Projects
Sector of activity - FMCG & Food
Project: Rice Paddy Processing Rice Finish plant
Project Description
Cemoxe – Rice Finishing Plant project within the FMCG & Food sector, focused on the development of a detailed 3D plant model and engineering drawings. The work involved creating accurate equipment, structural, piping, and layout representations to support plant design, coordination, and documentation.
Services Provided
- Development of the 3D plant model.
- 3D modelling of equipment, piping, structures, platforms, and related components.
- Preparation of GA and detailed engineering drawings.
- Plant layout and equipment arrangement.
- Piping routing and spatial coordination.
- Interdisciplinary model coordination and clash detection.
- Preparation of model-based drawings and documentation.
Incorporation of design modifications and project requirements.
The Project Features
- Development of a detailed 3D model of the rice finishing plant.
- Preparation and detailing of engineering and fabrication drawings.
- 3D modelling of equipment, structures, piping, and associated plant components.
- Plant layout development and spatial coordination.
- Integration and coordination of multiple disciplines within the 3D environment.
- Identification and resolution of design clashes and layout conflicts.
Generation of accurate drawings and model-based documentation for project execution.
Sector of activity - Hydro Power
Project: Francis Turbine 3D Model & Detailed Engineering – 800 kW Hydro Project
Project Description
Development of a 3D model and detailed engineering design for an 800 kW Francis turbine hydroelectric project, covering turbine components, assembly, engineering drawings, and manufacturing-ready documentation.
Services Provided
- Francis turbine 3D CAD modelling
- Complete turbine assembly modelling
- Component-level design and detailing
- Detailed engineering and design development
- Fabrication and manufacturing drawings
- General arrangement (GA) drawings
- Assembly and sectional drawings
- Dimensional detailing and tolerancing
- Component interface and fit-up verification
- Design review and engineering validation
- Bill of Materials (BOM) preparation
- Manufacturing-oriented design documentation
- Design modifications and optimization
- Technical documentation for fabrication and assembly
The Project Features
- Capacity: 800 kW
- Turbine Type: Francis Turbine
- Application: Hydroelectric Power Generation
- Detailed 3D digital turbine model
- Accurate component and assembly representation
- Engineering-focused design for manufacturability
- Comprehensive fabrication and assembly documentation
- Clear visualization of turbine components and interfaces
- Design developed for practical fabrication and installation
- Improved coordination between design, manufacturing, and assembly
Sector of activity - Water treatment Skid
Project: 3D Model & Detailed Engineering – Water Treatment / Industrial Water Treatment Systems skid
Project Description
The project involved the 3D design and detailed engineering of a water treatment skid, including the development of accurate 3D models and fabrication/installation drawings. The work focused on arranging and integrating process equipment, piping, valves, instruments, structural supports, and skid components within a compact and functional layout.
The Project Features
- 3D modeling of the complete water treatment skid assembly.
- Detailed equipment and piping layout development.
- Integration of valves, pumps, instruments, fittings, and process components.
- Design of structural supports and skid frame arrangement.
- Preparation of fabrication and assembly drawings.
- Generation of piping and equipment drawings from the 3D model.
- Verification of component positioning, accessibility, and maintainability.
- Clash detection and design coordination within the 3D environment.
- Development of drawings suitable for fabrication, installation, and project documentation.
Sector of activity - Hydro Power
Project: 3D Model & Detailed Engineering – Hydropower / Hydro Turbine Equipment / Valve Engineering
Project Description
The project involved the 3D design and detailed engineering of a 800 diameter butterfly valve for a hydro turbine application. The scope included developing a precise 3D model and preparing detailed manufacturing and assembly drawings, with focus on dimensional accuracy, functional integration, and reliable operation under hydroelectric service conditions.
The Project Features
- 3D modeling of the complete 800 Diameter butterfly valve assembly.
- Detailed modeling of valve body, disc, shaft, seals, and associated components.
- Development of accurate manufacturing and assembly drawings.
- Dimensional and tolerance definition for critical components.
- Design coordination with the hydro turbine interface and piping connection.
Sector of activity - Petrochemical
Project: 3D Model & Detailed Engineering – Petrochemical / Industrial Plant Engineering / Structural Design
Project Description
The project involved the 3D design and detailed engineering of a staircase for an industrial access platform in a petrochemical facility. The scope included development of a detailed 3D model and preparation of fabrication and assembly drawings,
The Project Features
- 3D modeling of the complete staircase and access platform interface.
- Design of stair stringers, steps, handrails, guardrails, and support members.
- Development of detailed fabrication and assembly drawings.
- Verification of dimensions, clearances, and accessibility requirements.
- Integration of the staircase with the existing industrial platform structure.
- Provision of safe and practical access for plant operation and maintenance.