📐 Decanter Geometries (Conical Beach Angle 8°-15°, Centrate Turbidity <50 NTU & Dry Cake %)

Decanter Beach Angle & Cake Dryness Calculator

Optimize decanter conical beach drying angles (shallow $8^circ$ for soft compressible municipal flocs versus steep $15^circ$ for heavy crystalline minerals): calculate dry solids percentage in discharged cake ($22% ext{ to }32% ext{ DS}$), keep centrate liquid overflow turbidity below 50 NTU, and sludge hauling savings.

1. Project & Operating Inputs

Daily Dewatered Sludge Production (Wet Tons / Day e.g. 45 Tons/Day Wet Cake)

Cake Dry Solids Boost (% DS e.g. +4.5% DS Improvement with Steep Beach)

Annual Landfill Disposal & Trucking Bill Savings ($ / Yr e.g. $125,000)

Custom Tapered Rotor Bowl Rebuild, Tungsten Carbide Tiles & Balancing ($)

2. Financial Breakdown & Yield

DECANTER CONICAL BEACH

Annual Cake Hauling & Landfill Savings Profit

Dewatering Optimization Engineering Margin

0.0%

Gross Revenue / Bill

Total Project CapEx

Operating / Direct Cost