PolyGhost centrifuge sludge dewatering skids are fully integrated, pre-engineered systems designed to deliver rapid deployment, operational consistency, and infrastructure-ready performance for municipal and industrial sludge applications.

Rather than supplying standalone centrifuges, PolyGhost engineers complete process skids that integrate polymer activation, inline conditioning, feed control, decanter centrifuge separation, solids conveyance, automation, and enclosure into a single coordinated system.

What Makes Them Different

PolyGhost skids eliminate fragmented installations and site-built assemblies by delivering:

• Integrated liquid polymer activation systems

• Inline sludge maceration and controlled poly-conditioning

• Optimized centrifuge feed regulation

• Decanter centrifuge solids-liquid separation

• Enclosed cake discharge and conveyance

• Automation and remote monitoring capability

• Modular skid or containerized configurations
 
Every subsystem is engineered to operate as part of a unified process architecture not as independent equipment pieces.

Operational Advantages
• Faster installation and commissioning
• Reduced on-site engineering complexity
• Consistent sludge feed conditioning
• Improved centrate clarity
• Lower polymer consumption
• Cleaner and safer operator environment
• Scalable capacity through modular replication

Deployment Flexibility

PolyGhost centrifuge skids can be delivered as:

• Fixed plant installations

• Transportable skid systems

• Fully containerized plug-and-play units

• Emergency or temporary bypass systems
This enables municipalities and industrial operators to deploy high-performance centrifuge dewatering without lengthy construction timelines.

Strategic Positioning

PolyGhost does not manufacture centrifuges.
PolyGhost engineers the process environment that allows centrifuges to perform at their highest potential.

These systems represent the mechanical separation branch of the PolyGhost sludge processing platform operating alongside ADS™ (Annular Sludge Dewatering) architecture and integrated thermal-enhanced systems.