ENGINEERING
Engineering Capabilities
ATOE provides a convenient, single point of contact to our in-house, multidisciplined engineering resources. This core division covers a wide range of essential capabilities including Front-End Engineering Design (FEED), detailed design, construction engineering, transportation and installation engineering, and hook-up and commissioning engineering.
disciplines
CIVIL ENGINEERING
STRUCTURAL ENGINEERING
STRUCTURAL ENGINEERING
- Cut & Fill
- Topography
- Flood Plain Evaluation
- Foundation Design
STRUCTURAL ENGINEERING
STRUCTURAL ENGINEERING
STRUCTURAL ENGINEERING
- Tank Foundations
- Mezzanines
- Platforms
- Modular Design
- 3D Modeling
MECHANICAL ENGINEERING
STRUCTURAL ENGINEERING
MECHANICAL ENGINEERING
- ASME Vessels
- LACT & Custom Skids
- Equipment Specifications
- Hydraulic Analysis
PIPING ENGINEERING
PROCESS EQUIPMENT DESIGN
MECHANICAL ENGINEERING
- Equipment Layout
- Stress Analysis
- Material & Support Specifications
PROCESS EQUIPMENT DESIGN
PROCESS EQUIPMENT DESIGN
PROCESS EQUIPMENT DESIGN
- Process Equipment Design
- Relief Systems
- P&ID Development
- Control Methods
CUSTOM ENGINEERING
PROCESS EQUIPMENT DESIGN
PROCESS EQUIPMENT DESIGN
We can also provide engineering management in addition to integrating electrical and automation solutions.
Engineering, Procurement & Construction (EPC)
Single Source Project Delivery: Our experienced team is uniquely qualified to efficiently engineer
your project with both the process and the end goal in mind.
The Scope of Design Work
Engineering and Structural Analysis
Engineering and Structural Analysis
Engineering and Structural Analysis
Ensuring the integrity and safety of vessel designs.
Fabrication and Assembly
Engineering and Structural Analysis
Engineering and Structural Analysis
Manufacturing and assembling vessel components.
Project Management
Engineering and Structural Analysis
Inspection and Quality Control
Overseeing the entire design and construction process.
Inspection and Quality Control
Inspection and Quality Control
Inspection and Quality Control
Ensuring all designs and constructions meet industry standards.
Retrofit and Repair Services
Inspection and Quality Control
Retrofit and Repair Services
Updating and repairing existing vessels.
Consulting Services
Inspection and Quality Control
Retrofit and Repair Services
Offering expert advice on vessel design and construction.
3D Modeling and Simulation
Detailed and Shop Design of Offshore Structures
3D Modeling and Simulation
Creating detailed models and simulations for better visualization and planning.
Material Procurement
Detailed and Shop Design of Offshore Structures
3D Modeling and Simulation
Sourcing and supplying materials needed for vessel construction.
Detailed and Shop Design of Offshore Structures
Detailed and Shop Design of Offshore Structures
Detailed and Shop Design of Offshore Structures
Providing comprehensive design and planning services for the construction and installation of offshore oil and gas structures
Multiple engineering proposals facing the oil-gas industry
ATOE can design projects according to the following international standards: ASME, API, ANSI, AS, EN, GB, JIS, IEEE. We have provided oil & gas industry design services that meet industry demands and local standards in many countries, including China, America, Australia, Brazil, the Middle East, Britain, and more.
Design goals
Safety and Compliance
Operational Efficiency
Safety and Compliance
Ensuring designs meet all safety standards and regulatory requirements to protect workers and the environment.
Structural Integrity
Operational Efficiency
Safety and Compliance
Creating robust designs that can withstand harsh environmental conditions, such as high pressure, extreme temperatures, and corrosive environments.
Operational Efficiency
Operational Efficiency
Operational Efficiency
Optimizing designs for efficient operation, including ease of maintenance, accessibility, and minimal downtime.
Cost-Effectiveness
Reliability and Durability
Operational Efficiency
Balancing initial construction costs with long-term operational and maintenance expenses to ensure economic viability.
Reliability and Durability
Reliability and Durability
Reliability and Durability
Ensuring that structures and modules have a long operational life with minimal failures or need for repairs.
Modularity and Scalability
Reliability and Durability
Reliability and Durability
Designing modules that can be easily expanded or reconfigured to adapt to changing operational needs.
Environmental Impact
Innovation and Technology Integration
Innovation and Technology Integration
Minimizing the environmental footprint of the structures and modules, including considerations for emissions, waste management, and resource use.
Innovation and Technology Integration
Innovation and Technology Integration
Innovation and Technology Integration
Incorporating the latest technologies and innovative solutions to enhance performance and competitiveness.
Project Timeline
Innovation and Technology Integration
Project Timeline
Adhering to project schedules to ensure timely completion and deployment of structures and modules.
Optimized Design Plans: Balancing Convenience and Cost-Effectiveness
Deliver exceptional design plans that balance convenience and cost-effectiveness. Detailed design is crucial to the project's success, influencing its smooth operation. Therefore, the design plans and workflow should consider key factors such as requirements, planning, construction, cost, and operation to ensure they meet the client's needs.
Our Tools
Software Available
E & I Design Software
Pressure Vessel Analysis
E & I Design Software
- Etap
- Intools
Process Simulation
Pressure Vessel Analysis
E & I Design Software
- HYSYS
- FlareNet
- FlareSim
Pressure Vessel Analysis
Pressure Vessel Analysis
Pressure Vessel Analysis
- PVElite
Pipe Stress Analysis
Pipe Stress Analysis
Pressure Vessel Analysis
- CAESAR II
FEM Analysis
Pipe Stress Analysis
FEM Analysis
- SACS
- FEMAP
- StaadPro
- SESAM
P&ID
Pipe Stress Analysis
FEM Analysis
- Aveva Diagram
- Smart PID
- CAD
3D Modeling
Hydraulic Flow Analysis
Hydraulic Flow Analysis
- Tekla
- E3D
- AM/PDMS,
- SP3D
- CADWorx
Hydraulic Flow Analysis
Hydraulic Flow Analysis
Hydraulic Flow Analysis
- PIPENET
- Flow Master
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