mohamed slimi

Optimized diluted sulfuric acid reconcentration process using circular economy approach. Developed advanced thermodynamic modeling via Java algorithms and ASPEN Plus simulation. Created process flowsheets and comparative analysis of industrial valorization pathways. Achieved 51.6% reduction in concentrating agent volume and recovered 14 MW thermal energy. Conducted techno-economic analysis validating 18-month ROI for industrial implementation.

Participated in preventive and corrective maintenance of high-pressure centrifugal pumps. Conducted vibration analyses and thermal controls / Supported optimization of maintenance processes. Applied predictive maintenance techniques to improve equipment reliability.

Supervised firing temperatures and preventive equipment maintenance. Participated in thermal balance study of firing klin workshop. Contributed to development of energy efficiency improvement solutions. Implemented quality control measures in production processes.

Participated in risk assessments and vulnerability identification. Participated in safety training programs and emergency response procedures. Contributed to ISO compliance and safety management system implementation.

Analyzed waste collection and treatment processes and garbage truck collection routes to improve efficiency. Developed optimization strategies in waste management through environmental impact assessments. Proposed an alternative method for leachate treatment, evaluating its viability and efficiency.