Engineering Tools Online Slurry Pump Sizing & TCO Hydraulic Engine

Slurry Pump Hydraulic Sizing Calculator

Accurately evaluate flow rate, dynamic slurry head, solid concentration corrections, and motor power requirements. Instant model matching calibrated against standard Warman AH/G curves.

Step 1: Input Operational Duty Parameters

All parameters are corrected using standard slurry rheological factor coefficients (HR and ER).

Normal operating capacity
Static head + pipe friction losses
Water = 1.0; typical mineral slurry = 1.2 to 1.6
Determines wetted metallurgy recommendation

How Kunyue Calculates Slurry Sizing:

Shaft Power Formula: P (kW) = (Q × H × ρ × g) / (3600 × η) × S.F.
Where ρ is slurry density, η is pump hydraulic efficiency (typically 62-75%), and S.F. is motor service factor (recommended 1.15 to 1.20 for mining safety margins).

Need formal engineering confirmation? Our team performs finite CFD modeling and closed-loop pipe head loss calculations for EPC bids and expansion studies.