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Emulsion Coolant Recovery System-InstaPure for Recovery and Reuse of water soluble coolants.

Introduction:. Water soluble coolants get contaminated during course of operation in machine tools.Major cause of disposal is bacterial contamination felt by bad smell and skin irritation.Coolant is forced for disposal and treatment.The idea behind the system is to apply the concept of ?Treat and

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Emulsion Coolant Recovery System-InstaPure for Recovery and Reuse of water soluble coolants.

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    1. Emulsion Coolant Recovery System-InstaPure for Recovery and Reuse of water soluble coolants. Pure Tech India, A-5, Trec step, Thuvakudi, Trichy -620 015 Telephone:00 91-431 320 6753; Telefax: 00 91-431 250 1100 E-Mail: contact@puretechindia.com; website: www.puretechindia.com

    2. Introduction: Water soluble coolants get contaminated during course of operation in machine tools. Major cause of disposal is bacterial contamination felt by bad smell and skin irritation. Coolant is forced for disposal and treatment. The idea behind the system is to apply the concept of Treat and Reuse instead of Treat and Dispose. Recovered coolant is fit for reuse; back in the machine tool. Recovery rate as high as 85%. Recovered coolant can be reused many times till the coolant oil loses its properties and the emulsion gets broken.

    3. Contaminants and their removal: Tramp Oil: Essentially due to lube oil present in machine tool. Removed by: 1. Desorber; 2. Tramp Oil Remover; 3. Activated Carbon Filter. Suspended Solids: Due to machining action. Removed by: 1. Stainless Steel washable strainer; 2. Tramp Oil Remover (till 40 microns); 3. Stainless Steel washable Bag Filter (25,5 and 2 microns); Bacteria: Due to water mixed for emulsion and suitably aided by Tramp oil. Removed by: 1. UV Dis-infection.

    4. Operational Sequence: Water soluble coolants from machine tool is sucked out through Vacuum suction system present in the recovery system. This coolant is stored in the collection tank. Once suction phase is over, the coolant enters Desorber for floating oil removal. Then it passes through filtration systems. After filtration, the coolant passes through the bacterial disinfection unit. The coolant after disinfection can be reused for machining.

    5. Vacuum Suction Unit: Vacuum Unit: Electrically operated vacuum motor with collection tank as a single unit. The collection tank capacity is 200 litres. The tank is provided with chip trap and motor protection seal to prevent coolant entry into Vacuum motor.

    6. Tramp Oil removal: Desorber: Gravity based system to remove majority of free floating tramp oil. Oil removed through an adjustable funnel provided in the system. Separated oil can be sold.

    7. Desorber Liquid Flow Illustration- with CPI Interceptors:

    8. Tramp Oil removal: Tramp Oil Remover: Pressure membrane system where the coolant with oil is passed through oleophilic membrane and oil particles are trapped inside the membrane. Activated Carbon cartridge: Coolant passed through carbon for microscopic oil particles removal.

    9. Suspended Solids Removal: Suction Strainer: Stainless Steel washable strainer of filtering capacity 150 microns Tramp Oil Remover: In addition to its application of Tramp oil removal, the membrane consists of filter cloth which filters the suspended solids level to less than 40 microns. Bag Filter: Stainless Steel backwashable washable filters of capacities: 25 microns 5 microns 2 microns

    10. Suspended Solids Removal: Stainless Steel backwashable filter of capacity 25, 5 and 2 microns. Filter media made from SS316 Dutch woven filter cloth One time investment media washed and reused again and again

    11. Bacterial Disinfection: U-V Disinfection unit: Coolant is passed in front of UV light as thin film exposing bacteria to them. UV light at a wavelength of 253 nm penetrates the DNA of bacteria killing it. The heat generated at that point vaporizes the bacteria without leaving any residue.

    12. Schematic flow chart of Treatment Process:

    13. System Illustration:

    14. Our Customers: M/s L & T Komatsu Ltd, Bangalore M/s Tyco Sanmar Ltd, Viralimalai, Trichy M/s Bharat Heavy Electricals Limited, Haridwar M/s Rane Madras Limited, Varnavasi, Kancheepuram district. M/s Wipro Infrastructure Engineering Limited, Sriperumbudur. M/s Compatible Solutions LLP, Singapore

    15. Benefits: Waste coolant converted to usable coolant. Nearly 85% of the coolant is recovered for reuse. (the losses are due to evaporation, tramp oil and chip drag out). There is no process losses. Coolant can be removed for treatment as and when bacterial contamination is observed, refreshed and reused back in the machine tool. Coolant can be recycled till the coolant loses its property and emulsion breaks. There is no change in concentration because of treatment. There is no need for conventional coolant treatment requiring emulsion breakage. Systems are modular and can be augmented for increased capacities.

    16. Thank You For Queries, Please contact: E- Mail: contact@puretechindia.com (Photographs shown are taken from our supplied equipments and there are feature additions taking place in each new equipment manufactured)?

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