Our Services

Complete conveyor consulting from concept to commissioning

We combine deep technical knowledge with practical field experience to help you design, build, operate, and improve bulk material handling systems.

Conceptual & Front-End Engineering

Route selection, capacity analysis, preliminary layouts, and economic screening to set the right foundation for your project.

  • Feasibility studies and alternatives analysis
  • Preliminary material and energy balances
  • CAPEX/OPEX screening and benchmarking
  • Risk registers and project framing

Detailed Conveyor System Design

Specification and sizing of belt conveyors, transfer chutes, dust control, structural interfaces, and drive systems.

  • Mechanical and electrical specifications
  • Belt selection, idler spacing, and take-up design
  • Transfer point and chute engineering
  • 3D layout integration and clash detection support

Independent Design Review

Objective review of vendor designs, EPC deliverables, and operating strategies before you commit capital.

  • Constructability and maintainability reviews
  • Vendor drawing and specification audits
  • Safety and compliance gap analysis
  • Peer-review letters and owner advisories

Troubleshooting & Root-Cause Analysis

Field investigation and engineering diagnosis of spillage, belt tracking, wear, vibration, and capacity shortfalls.

  • Site inspection and condition assessment
  • Belt tracking and load-zone remediation
  • Structural and dynamic problem diagnosis
  • Actionable repair and upgrade priorities

Project & Construction Management

Owner's engineer support from procurement through commissioning for on-time, on-budget delivery.

  • Bid packages and contractor evaluation
  • Schedule and cost oversight
  • Quality assurance and factory acceptance testing
  • Commissioning and startup support

Operational Optimization

Improve throughput, availability, and energy efficiency of existing conveyor systems using operating data and field observation.

  • Throughput bottleneck analysis
  • Reliability-centered maintenance programs
  • Energy and wear reduction strategies
  • Operator training and SOP development