
• Increased strain on downstream treatment processes
• Risk of non-compliance with discharge requirements

The client needed a solution that would remove accumulated sludge without disrupting ongoing plant operations.

JPS deployed its specialized dredging system and experienced field team to execute a precise, controlled solids removal process. Using a trolley-based dredging approach, the team systematically navigated the lagoon to ensure thorough coverage and consistent results.

Key components of the solution included:

• Removal of accumulated sludge across 4,000 linear feet
• Controlled pumping of dredged material to dewatering (watering) bags
• Minimal disruption to active plant operations
• Real-time adjustments to optimize efficiency and removal rates

The dredging project successfully restored lagoon capacity and improved overall system performance. By removing excess solids and improving flow conditions, the facility was able to operate more efficiently and extend the lifespan of its wastewater infrastructure.

Outcomes included:

• Improved flow from polishing pond to dewatering system
• Increased effective treatment capacity
• Reduced operational strain on downstream processes
• Enhanced long-term performance and reliability

Regular dredging and maintenance are critical in pulp and paper wastewater systems. This project highlights how targeted solids removal can dramatically improve lagoon efficiency, prevent costly system issues, and support regulatory compliance.