Oil and Gas, Pipelines

Multidesciplene Brown Field Engineering Services

EAMEC Oil&Gas devision provides a leading multidisciplinary BROWNFIELD engineering services specializing in the oil & gas and pipeline industries.

What We Do

EAMEC Oil & Gas division provides a leading multidisciplinary BROWNFIELD engineering services specializing in the oil & gas and pipeline industries.

Our expertise spans across project planning, design, construction, and operational support, ensuring the delivery of safe, efficient, and cost-effective solutions. From pipeline integrity management and facility design to risk assessments, regulatory compliance, and construction management, we provide end-to-end services tailored to meet the specific needs of our clients.

Our integrated approach combines mechanical, electrical, civil, and process engineering to optimize performance, ENHANCED RELIABILITY, and drive operational excellence across the entire project lifecycle.”

Oil and Gas + Pipeline Services Offered At EAMEC

Mechanical and Piping Engineering, Including Specialized Stress Analysis
  • Facility/Plant Pressure Piping stress evaluation as per ASME B31.3/B31.1 and CSA Z662 for Upstream SAGD, Mining, Well Pads, CPFs.
  • Above Ground and Buried Pipelines as per CSA Z662
  • Evaluation of Existing Piping System
  • Wall Thickness and Hydrotest Calculations for ASME B31.3 and CSA Z662
  • Special Analysis (Slugging, Water Hammer, Modal, Spectrum, etc.)
  • Piping Material class (piping and pipeline)
  • Valves (Manila and steam)
  • Regulatory Assessment and Compliance
  • Piping Fabrication Consultation
  • ASME FSS-1/API579 Fitness for Service Assessment
  • Piping / Pressure Vessel In-Service Inspection per API 570& API 510

1-Piping Vibration and fatigue assessment

2-Two Phase Slug flow analysis

3-Hydraulic and water hammer Analysis

4-Pressure transient and pulsation evaluation using advanced software

5-Flow-Induced Vibration (FIV)

Civil Structural Reliability Improvement

  • Site Assessment and audit
  • Risk ranking
  • API inspection deficiencies Construction Work Package Development (CWP) 
  • Structural Design 
  • Foundation Design 
  • ITP Development and review
  • Construction supports and management 
  • PSSR development

 

Structural Analysis and Design

  • Steel Structures
  • Skids
  • Pipe Racks
  • Pipe Supports
  • Rigid-Frame Buildings 
  • Platforms
  • Pipe Bridges

 

Foundation Design

  • Deep Steel Pile Design 
  • Steel Driven Piles 
  • Steel Helical (Screw) Piles
  • Shallow Concrete Design
  • Concrete Pile Caps 
  • Concrete Equipment Foundations

 

  • Instrumentations Sizing and Selection
  • Alarm Management Philosophy
  • Resolution of Nuisance Alarms and Alarm Flooding
  • Control Systems (DCS and PLC) Obsolescence Analysis
  • Instrumentation and valves design, sizing and selection
  • Fire and gas detectors and panel upgrades
  • Station and unit control panels upgrades
  • Commissioning checklists and procedures
  • Loads list and SLD development
  • MCC sand switchgears
  • Hazardous area classification
  • Plant layouts, cable trays and cable sizing
  • Electrical systems upgarde
  • Generators , UPS and emergency power systems sizing and design
  • Brown Field Engineering
  • Engineering Work Package (EWP)
  • Construction Work Package (CWP)
  • Equipment Maintenance Strategy and Criticality Assessment

Regulatory compliances and assessment services

1- Determine which regulations are relevant to your business
2- Identify the specific requirements you need to comply with
3- Conduct an initial internal audit. and gap analysis
4- Prepare report and recommendations
5- Establish and document compliance policies , standards and procedures
6- Provide compliance training to the client’s staffs
7- Constantly improve regulatory compliances
8- Leverage teach tools and data analytics
9- Incident resolutions

Steps for Engineering in Structural Support Projects

1.

Project Initiation

  • Identify Structural Issues: Determining the need for structural support (e.g., due to design flaws, load changes, or structural deterioration).
  • Define Engineering Requirements: Establishing specific engineering objectives and requirements for resolving the deficiencies. After the data is collected, it will be reviewed by both piping and structural engineers to assess the current conditions against industry best practices and regulatory compliance standards. Then, potential engineering solutions and their feasibility will be evaluated.

2.

Preliminary Analysis

  • Initial Data Collection: Existing structural data and site conditions will be collected, along with relevant documents and drawings, such as Piping Layout Plans, Isometrics, and Line Lists.
  • Preliminary Load Analysis: Using the collected data and 3D laser scans, stress models are created for each station. Initial stress analyses, load calculations, and structural assessments are then carried out.

3.

Conceptual Design/Modifications to the Existing Piping System

  • Develop Design Concepts: Initial design concepts and necessary modifications to the piping system will be evaluated based on the results of the stress analysis, focusing on static, expansion, and operationally overstressed piping routes.
  • Evaluate Alternatives: Various engineering solutions and modifications are applied to the stress model of the existing piping system and its structural supports, with the most viable option being selected for implementation.
  • Preliminary Design Review: Preliminary results are then presented to the client for further decision-making.

4.

Site Visits and Preparation of Construction Work Packages (CWP)

  • Preliminary Site Visit: Before preparing the CWPs, a site visit will be conducted to assess the current site conditions, verify the client’s drawings, and collect the necessary data and measurements.
  • Preparation of the CWP: A construction work package will be drafted and prepared based on the findings from API inspection reports, HIDs, stress analysis reports, and observations made at the site location. The document will include basic sketches and proposed solutions.
  • Secondary Site Visit: Before issuing the IFR revision of the CWPs, a second site visit will be conducted with the presence of a construction company to conclude the feasibility and constructability of proposed solutions and collection any other required data.

5.

Detailed Engineering Design and CWP IFR

  • Detailed Load Analysis: After completing the comprehensive load and stress analysis, the information will be shared with the civil/structural department for the design phase and preparation of drawings.
  • Design Calculations: Detailed calculations for structural elements and foundations will be carried out.
  • Prepare Detailed Drawings: Detailed engineering drawings and specifications are drafted and created.
  • Compliance Check: Designs shall be ensured to comply with relevant codes and standards.

6.

Design Validation and Client’s Comments

  • Design Review and Approval: Review of designs and proposed solutions with stakeholders and obtain necessary approvals.
  • Coordination and Discussions with Construction Contractors: Working with contractors to ensure understanding of design and requirements.

7.

Design Validation and Client’s Comments

  • Prepare the IFC Revision: All comments/required modifications in the design and proposed solutions will be implemented within the CWP and related drawings.
  • Final Review: A final review of the package is conducted to ensure all engineering requirements are met.
  • Project Handover: Project documentation and information are transferred to the client or owner.

8.

Construction Phase

  • Engineering Support: Ongoing engineering support is provided and address any issues that arise during construction.

9.

Project Completion

  • As-Built Documentation: If requested, as-built drawings and final engineering reports will be prepared and submitted.

Ready to Optimize Your Systems Reliability?

Our team is ready to help you with your next engineering challenge. 

Contact us today for a consultation or to learn more about how we can support your business.

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