info@conservesolution.com

Mechanical Design Consultancy

Conserve Solutions specializes in Mechanical Piping & Pipeline Engineering Services, delivering expertise across both onshore and offshore projects. Our team is proficient in designing and detailing static and rotary equipment, ensuring integration with complex industrial systems. We support a wide range of industries, including oil & gas, power plants, chemical processing, and marine engineering, providing innovative and reliable solutions based on client specifications.

Our expertise extends to pipeline engineering, covering cross-country transmission pipelines, flow lines, trunk lines, and remote header facilities. We utilize advanced FEA and CFD analysis for thermal and fluid flow studies, along with comprehensive hydraulic and surge analysis, pipe stress evaluations, material selection, and support design. With a commitment to precision and compliance with API/ASTM standards, we ensure safe and efficient pipeline and mechanical systems.

Services We Provide

Our 3D Visualization Services include:

Design & Detailing of Static Equipment (Pressure Vessels, Nozzles, Heat Exchangers, Storage Tanks, Valves)

Design & Detailing of Rotary Equipment (Turbines, Pumps, Compressors)

Steel Oil Storage Tank Design – Floating or Fixed Roof

Mechanical Datasheets & Technical Specifications

Material Take-Off (MTO)

Pulsation Analysis & Vibration Analysis

HVAC Engineering

Wall Thickness Calculation, Material Selection, and Detailing

Design of Flow Lines, Trunk Lines, and Remote Header Facilities

Finite Element Analysis (FEA) & Computational Fluid Dynamics (CFD)

Settling and Mixing Analysis

Hydraulic Analysis – Steady-State & Transient Simulations

Water Hammer or Surge Analysis

Pipe Stress Analysis – Static & Dynamic

Pipe Support Design

Cross-Country Oil & Gas Transmission Pipelines

Piping MTO, GA Drawing Preparation, & Spool Drawings

Root Cause Analysis

Mechanical and Electrical Room Planning

Isometric Generation

System & Component Sizing Calculations

Reverse Engineering

Benefits of

Mechanical Piping & Pipeline Engineering Services

Enhanced Design Accuracy & Reliability

- Ensures precise calculations for material selection, pipe stress, and flow optimization. - Reduces design errors with advanced simulations (FEA, CFD, surge & pulsation analysis).

Improved Project Efficiency & Cost Savings

- Optimizes resources by preventing material wastage & rework. - Reduces construction time with detailed GA, isometric, and spool drawings.

Advanced Analysis & Predictive Maintenance

- Uses hydraulic simulations, pulsation, and vibration analysis to prevent failures. - Enhances system longevity through root cause analysis & reverse engineering.

Efficient Integration & Scalability

- Supports integration with existing infrastructure and future expansion. - Provides modular design solutions adaptable to project-specific needs.

Why Choose

Conserve Solutions?

Expertise in Advanced Engineering Analysis

Proficiency in FEA and CFD simulations for accurate thermal and structural analysis. In-depth knowledge of pipe stress, pulsation, and vibration analysis to ensure system integrity.

Integration with Digital Engineering Tools

Expertise in Scan-to-BIM technology and digital twin development for modern industrial solutions.

Hydraulic & Surge Analysis for Optimized Pipeline Performance

Specialized in steady-state and transient flow simulations to minimize surge risks. Effective solutions for water hammer mitigation and pressure loss reduction.

Proven Project Execution for Onshore & Offshore Sectors

Experience in cross-country pipelines, offshore flowlines, and subsea systems. Strong track record of delivering cost-effective, reliable, and scalable solutions for industrial projects.

Complete Mechanical & Pipeline Design Solutions

Capabilities range from conceptual design to detailed engineering and commissioning support. Expertise in GA drawing preparation, isometric generation, and spool fabrication detailing.

Frequently Asked Questions

FAQ's

01. What are mechanical piping and pipeline engineering services?

Mechanical piping and pipeline engineering services involve the design, analysis, and detailing of pipelines, pressure vessels, heat exchangers, and other industrial components for onshore and offshore applications. These services ensure safe and efficient transport of fluids, gases, and chemicals across industries such as oil & gas, power, and manufacturing.

02. Why is pipeline stress analysis important?

Pipeline stress analysis helps identify potential issues like thermal expansion, vibration, and pressure surges, ensuring compliance with ASME, API, and other industry standards. It prevents failures, enhances durability, and optimizes pipeline performance.

03. What is the difference between onshore and offshore pipeline engineering?

Onshore pipeline engineering focuses on land-based transport systems, while offshore pipeline engineering deals with subsea and marine pipeline networks. Offshore systems require specialized design considerations for high pressure, deepwater conditions, and corrosion resistance.

04. How do computational fluid dynamics (CFD) and finite element analysis (FEA) improve pipeline performance?

CFD and FEA simulations help in optimizing fluid flow, reducing pressure drop, analyzing thermal stresses, and improving structural integrity. These tools enhance the efficiency and reliability of mechanical and pipeline systems.

05. What industries benefit from mechanical piping and pipeline engineering services?

Industries such as oil & gas, petrochemicals, power generation, water treatment, pharmaceuticals, and HVAC rely on these services for safe and efficient fluid transport and system integrity.