-Photoroom.png)
CO₂ Recovery Process Installation
Industrial CO₂ recovery and purification system from alcohol production fermentation processes at facility in Antalya, Turkey. Project coordination, quality control, and process monitoring for Italian contractor implementation, ensuring efficient CO₂ capture, purification, and storage from fermentation byproducts.
Project Overview
This CO₂ recovery project focuses on capturing, purifying, and storing carbon dioxide produced during alcohol manufacturing fermentation processes at a facility located in Antalya, Turkey. The project involved coordinating with an Italian contractor for implementation, overseeing project phases, and ensuring quality control throughout the entire process. The system efficiently captures CO₂ from fermentation byproducts, purifies it to industrial standards, and stores it for reuse, contributing to both environmental sustainability and operational efficiency in the Turkish alcohol production facility.
Technical Specifications
Process Technology: Fermentation CO₂ capture, purification and storage systems
Application: Alcohol production facility CO₂ recovery
Location: Antalya, Turkey
Contractor: Italian contractor implementation and coordination
Quality Control: Process monitoring and quality assurance
Project Management: Phase tracking and coordination
Compliance: Industrial standards and environmental regulations
Project Responsibilities
• Project Coordination: Overseeing Italian contractor implementation phases
• Quality Control: Ensuring process quality and compliance standards
• Process Monitoring: Continuous monitoring of CO₂ capture and purification
• Phase Tracking: Coordinating project phases and milestones
• Technical Oversight: Managing fermentation CO₂ recovery processes
• Compliance Management: Ensuring adherence to industrial and environmental standards
Project Management
The project was completed over an 18-month period. Starting from feasibility study, a comprehensive project management approach was adopted covering detailed engineering, procurement, construction, and commissioning phases. Risk management and quality control processes were conducted in accordance with ISO 9001 standards.
Environmental Impact
• Carbon Footprint: 120,000 ton CO₂/year reduction
• CO₂ Recovery: 99% CO₂ production recycling
• Water Usage: 4.5% water savings
• Waste Management: 95% waste recycling rate
• Energy Efficiency: 2.5% energy savings
• Sustainability: ISO 14001 environmental management system
Key Learnings
Through this project, I gained in-depth experience in project implementation, time planning and scheduling, team management, and project coordination. I also learned about environmental regulations, quality control processes, and contractor management in industrial applications.