Hello professionals
i am a project engineer (mechanical) working in an API industry and i have assigned to design a centrifugal pump for utility water circulation to the batch reactor for our pilot plant. The problem is we have no process engineers in our site because it is a greenfield project and i have no idea of what kind of a product we are going to produce because it is constructing based on the current API needs in the market so i have no clue to where to start this at first. i will give you our equipment details with related ancillary equipment, so please anyone help me to calculate the steps involved in flow rate calculation for utilities for the batch reactor.
1.) Overall reactors :
Reactor MS/SS316 : 1.0 KL - 1 No's (Jacket volume 200 Liters)
Reactor GLR : 1.0 KL - 1 No's (Jacket volume 200 Liters)
Reactor MS/GLR/GMP : 630 L - 1 No's (Jacket volume 160 Liters)
Reactor MS/GLR/GMP : 630 L - 1 No's (Jacket volume 160 Liters)
Reactor SS304/SS316/GMP : 600 L - 1 No's (Jacket volume unknown)
Reactor MS/GLR/GMP : 250 L - 1 No's (Jacket volume unknown)
2.) Ancillary equipment (Condensers):
8 M2 SS316 Primary condenser (Box type condenser) - 2 No's For 1.0 KL SS reactors - Cooling tower water in/out
4 M2 SS316 Secondary condenser (Box type condenser) - 2 No's For 1.0 KL SS reactors - Brine in/out (-10 Deg.C)
8 M2 Graphite block type condenser - 1 For 600 L GLR reactor (Cooling tower water)
6 M2 Graphite block type condenser - 2 For 630 L GLR reactor (Cooling tower water)
6 M2 Graphite block type condenser - 1 For 250 L GLR reactor (Cooling tower water)
i have no more data than this, if you want more details, i will try collecting them and give you for clarification.