Mahammad Aliyev

Managing sustainability initiatives at the Port of Baku, specializing in environmental engineering and sustainability, with a proven track record in:

• Designing renewable energy systems (solar, wind), water treatment solutions, and energy-efficient technologies.
• Reviewing and analyzing renewable energy solutions offered to the port, providing expert assessments to ensure technical feasibility, cost-effectiveness, and alignment with sustainability objectives.
• Conducting carbon footprint assessments and implementing innovative emissions reduction strategies aimed at achieving net zero emissions.
• Developing and executing net zero emissions plans to reduce the port’s overall carbon impact through energy efficiency, renewable energy adoption, and emissions management.
• Managing green infrastructure projects, eco-friendly operational frameworks, and resource optimization plans.
• Developing a climate action plan to reduce net zero emissions, aligned with international standards and regulatory compliance.
• Identifying and collaborating with sustainability-focused companies to integrate their solutions into port operations.
• Collaborating with multidisciplinary teams to design and implement innovative solutions that enhance environmental performance.

• Conducted researches wastewater treatment processes for the textile industry, developing innovative solutions to improve efficiency and reduce environmental impact.
• Utilized AutoCAD to design, model, and optimize wastewater treatment plants, ensuring designs met operational requirements, environmental regulations, and sustainability goals.

• Planned, designed, and managed urban transport systems, including the design of interchanges and the creation of new lines or modification of existing ones.
• Designed 3D models of underground fluid systems.
• Engaged in river engineering, designing diversion works and hydropower check dams to optimize water flow and energy production.

• Conducted research on rotary steerable systems, analyzing their design, performance, and potential applications to improve drilling precision and efficiency.
• Researched underground geology and fluid dynamics to assess their impact on drilling operations and optimize performance.
• Investigated system components, performance metrics, and operational challenges, identifying opportunities for improvement and optimization.

• Contacting with exchange participants, and helping them to find an internship project
• Active participation in team and functional meetings Compulsory knowledge of XPP and Standards & Satisfactions