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Engineering

Beyond Fabrication

Consulting and Applied Engineering.

LP SpA is not just a manufacturer, but a technological partner capable of supporting the client from the conceptual phase to extraordinary maintenance.

Our strength lies in a top-tier technical office that transforms process data into high-performance components. We support engineering companies and global contractors with advanced thermal analysis and structural calculations, offering tailored solutions that ensure maximum thermal cycle efficiency and total operational safety.
Engineering and mechanical design at LP SpA technical office

Design & Mechanical Analysis

We design every component in compliance with the most stringent international codes (ASME, EN, AD 2000, CODAP). Our team uses latest-generation software to validate every construction detail.

  • FEM Analysis (Finite Element Method): We perform numerical simulations to predict the behavior of structures and components under extreme mechanical and thermal loads, optimizing weights and preventing critical points.
  • Stress Analysis: Evaluation of thermo-mechanical stresses on piping systems and headers to ensure long-term structural stability.
  • Software: We use industry-leading software such as COMPRESS and FEPipe for the verification of pressure vessels and their parts.

Revamping & Consulting

Specialist consulting and feasibility studies for revamping existing plants, extendending their service life and performance.

  • Global Standards: Expertise in ASME Section VIII Divisions 1 & 2, EN 13445, and PD 5500.
  • Advanced Simulation: FEM analysis and fluid dynamics calculations.
  • Problem Solving: Dedicated consulting services for plant life extension and asset integrity management.
  • Digital Traceability: Comprehensive technical documentation and digital twin of the product.
Revamping and consulting for heat transfer equipment – LP SpA

Thermal & Thermodynamic Engineering

Heat transfer optimization is our core business. We don’t just provide finned tubes; we calculate their actual efficiency based on the client’s operating conditions.

  • Thermal Calculations: Flow and temperature analysis to determine the ideal number of fins, material, and geometry (Solid or Serrated) to maximize energy recovery.
  • Design Optimization: We design hairpin configurations and vaporizers optimized for cryogenic fluids (LNG) or new carriers (H2).