Mechanical Engineering
Plant systems, piping, and pressure equipment built for hard service.
ICPE's mechanical staff consists of engineers and designers capable of undertaking and successfully completing large and small projects including both new and retrofit/expansions. ICPE provides a diverse range of mechanical engineering services including design and specification of mechanical systems, fixed and rotating equipment sizing and specification, process piping design and engineering, material handling systems and equipment sizing, specification, and design. Here are some typical services offered by ICPE's Mechanical department:
- Piping plans, isometrics, and line lists
- Equipment datasheets and specifications
- Vessel calculations and code documentation
- 3D model reviews with operations and maintenance
Services
Mechanical Design and Drafting
Creation of detailed 3D models and designs for mechanical components, systems, and products using Solidworks and CADWorx software.
Piping Design and Drafting
Creation of detailed 3D models and designs for piping components, systems, and products using CAD software and 3D scan surveys.
Facility and Equipment Modeling
Creation of detailed 3D models and designs for new and existing equipment and facilities using CAD software and 3D scan surveys.
Point Cloud Scan Utilization
Utilization of Point Cloud Scan Data for design integration with existing plant infrastructure.
Rotating Equipment sizing, specification, and selection
Provide recommendations and reviews of pump selections, size and specify appropriate pumping equipment for specific applications.
Pressure Vessel Design, specification, and analysis
Designing and evaluating ASME pressure vessels for specific applications, considering factors such as temperature, pressure, material selection, chemical properties, and structural integrity.
Pipe Stress Analysis
Analysis of piping systems to verify stress compliance with ASME piping codes. Equipment nozzle load analysis to check nozzle loads against allowable values. FEA analysis of pressure vessel nozzle connections and piping components.
Mechanical Engineering Analysis
Simulation of fluid flow and heat transfer to optimize designs of mechanical systems, fluid handling equipment, and structures. Evaluation of thermal performance in systems and components to ensure efficient heat dissipation, thermal management, and thermal comfort. Investigation of mechanical failures, root cause analysis, and implementation of measures to enhance reliability and prevent future failures.
HVAC Design
Design and optimization of heating, ventilation, and air conditioning systems for buildings and industrial applications to maintain comfortable and healthy indoor environments. Heating and cooling load calculations performed using CHVAC software.
Materials Selection and Metallurgy
Advising on material choices for mechanical applications based on properties such as strength, durability, corrosion resistance, and cost-effectiveness. Metallurgical analysis may be conducted to assess material properties and behavior.
Machine Design and Analysis
Designing machinery and mechanical systems for specific applications, considering factors such as kinematics, dynamics, and structural integrity.
Energy Systems and Sustainability
Designing energy-efficient systems, renewable energy technologies, and sustainable solutions to minimize environmental impact and reduce energy consumption.
Need mechanical engineering? Let's talk specifics.
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