Lost your password? Please enter your email address. You will receive a link and will create a new password via email.
Please briefly explain why you feel this question should be reported.
Please briefly explain why you feel this answer should be reported.
Please briefly explain why you feel this user should be reported.
Of the Members, By the Members, For the Members!
VacuumFurnaces.com is a Q&A community where vacuum furnace product and service suppliers connect with commercial and captive heat treaters to share their practical skills and know-how and to establish valuable relationships around niche topics of expertise with vacuum furnace end-users in operations, production, training, maintenance, marketing, sales, and engineering.
What type of filtration do you recommend for cooling tower water?
We recommend the use of a full stream CyClean centrifugal separator to filter 100% of the cooling tower water flow. The fan on a cooling tower draws in thousands of cubic feet per minute of outside air that contains sand, dust, insects, and fibers from vegetation. These airborne contaminants mix witRead more
We recommend the use of a full stream CyClean centrifugal separator to filter 100% of the cooling tower water flow.
The fan on a cooling tower draws in thousands of cubic feet per minute of outside air that contains sand, dust, insects, and fibers from vegetation. These airborne contaminants mix with the process cooling water and eventually these suspended particles find their way into heat transfer surfaces. After a period of time, these surfaces become fouled and insulated causing equipment to run hotter and replacement or repair is necessary.
By removing 98% of these suspended solids mechanically, fouling is greatly reduced and chemical water treatment and bleed from the system can be reduced significantly.
Full stream filtration protects the system from dirt deposits such as winds blowing over newly plowed fields, chunks of scale eroding from steel pipe or foreign deposits encountered by adding new piping to an existing system.
By utilizing a purge receptacle, expensive treated process water is not wasted in the purge cycle. A small continuous flow of dirt-laden process water removed by the separator is filtered and contained in the receptacle while the clean water is returned to the cooling system. The receptacle can then be isolated for easy contaminant removal without interrupting the process water flow and zero discharge to the sewer.
The key to good filtration is to provide a system where the dirt-laden water can enter the suction of the pump that discharges into the CyClean separator for maximum filtration of the system. If the solids can be kept in suspension, they will eventually enter the suction of the pump and then be filtered by the separator before they foul your equipment.
Source: Dry Coolers
See lessHow do I determine the volume of glycol required for my water cooling system?
It is often necessary to determine the volume of water held in a cooling system so that appropriate concentrations of corrosion inhibitor and/or glycol can be added. The volume of water in your system is determined by adding the volume of water in your pipes, tanks, cooling equipment, and your proceRead more
It is often necessary to determine the volume of water held in a cooling system so that appropriate concentrations of corrosion inhibitor and/or glycol can be added. The volume of water in your system is determined by adding the volume of water in your pipes, tanks, cooling equipment, and your process equipment. At your request, Dry Coolers can provide the cooling equipment volumes.
The following table may be used as a guide for determining the volume within pipes.
SYSTEM VOLUME CALCULATIONS:
Volume in Piping
Volume in Tanks
Volume in Equipment
TOTAL VOLUME (GAL)
Source:Β Dry Coolers
See less