CIM-Tech

Blast furnace consulting and ironmaking process optimization for clients in the iron and steel industry.

• Blast Furnace Design & Engineering

  Tailors custom blast furnace designs that maximize efficiency, reduce emissions, and extend furnace operating life.

• Process Optimization

  Utilizes advanced analytics and real-time monitoring to optimize blast furnace operations and improve production yield.

• Maintenance & Upgrades

  Provides furnace maintenance and technology integration services to keep operations at peak performance.

• Environmental Solutions

  Implements advanced technologies to minimize environmental impact and maintain regulatory compliance.

Industrial 3D scanning services converting structural steel, ductwork, equipment, and piping into precise 3D CAD models.

• Point Cloud Data Acquisition

  Acquires high-precision on-site scan data with sub-millimeter accuracy using state-of-the-art equipment.

• As-Built Documentation

  Creates detailed, updated drawings and records of existing conditions in facilities.

• Scan-to-Model

  Converts point cloud datasets into SolidWorks and CAD-compatible 3D models to guide new routing and designs.

• Reverse Engineering

  Captures precise dimensions from existing objects to reproduce or modify industrial parts.

• Quality Control

  Verifies fabricated and installed components against precise engineering specifications.

• Design & Prototyping

  Streamlines product and system development workflows with high-accuracy spatial models.

Provides combustion atmosphere optimization systems designed to reduce furnace fuel use by up to 5% to 10% and minimize energy waste.

Engineers custom refractory solutions and sources materials optimized for high-temperature and demanding industrial environments.

Combines 3D piping design with thermal analysis to develop cooling, piping, and pumping solutions for high-temperature industrial setups.

• Pumping System Design

  Designs robust industrial pumping setups integrated with high-temperature process requirements.

• Piping Design

  Applies 3D layout tools to engineer practical, clash-free piping routing for industrial operations.

• Cooling System Design

  Combines thermal analysis with hydraulic calculations to develop highly efficient cooling networks.