Engineering And Design Management
Technical Inspection Company is proud to announce the expansion of its services with the creation of a new and robust business unit dedicated to Engineering. This strategic development responds to growing market demand and the company's ongoing commitment to providing high-quality, end-to-end solutions to our customers in the mining, energy, and infrastructure sectors.
Why an Engineering Unit?
For years, Technical Inspection Company has provided inspection and quality control services with a vision of agility and customization that has allowed our clients to optimize their operations and maximize their results. With the addition of the Engineering unit, we seek to expand our scope and offer an even more comprehensive and specialized service ranging from conception and design to implementation and maintenance of engineering projects.
Customized and Cost-Effective Services
At Technical Inspection Company, we understand that every customer has unique needs and challenges. For this reason, our new Engineering unit focuses on the customization of services, adapting our solutions to ensure the returnability of our clients’ investment.
Customized and Cost-Effective ServicesAt Technical Inspection Company, we understand that each client has unique needs and challenges. For this reason, our new Engineering unit focuses on the personalization of services, adapting our solutions to ensure the returnability of our clients’ investment.
OUR SCOPE:
- Calculation and design of conveyor belts. Sizing and selection of components, determination of powers as well as evaluation of existing equipment and possibility of increasing sustainable capacity.
- Calculation and design of storage tanks and vessels and processes. API 650 tanks and reinforced rectangular vessels.
- Calculation and design of pressure vessels. According to ASME VIII, pressurized or vacuum operation tanks.
- Calculation and design of piping systems. Hydraulic calculations of aqueous flows and compressible flows such as pressurized air systems. Calculation of pipe stresses and support design.
- Calculation and design of piping systems. Hydraulic calculations of aqueous flows and compressible flows such as pressurized air systems. Calculation of pipe stresses and support design.
Our service scopes are:
- Calculation and design of conveyor belts. Sizing and selection of components, determination of powers as well as evaluation of existing equipment and possibility of increasing sustainable capacity.
- Calculation and design of storage tanks and vessels and processes. API 650 tanks and reinforced rectangular vessels.
- Calculation and design of pressure vessels. According to ASME VIII, pressurized or vacuum operation tanks.
- Calculation and design of piping systems. Hydraulic calculations of aqueous flows and compressible flows such as pressurized air systems. Calculation of pipe stresses and support design.
- Calculation and design of piping systems. Hydraulic calculations of aqueous flows and compressible flows such as pressurized air systems. Calculation of pipe stresses and support design.
Conceptual Engineering
- Development of technical specifications for specialized equipment.
- Selection of technologies and materials for industrial applications.
- Feasibility analysis of the integration of electromechanical systems.
Mechanical and Structural Design
- Design of processing equipment for mining, oil and energy.
- Finite element analysis (FEA) for structure and equipment validation.
- Calculation and design of pipe supports and structural systems.
- Design optimization to improve performance and reduce manufacturing costs.
Design and Simulation of Electromechanical Systems
- Modeling and simulation of power transmission systems.
- Thermal and stress analysis on critical components.
- Development of control algorithms for electromechanical equipment.
- Integration of electrical and mechanical systems into simulation software.
Supervision in the Manufacture of Specialized Equipment
- Development of manufacturing procedures and quality control.
- Optimization of manufacturing processes and selection of materials.
- Design of molds and tools for component production.
- Prototype inspection and validation and performance testing.
Equipment Testing and Technical Validation
- Load and resistance tests on industrial equipment.
- Performance testing of motors, generators and compressors.
- Mechanical and structural integrity tests of manufactured equipment.
- Simulation of failures and reliability analysis in prototypes.
Piping and Industrial Pipeline Engineering
- Design of pipes for water, air, gas and oil transport.
- Calculation of pipeline stresses and flexibility analysis.
- Design of industrial ventilation and air handling systems.
- Simulation of fluid flow in industrial piping networks.
Energy Engineering and Substations
- Design of electrical substations and power distribution systems.
- Design of electrical protection and fault control systems.
- Power quality and efficiency studies in industrial plants.
- Optimization of power transmission and distribution networks.
Implementation of Digital Modeling and BIM
- 3D modeling of electromechanical equipment and systems.
- Development of digital twins for operation and maintenance optimization.
- Simulation of the behavior of structures and equipment in extreme conditions.
- Use of drones and laser scanning for as-built model generation.
Automation and Digital Transformation
- Implementation of IoT for remote asset monitoring.
- Development of SCADA systems for industrial process supervision.
- Automation of equipment design and simulation processes.
- Use of artificial intelligence for design and maintenance optimization.
