CASE STUDY

ENVID Study for LPB 31 Facilities & CSF Oil Spill Boom at RLIC

Introduction

The Environmental Issues Identification (ENVID) study for the Expansion EPIC for LPB 31 Facilities & CSF Oil Spill Boom at Ras Laffan Port (RLIC), initiated by QatarEnergy and executed by Consolidated Engineering Construction Co. Qatar W.L.L (CECC), aims to proactively identify and mitigate potential environmental hazards and impacts related to the project. This study ensures the project’s design complies with regulatory standards and environmental best practices.

Scope of the Project:

The project consists of two major components:

  1. Facilities for Liquid Product Berth (LPB 31):
    • Installation of oil spill containment equipment.
    • Set up a marine access gangway and a marine monitoring system.
    • Establishment of communication links between ships and shore.
    • Expansion and installation of fire-fighting systems.
  2. Oil Spill Boom Barrier for Common Seawater Facility (CSF) Intake:
    • Implementation of barriers to mitigate potential oil spills affecting seawater intake.

Purpose of the ENVID Study:

The primary objective of the ENVID study is to:

The image titled Purpose of the ENVID Study visually outlines three primary objectives of Environmental Impact Identification (ENVID) studies. It features a clean layout with bold red text on the right stating the purpose and three circular graphics on the left. These depict identifying environmental hazards and risks (shown with images of pollution and deforestation), assessing impacts qualitatively (illustrated by a cityscape addressing urban environmental challenges), and developing mitigation recommendations and safeguards (depicted by an engineer analyzing industrial systems). The design effectively highlights the goals of identifying risks, understanding their effects, and planning solutions.
Purpose of the ENVID Study
  • Identify environmental hazards and risks at various project stages (construction, commissioning, operation).
  • Assess the qualitative impacts of these hazards.
  • Develop recommendations for risk mitigation and environmental safeguards.

Methodology:

The ENVID study was conducted in collaboration with a multidisciplinary team from CECC and various other stakeholders. The process involved the following key steps:

The image outlines the Methodology for Conducting the ENVID Study with a clear, step-by-step visual format. It features three main steps, each highlighted with a red circular number and bold headings in white text on a navy blue background. Step 1, Identification of Environmental Aspects, focuses on potential impacts during demolition, construction, commissioning, and operational phases. Step 2, Risk Assessment, involves evaluating the likelihood and consequences of identified hazards using a risk matrix to prioritize actions. Step 3, Documentation of Findings, emphasizes recording hazards and proposing mitigative actions in real-time during structured workshops, leading to actionable recommendations. The layout is visually appealing and systematically conveys the ENVID methodology
  • Identification of Environmental Aspects: The team focused on potential environmental impacts during the demolition, construction, commissioning, and operation phases.
  • Risk Assessment: A comprehensive risk matrix was used to assess the likelihood and consequences of identified hazards, prioritizing actions based on the level of risk.
  • Documentation of Findings: Hazards and mitigative actions were documented in real time during structured brainstorming workshops, resulting in actionable recommendations.

Conclusion:

The ENVID study successfully identified critical environmental hazards associated with the LPB 31 facilities and the CSF Oil Spill Boom project. By employing a proactive assessment approach and fostering interdisciplinary collaboration, the project aims to minimize adverse environmental impacts while ensuring compliance with QatarEnergy’s environmental standards. The study’s findings and recommendations will guide future operational strategies, enhancing the sustainability and responsibility of the project.

Future Considerations:

To ensure the project’s long-term sustainability and minimize unforeseen environmental risks, it is recommended to:

  • Continuously monitor and reevaluate environmental impacts throughout the project’s operational lifecycle.
  • Regularly train staff on emergency response and environmental protection techniques, improving the project’s resilience to unanticipated environmental events.