FLOW + WEAR / PROJECT EXPERIENCE

Transfer Point Design Improvement

Abrasive Granular Material, High Impact Energy And A Restricted Plant Envelope Limited Conventional Chute Geometry And Contributed To Wear, Poor Presentation And Maintenance Difficulty.

WHAT DEM IS FOR

A Transfer Point Should Control The Stream, Not Only Contain It.

Discrete Element Method analysis is used when particle interaction and trajectory sensitivity require a numerical comparison of options. It is a decision tool—not a decorative particle picture.

COMPARISON

ENGINEERING QUESTION

DECISION USE

Impact energy

Where is particle energy dissipated?

Wear strategy

Belt presentation

Is the stream centred and aligned?

Spillage and belt loading

Liner access

Can high-wear parts be changed?

Maintainability

Envelope fit

Does the option fit verified plant geometry?

Constructability

WHAT CHANGED

Rock-Box Retention, Deflector Geometry, Liner Access, Wear-Material Notes And Defined Commissioning Inspection Points.

TYPICAL JOBS Crane Will Not Reach The Job Chute Worn Out, Drawings Wrong Fan Not Making The Duty Existing Steel, No Reliable Drawings

HAVE AN ENGINEERING CHALLENGE?

Bring The Problem.
We'll IQ-Engineer It Into A Clear Solution.

0433 597 205