-
Main Corporate Website
-
XPS
-
Glencore Technology
-
Zipatank
-
Hypersparge
-
IsaKidd
-
IsaMill
-
IsaSmelt
-
JamesonCell
-
Albion Process
-
Viterra
-
Aquarius Energy
-
Glencore in South Africa
-
Glencore in the DRC
-
Mutanda Mining
-
Kamoto Copper Company
-
Astron Energy
-
Katanga Mining Limited
-
Glencore Australia
-
Viterra Australia
-
Bulga Coal
-
Liddell Coal
-
Mangoola
-
McArthur River Mine
-
Mt Owen Complex
-
Ravensworth operations
-
Ulan Coal
-
United Project
-
Wandoan Coal
-
West Wallsend
-
Murrin Murrin
-
Mount Isa Mines
-
Main MenuWho we are
-
Main MenuAll Technologies
-
All TechnologiesIsaMill™
-
IsaMill™Advantages
-
How It Works -
Installations -
IsaMill™Knowledge
-
IsaMill™About
-
Contact
-
-
All TechnologiesJameson Cell
-
Jameson CellAdvantages
-
Jameson CellHow it works
-
Installations -
Jameson CellKnowledge
-
About -
Contact
-
-
Jameson Concentrator -
All TechnologiesAlbion Process™
-
Albion Process™Advantages
-
Albion Process™How it works
-
Albion Process™Installations
-
Albion Process™Knowledge
-
Albion Process™About
-
Contact
-
-
All TechnologiesISASMELT™
-
Advantages -
ISASMELT™How it works
-
ISASMELT™Services
-
Installations -
ISASMELT™Knowledge
-
About -
Contact
-
-
ISASMELT™ F600 -
ISACONVERT™ -
ISACYCLE™ -
ISASMELT™ Test Hub -
All TechnologiesISAKIDD™
-
All TechnologiesHyperSparge™
-
ZipaTank™ -
Innovation Partnerships -
Service, Engineering & Aftermarket
-
-
Main MenuKnowledge
-
KnowledgeAll Calculators
-
KnowledgeEvents
-
Brochures -
Technical papers -
Media -
Compendiums of Papers -
Guidance Hub
-
-
Contact
Operating Conditions
The HyperSparge™ is designed to operate at pressures up to 1000 kPag, with a typical operating pressure range of 300 – 500 kPag. The HyperSparge™ can be operated at temperatures up to 100 °C. The HyperSparge™ is suitable for the following process gases:
- Oxygen
- Air
- Nitrogen
- Argon
- Carbon dioxide
The HyperSparge comes in two sizes:
- DN15: delivers up to 450 Nm3/hr air.
- DN25: delivers up to 1700 Nm3/hr air.
Sparger Components
As mentioned before, the HyperSparge™ is a complete gas injection system consisting of three sub-assemblies:
Gas connection assembly
The Gas Connection Assembly connects the sparger to a gas supply manifold. The Gas Connection Assembly terminates in Quick-connect gas fittings with inbuilt non return valves, to prevent gas escaping from the system in the event of accidental release of either end of the hose. An additional check valve is provided prior to the sparger assembly to provide failsafe protection of the hose and gas manifold against slurry ingress. The connection hose is a stainless steel braided PTFE hose designed for long life.
Wet end sparger assembly
The sparger is manufactured from stainless or alloy steel pipe and provides an unhindered flow path. There is no need for any internals to prevent slurry ingress. Leak free connection to the gas connection assembly and the insertion assembly is ensured with the use of custom made fittings.
A wide range of sparger pipe lengths ensure injection of the gas into the ideal mixing zone, which is not necessarily directly underneath the agitator. Custom made sparge pipe lengths are also available to order.
Insertion Assembly
The Insertion Assembly is a high specification system designed to make live removal and insertion safe. It consists of three key components:
- EPDM check valve – a self-closing valve which fits inside the tank nozzle on the side of the process vessel to prevent slurry leakage.
- Dual pipe seals – a redundant feature to prevent slurry loss whilst retracting or inserting the sparge pipe.
- A full port ball valve for isolation purposes.
Mounting Options
The HyperSparge™ is designed for external mounting on a standard ANSI flange. The tank nozzle is to be inclined at 15°. The DN15 HyperSparge™ is suitable for a 50NB tank nozzle and the DN25 HyperSparge™ is suitable for an 80NB tank nozzle. Glencore Technology can supply a variety of adaptors to suit existing tank nozzles.