This system is to make oil cooler by using water as a contact agent. Oil, which is to be cooled is passed into the shell around dense copper tubes, having baffles, that makes oil to pass in a sinuous manner. Oil transfer the heat to water that is flowing through the copper tubes (different internal diameter of tubes are used depending on pressure and flow) having number of paths. This supplement the contact time of oil with water for efficient heat transfer. This type of DynaTech Heat Exchangers gives high efficiency i.e. ΔT (T2-T1).

T2= Output Temperature of Oil

T1= Input Temperature of Oil

Working Pressure upto 10 bars

• Water is cooling medium/agent in a shell type DynaTech Heat Exchanger, having various copper tubes.
• Easily accessible tubes by opening end covers.
• Copper tubes can easily be accessible (for cleaning, repairing or even replacing) by opening end covers.
• Cooper tubes, if choked, can be cleaned/replaced in case of leakage in heat exchanger

This system is to make oil cooler by using water as a contact agent. Oil, which is to be cooled is passed into the shell around dense copper tubes, having baffles, that makes oil to pass in a sinuous manner. Oil transfer the heat to water that is flowing through the copper tubes (different internal diameter of tubes are used depending on pressure and flow) having number of paths. This supplement the contact time of oil with water for efficient heat transfer. This type of DynaTech Heat Exchangers gives high efficiency i.e. ΔT (T2-T1).

T2= Output Temperature of Oil

T1= Input Temperature of Oil

Working Pressure upto 10 bars

• Water is cooling medium/agent in a shell type DynaTech Heat Exchanger, having various copper tubes.
• Easily accessible tubes by opening end covers.
• Copper tubes can easily be accessible (for cleaning, repairing or even replacing) by opening end covers.
• Cooper tubes, if choked, can be cleaned/replaced in case of leakage in heat exchanger