Category: Environmental Engineering

Saudi Arabia is advancing ambitious national goals to reduce greenhouse gas emissions in alignment with vision 2030 and the Saudi green initiative. While progress is ongoing, the industrial sector remains one of the largest emission sources due its heavy energy use, reliance on fossil fuels, and the gradual pace at which new decarbonization technologies are being adopted.

Although many solutions exists worldwide such as renewable energy, carbon capture technologies, improved energy efficiency, and circular carbon practices, the industries in the kingdom are often struggle to determine which options are truly suitable for their operations. The absence of a unified, practical framework creates uncertainty, slow investment decisions, and limits measurable progress toward national climate goals.

For these reasons, there is a clear need for structured transformation framework that help industries identify the right technologies and understand their benefits and limitations as well as implement effective GHG emission reduction strategies at scale.

Apa yg di pelajsripelajari di teknik lingkungan?

This project focuses on the “Storage” aspect from a liability perspective. Unlike a standard 10-year business plan, carbon storage requires monitoring for decades or centuries.

• Core Question: How do firms manage the financial and legal liability of stored $CO_{2}$ over a 50-year horizon?
• Key Focus Areas: * Developing a “hand-off” model from private corporations to government entities.
  • Evaluating insurance products designed specifically for leakage risk.

Managerial Angle: Risk Assessment and Long-term Strategic Planning.

The format should start with:a Title Page, Table of Contents, Executive Summary/Abstract, Introduction, Body (methodology, results, discussion), Conclusion, and Recommendations.

Resources must be scientific and recent