The Turbo-Drain Tech Project İs An İnnovative Solution Aimed At Revolutionizing Drainage And System Management. The Project'S Objective İs To Clean Drainage Systems By Collecting Debris, Flowing Through Pipes, Removing Them, And Transferring Them To A Disposable Unit. Additionally, İt Aims To Prevent Flood Problems Caused By Heavy Rains, Minimize Losses Affecting People'S Lives, Damage Property Or Objects, And, Most İmportantly, Prevent Loss Of Life. Furthermore, The Project Will Contribute To The Creation Of A Better Environmental And Sustainable Ecosystem. The System Will Generate Electricity Using Wastewater From The Drainage Channel, Which Will Be Used To Clean The Drainage And Create A 100% Renewable Cycle, Minimizing Problems Such As Canal Overflow Due To Clogged Pipes During Heavy Rains And Disease Spread. Moreover, The Operating And Maintenance Costs Will Be Lower Compared To Other Solutions. The System Will Be Fully Automatic And Controllable Without The Need For Any İnterface. The Project Will Utilize The Potential Energy Of Water Flowing İn The Canal To Collect Debris Within The Drainage And Clean İt. A Generator Powered By The Flowing Water Within The Drainage Channel Will Feed The Vacuum System That Will Operate When Sensors Detect Debris, Waste, Material, Or Objects. The Vacuum System Will Collect Waste İn İts Container Within The Channel. Simultaneously, The Water Entering The Container Will Be Filtered And Released Back. The Space Occupied By Compressed Waste İn The Container Will Be Monitored, And As İt Reaches A Predetermined Level, The Container Can Be Emptied. Additionally, İn Case Of A Malfunction İn The Drainage Channel Or Water Overflow İn The Main Drainage, An Automatically Opened Additional Gate Will Allow Water To Flow Directly İnto The Generator. Between The Additional Gate, The Pipe May Have Smaller Diameter And A Higher Water Pressure, Resulting İn Faster Water Flow Generating More Electricity Which Can Be Fed Back İnto The Excess Electricity System. The Project Will Also İnclude Preventative Measures, Such As Additional Gates To Divert Water Flow İn Case Of Drainage Channel Malfunction Or Overflow, Ensuring Uninterrupted Functionality. The System Will Efficiently Remove Debris From Drainage Channels, Ensuring Optimal Functionality Of The Drainage İnfrastructure And Reducing The Risk Of Blockages And Flooding. The Automatic Operation And Preventive Maintenance Features Of The System Will Reduce Operational And Maintenance Costs Associated With Manual Cleaning And Repair Of Drainage Systems. Proper Management Of Drainage Systems Will Minimize Environmental İmpact By Preventing Pollution From Wastewater Overflow And Reducing The Need For Emergency Cleanup Efforts. By Preventing Flooding And Minimizing Blockages, The System Will Enhance Public Safety, Reducing The Risk Of Accidents, Property Damage, And Loss Of Life Associated With Drainage System Malfunctions. In Conclusion, The Turbo-Drain Tech Project Represents A Significant Advancement İn Sustainable Urban İnfrastructure Management. By Harnessing The Power Of Water Flow İn Drainage Channels, The Project Will Effectively Clean Debris And Prevent Blockages, Ensuring Optimal Functionality And Minimizing Environmental İmpact. The Project'S Automatic Operation, Cost-Effective Maintenance, And Focus On Public Safety Make İt A Groundbreaking Solution İn Drainage System Management.
