Challenge in reagent dosing.
In the dosage of reagents for mining there is the main challenge of the unknown chemical formulation of reagents, coupled with an evolution to stronger collectors which require a smaller amount of flow to dose. The UD-Line® Reagent Dosing System integrates the measurement of the dosed flow and its design is based on the correct selection of materials according to the chemical compatibility of the reagent used, resulting in a high precision and low maintenance system.
Unknown chemical formulation, important characteristics:
The dosing system design follows this classification of the reagents. This makes it difficult to define the materials of the dosing system components in contact with the reagent, especially seals and gaskets.
The evolution to stronger collectors, which imply doses lower than 20 ml / min even in large mining. Micro flow dosing system design (<100 ml / min).
Architecture
System characteristics
System Components
Models
Multiplex system for micro doses lower than 500 ml/min. Typical installation: Collectors and frothers.
DETAILS
2 multiplexer units
Up to 12 channels
Up to 2 reagents
Process material: PTFE/CPVC/SS
Flow range: 5 - 300 ml/min
Multiplexed dosing
Multiplex system for doses between than 0.5 - 4 l/min. Typical installation: Collectors, xanthates and frothers.
DETAILS
2 multiplexor units
Up to 12 channels
Up to 2 reagents
Process material: PTFE/CPVC/SS
Flow range: 500 - 4,000 ml/min
Multiplexed dosing
Continuous flow system for doses between than 0 - 10 l/min. Typical installation: NaSH, defoamers, xanthates.
DETAILS
Continuos flow dosing
Up to 12 channels
Up to 2 reagents
Process material: PTFE/CPVC/SS
Flow range: 0 - 10,000 ml/min
Continuous flow system for doses higher than 10 l/min. Typical installation: NaSH, flocculants, dispersants.
DETAILS
Continuos flow dosing
Up to 8 channels
Up to 2 reagents
Process material: PTFE/CPVC/SS
Flow range: 0 - 10,000 ml/min
Plug & Play container where the UD Line and Master controller are located, the system is pre-commissioned and ready to connect electrical power, industrial communication and reagents inlets & outlets, making it easy and faster to get it up and running.
DETAILS
Custom & sturdy design
Plug & play
Ready for installation
Pumping station system for main reagent line from the storage tanks to the UD Line.
DETAILS
Operation pump & bypass pump
Filtration system
Integrates to UD Line control
VFD regulated depending on the desired flow
Installed base
Reagents: 4
Teuton1018
Frother
C-8944
T-609
Flex 31
Dosage Points: 70
24 UD-Line
Plant: Concentradora II y Planta de Molibdeno II “Buenavista del Cobre”
Location: Cananea, Sonora, Mexico.
Description
Reagents: 8
T-1018
T 100-50
SPRI 156
Flex 31
NaSH
NaCN
MIBC
Antifouling
Dosage Points: 120
46 UD-Line
Reagents: 2
A238
PINEOIL
Dosage Points: 4
1 UD-Line
Reagents: 10
MCC-C3320(C1)
AR-G431 (C2)
AR-3322 (C3)
CC-1225 (Esp)
Diesel2
NaSH
Antiscalant
Sulfuric Acid
Antifrother
Dosage Points: 142
18 UD-Line
Reagents: 3
Xanthate
Frother
Promoter
Dosage Points: 8
1 UD-Line
Reagents: 4
T-1018
Frother
C-8944
T-609
Dosage Points: 26
10 UD-Line
Reagents: 1
PAX
Dosage Points: 3
1 UD-Line
Reagents: 3
FrotherTeuton100
Collector Flotec1234
Aerophine
Dosage Points: 12
4 UD-Line
Reagents: 2
Xantathe
Sodium Cyanide
Dosage Points: 8
2 UD-Line
Reagents: 2
Collector
Frother
Dosage Points: 12
2 UD-Line
