We provide continuously updated and dynamically maintained documentation throughout the entire project lifecycle. From concept design to commissioning, every document—PFDs, P&IDs, equipment specs, and safety analyses—is meticulously prepared and revised. This ensures full traceability, compliance with international standards, and enhanced project reliability.
Precise documentation is the backbone of efficient and optimized process execution. Aligned with EN and ISO standards, we ensure every phase—from concept to execution—meets the highest industry requirements. Continuously updated, our documentation minimizes risks, accelerates commissioning, and enhances long-term operational efficiency.
Objective: To define the project scope, conduct feasibility analysis, and establish project requirements.
1.1 Project Definition Document
Project scope and purpose
Technical requirements
Delivery schedule and milestones
1.2 Feasibility Studies
Economic feasibility and ROI analysis
Risk assessment and mitigation strategies
Environmental Impact Assessment (EIA) according to EU regulations
1.3 Concept Design Documentation
Process selection and comparison
Preliminary design report with mass and energy balances
Technology assessment and alternative evaluation
2. Process Design Documentation
Objective: To provide detailed process flow and instrumentation designs for the facility.
2.1 Process Flow Diagram (PFD)
Overview of process steps with key equipment and streams
Standards: ISO 10628
2.2 Piping and Instrumentation Diagram (P&ID)
Detailed process connections, control loops, and safety systems
Standards: ISO 14617, EN 62424
2.3 Mass and Energy Balance Report
Detailed calculations for mass and energy flow
2.4 3D Facility Layout and Modeling
Full 3D modeling of process plants, including equipment layout and piping routing
Tools: AutoCAD Plant 3D, SolidWorks, or similar platforms
Objective: To ensure the design of all process equipment meets project requirements and standards.
3.1 Equipment List and Specifications
Equipment names, capacities, pressure, temperature ratings, and materials of construction
Standards: ASME BPVC, EN 13445, PED (Pressure Equipment Directive)
3.2 Pressure Vessel Design and Analysis
Thickness calculations, stress analysis, and compliance with standards
Standards: ASME VIII, EN 13445
3.3 Tank and Storage System Design
Capacity and insulation requirements
Standards: API 650, EN 14015
Objective: To provide detailed piping design and connection information.
4.1 Line List
Pipe sizes, materials, design pressure, and temperature
4.2 Valve List and Specifications
Valve types (gate, globe, ball), material properties, and connection details
4.3 Insulation and Heating Plans
Insulation requirements and steam tracing designs
Objective: To develop control strategies and provide detailed automation documentation.
5.1 Control Philosophy Document
Control strategies, process variables, and safety functions
Standards: IEC 61511
5.2 Instrument List and Technical Specifications
Pressure, temperature, level, and flow sensors; PLC and SCADA systems
5.3 Software and PLC Programming Documentation
Programming standards, test procedures, and emergency scenarios
Objective: To ensure process safety and environmental compliance.
6.1 Process Safety Analysis (HAZOP, LOPA)
Identification of hazards and implementation of safety measures
6.2 Emergency Response Plans
Fire, explosion, and gas leakage scenarios
6.3 Environmental Compliance and Waste Management Plan
Standards: ISO 14001
Objective: To verify the correct operation of the system and ensure safety and performance.
7.1 Test Plans and Protocols
Factory Acceptance Test (FAT), Site Acceptance Test (SAT)
Standards: EN 10204, IEC 61508
7.2 Calibration and Instrumentation Tests
Calibration certificates and test reports for pressure, temperature, and flow meters
7.3 Commissioning Procedures
Functional verification and emergency stop tests
bjective: To provide step-by-step operating and maintenance procedures.
8.1 Standard Operating Procedures (SOPs)
Startup, shutdown, and emergency procedures
8.2 Preventive Maintenance Plans
Maintenance schedules for critical equipment
8.3 Spare Parts List
Inventory management and critical spare parts
Objective: To ensure the proper training of operators and maintenance personnel.
9.1 Training Programs and Materials
Training modules for operators and maintenance staff
9.2 User Manuals and Quick Guides
Equipment operation and software use instructions
bjective: To summarize project performance and officially close the project.
10.1 Performance Evaluation Report
Project goal assessment and capacity analysis
10.2 Final Acceptance Report
Official project closeout documentation
Objective: To ensure adherence to quality and regulatory requirements.
11.1 Quality Management Plan (QMP)
Standards: ISO 9001, ISO 17025
11.2 Compliance and Certification Documents
CE certification, ATEX certification, PED compliance
Objective: To enhance process safety and define emergency procedures.
12.1 Process Safety Management (PSM)
Standards: OSHA PSM, IEC 61511
12.2 Emergency Response Plans
Evacuation, firefighting, and gas leak response plans
Objective: To promote environmentally friendly operations and sustainability.
13.1 Waste Management Plan
Hazardous waste management and recycling strategies
13.2 Energy Efficiency and Carbon Footprint Report
Standards: ISO 50001