This document provides specifications for a static mixer with 2 streams to be used at the Bazian Power Plant. The static mixer will mix water as the main stream with FeCl3 20% and NaOCL 12% side streams, and has an operating flow rate of 63 cubic meters per hour. Process calculations show the mixer will provide a minimum of 96% homogeneity with a residence time of 2.89 seconds and pressure drop of 0.1 bar maximum.
This document provides specifications for a static mixer with 2 streams to be used at the Bazian Power Plant. The static mixer will mix water as the main stream with FeCl3 20% and NaOCL 12% side streams, and has an operating flow rate of 63 cubic meters per hour. Process calculations show the mixer will provide a minimum of 96% homogeneity with a residence time of 2.89 seconds and pressure drop of 0.1 bar maximum.
This document provides specifications for a static mixer with 2 streams to be used at the Bazian Power Plant. The static mixer will mix water as the main stream with FeCl3 20% and NaOCL 12% side streams, and has an operating flow rate of 63 cubic meters per hour. Process calculations show the mixer will provide a minimum of 96% homogeneity with a residence time of 2.89 seconds and pressure drop of 0.1 bar maximum.
This document provides specifications for a static mixer with 2 streams to be used at the Bazian Power Plant. The static mixer will mix water as the main stream with FeCl3 20% and NaOCL 12% side streams, and has an operating flow rate of 63 cubic meters per hour. Process calculations show the mixer will provide a minimum of 96% homogeneity with a residence time of 2.89 seconds and pressure drop of 0.1 bar maximum.
1 Client Bazian Power Plant Primix reference 1890033
2 Client reference Product type PMV250-6-SS-CHAIN 3 Project name Document number DS1 4 Equipment type Static Mixer Revision 0 5 Date 16-1-2018 6 General 7 item number 8 quantity required 2 9 purpose of mixing (liquid/liquid - miscible) 10 Operating data - components 11 Main Stream Side Stream 1 Side Stream 2 Side Stream 3 Side Stream 4 Mixture
12 stream Water FeCl3 20% NaOCL 12% Crude Oil
13 type liquid liquid liquid liquid 14 Operating data - per stream 15 Main Stream Side Stream 1 Side Stream 2 Side Stream 3 Side Stream 4 Mixture
16 stream Water FeCl3 20% NaOCL 12% Crude Oil
17 volume flow rate - min. [m³/h] 63, 0,15 63, 18 volume flow rate - normal [m³/h] 63, 63, 19 volume flow rate - max. [m³/h] 63, 0,15 63, 20 density - min. [kg/m³] 1.000, 1.000, 21 density - normal [kg/m³] 1.000, 1.000, 22 density - max. [kg/m³] 1.000, 1.000, 23 mass flow rate - min. [kg/h] 63.000 63.000 24 mass flow rate - normal [kg/h] 63.000 63.000 25 mass flow rate - max. [kg/h] 63.000 63.000 26 dynamic viscosity - min. [mPa.s] 1, 1,0 27 dynamic viscosity - normal [mPa.s] 1, 1,0 28 dynamic viscosity - max. [mPa.s] 1, 1,0 29 specific heat [J/kg·°C] 30 operating temperature - min. [°C] 31 operating temperature - normal [°C] 32 operating temperature - max. [°C] 33 operating pressure - min. [bar(g)] 1, 1,0 34 operating pressure - normal [bar(a)] 35 operating pressure - max. [bar(g)] 10, 10,0 36 Process calculation results 37 minimal normal maximal 38 flow velocity [m/s] 0,3 0,3 0,3 39 reynolds number [-] 87.547 87.547 87.547 40 K-factor [-] 95 95 95 41 residence time [s] 2,89 2,89 2,89 44 pressure drop [bar] 0,01 0,0 0,1 46 homogeneity (CoV) [σ/μ] 0,04 0,04 0,04 47 homogeneity [-] 96,0% 96,0% 96,0% 50 G-value [-] 585 585 1.850 51 Operating data - jacket 52 jacket no 53 stream 54 volume flow rate [m³/h] 55 density [kg/m³] 56 mass flow rate [kg/h] 57 dynamic viscosity [mPa.s] 58 operating temperature - min. [°C] 59 operating temperature - max. [°C] 60 operating pressure - min. [bar(g)] 61 operating pressure - max. [bar(g)] 62 flow velocity [m/s] 63 Design data 64 space Shell Jacket 65 upper design temperature [°C] 66 lower design temperature [°C] 67 minimum design metal temperature [°C] 68 upper design pressure [bar(g)] 69 lower design pressure [bar(a)] 70 test pressure, hydrostatic [bar(g)] 71 Primix B.V. 72 Visitor address: Mailing address: Telephone +31 (0) 297 - 28 77 78 73 Nijverheidsweg 17-F P.O. Box 220 Fax +31 (0) 297 - 28 60 30 74 3641 RP Mijdrecht 3640 AE Mijdrecht Email info@primix.eu 75 The Netherlands The Netherlands Website www.primix.eu