Together with our customers at all stages of the Product Life Cycle.
From project development and implementation to maintenance management, through vertical integration of expertise, we offer state-of-the-art services for every phase of a plant's life.
With our expertise in mechanical and instrumentation engineering, we develop the client’s needs into a project plan.
From the preliminary design to the final one, for the user or an EPC, we can then move to the executive design for the manufacturer.
- Process Hazard Review
- Line List & Piping Line Specification
- Valve List&Datasheet
- Instrument List
- Equipment List
- Process DataSheet
- Material Requisition
- Mechanical Data Sheet
- Quality Control Plan
- Technical Bid Evaluation(Tbe)
- Vendor Follow Up
- 3d Model
- Construction Drawings
- Manufacturing Book
Computation By Formula
Using calculation codes through the software NextGen Sant'Ambrogio Servizi Industriali and Caesar II.
Computation By Analysis (FEA/FEM)
Numerical modelling (simulating) is the most sophisticated solution for a better understanding of the various project aspects and for verification of critical items. We can develop this kind of analysis at a structural, dynamic, fluid dynamic and thermal level. The software involved is Ansys.
Designing pressure piping, vessels, reactors, tanks, exchangers, columns, valves and piping, using national and international standards and codes.
European calculation codes harmonized with the PED:
- EN 13445
- EN 13480
- EN 12952
- EN 12953
- EN 12516
European calculation codes:
- AD 2000 (German)
- PD 5500 (England)
- CODAP 2000 (France)
Non-European calculation codes:
- ASME VIII Div.1
- ASME VIII Div.2
- ASME B 31.1
- ASME B 31.3
- ASME B 16.34
- ASME B 16.5
- WRC Bulletin 107/297
- UBC Code, ASCE 7/02 for wind and earthquake
- API 620 – Storage Tank
- API 650 – Oil storage Tank
National calculation codes:
- VSR rev. 95 ed. 99 (Rac. CTI);
- VSG rev. 95 ed. 99 (Rac. CTI).
During the development of a Project, we offer a wide range of services for the execution stage.
Technological design of a welded joint
Identifying and determining the parameters that influence the outcome of the performances during operations.
Compliance comparative analysis of the different manufacturing codes:
support during preparation, training and drafting of documents for procedures’ and welding operators’ qualifications in accordance with the relevant regulations and international standards.
Optimization of construction solutions
analysis and revision of construction details and design to detect possible improvement opportunities.
On-site inspection for welding procedure qualifications
qualified staff who can be present during the qualification stages of welding procedures and the corresponding laboratory tests.
EU Directives & Product Safety
We provide technical assistance for the drawing up of documentation (technical file, handbook, etc.) on the EC certificate and product safety in accordance with:
- Directive 2014/68/EU – PED
- Directive 2010/35/EU – TPED
- Directive 2014/34/EU – ATEX
- Directive 2014/29/EU Simple Pressure Vessels
- Directive 2006/42/EC Machinery Directive
- Directive 2014/35/EU Low Voltage
- Directive 2014/35/EU Electromagnetic Compatibility
- Functionary Safety for Machinery SIL (IEC61508) & PL (EN ISO 13849-1)