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Solvent Recovery

Recovery of volatile substances used in explosive and sensitive chemical processes with high safety and efficiency

Closed Loop Recovery Architecture

Closed Loop Recovery Architecture

All recovery units are configured as closed loop to prevent volatile and flammable solvents from mixing into atmosphere. Vapor phase and liquid phase are kept under control, leak and escape risks are minimized throughout process.

Alcohol And Ether Recovery Units
Solvent Vapor Condensation
Elimination Of Leak And Escape Risks
Full Closed Loop Architecture
High Safety Process Design

High Safety Process Design

Solvent and ether-based systems require special safety measures due to low ignition temperature and high volatility. Facility design is performed considering explosion risk, static electricity and pressure increases. Critical equipment are ATEX / Ex-proof rated.

Atex / Ex-Proof Equipment Infrastructure
Explosion And Pressure Risk Management
Static Electricity Preventive Design
Process Isolation
Purification And Quality Control

Purification And Quality Control

Recovered solvents are purified to reach purity levels that can be reused in process. Purity, moisture and chemical composition are continuously monitored and recorded. This approach prevents fluctuations in product quality.

High Purity Recovery
Moisture And Chemical Composition Monitoring
Product Quality Standardization
Continuous Recording And Analysis
Energy And Resource Efficiency

Energy And Resource Efficiency

Recovery systems are designed considering optimized energy consumption, heat recovery and process integration. Decrease in chemical consumption positively affects operating costs directly.

Optimized Energy Consumption
Heat Recovery Integration
Chemical Consumption Reduction
Operating Cost Optimization
Automation And Safety Scenarios

Automation And Safety Scenarios

Entire system is managed with SCADA and Safety PLC infrastructure. Temperature, pressure, flow and concentration values are continuously monitored. ESD scenarios activate in case of possible out-of-process situations, putting system into safe mode.

Scada And Safety Plc Management
Continuous Monitoring Of Critical Parameters
Esd (emergency Shutdown) Scenarios
Automatic Safe Mode Transition

Conclusion: Safety And Savings

Bakar Makina's Recovery Systems Maximize Process Safety While Reducing Chemical Consumption.

These Systems Not Only Provide Savings;
They Also Guarantee Process Safety.

Recovery Cycle

Closed Loop System

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