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Follow the links below to find material targeted to the unit's elements, performance criteria, required skills and knowledge

Elements and Performance Criteria

  1. Identify, analyse and evaluate hazards associated with mine atmosphere
  2. Identify, analyse and evaluate events which impact on ventilation
  3. Identify, analyse and evaluate mine ventilation control options and measures
  4. Design and develop ventilation management system
  5. Establish ventilation management system
  6. Plan and prepare to implement ventilation management system
  7. Audit and review ventilation management system

Performance Evidence

The candidate must demonstrate the ability to complete the tasks outlined in the elements, performance criteria and foundation skills of this unit, including evidence of the ability to:

establish and maintain ventilation management systems on at least two occasions, including:

identifying, collating and evaluating data, events and activities that impact on ventilation systems

identifying and evaluation limitations of ventilations control devices and systems

designing and developing the ventilation management system incorporating principles and requirements of mine ventilation, including effects of mine gases

establishing technical procedures relating to ventilation

confirming training program is established to address training needs relating to ventilation management

incorporating mine ventilation plan into work activity

conducting enquiries/investigations throughout the audit of ventilation management plan

providing solutions to noncompliance or other discrepancy

preparing reports on ventilations management plan audits.

During the above, the candidate must:

locate and apply relevant legislation, documentation, policies and procedures and confirm work activity is compliant

implement requirements, procedures and techniques for establishing and maintaining ventilation management systems, including:

accessing and analysing archival and historical ventilation information

interpreting and applying mathematical and scientific theorems/laws related to ventilation

accessing, evaluating and applying design criteria for ventilation systems and devices

interpreting computer spreadsheets and ventilation modelling/simulations

accessing, evaluating and applying data from monitoring systems and equipment

work effectively with others to establish and maintain ventilation management systems in a manner that meets required outcomes, including:

communicating clearly and concisely with others to receive and clarify work instructions and convey work progress

identifying the relevant information and scope of the work necessary to meet required outcomes

establishing technical procedures relating to ventilation management.


Knowledge Evidence

The candidate must be able to demonstrate knowledge to complete the tasks outlined in the elements, performance criteria and foundation skills of this unit, including knowledge of:

key legislation required to establish and maintain mine ventilation management systems

key procedures and documentation required to establish and maintain mine ventilation management systems, including archival and historical ventilation information

principles, methods, applications and limitations of mine ventilation, including:

exhaust/force

antitropal

homotropal

flank returns

ascensional/descensional

bleeder

Z/U/Y systems

principles, methods, applications and limitations of panel ventilation, including:

homotropal and antitropal auxiliary fans

coursed ventilation (narrow side/wide side)

machine mounted scrubber systems

compressed air venturis

bleeders

impact of mining techniques and mine and panel design on ventilation

impact of coal characteristics and coal seam gradients on mine ventilation design

principles and impacts of ventilation systems on gas drainage, spontaneous combustion, outburst and windblast

types of mine gases, including:

characteristics under varying circumstances

sources

physiological effects

methods of detection

types of airborne contaminants, including:

sources

physical and physiological effects

control and mitigation methods

types of mine fires, including:

sources of ignition

possible effects on the ventilation circuit

prevention, control and mitigation methods

types of mine explosions, including:

ignition sources

possible effects on the ventilation circuit

prevention, control and mitigation methods

pressure change principles, including:

causes

impacts on the ventilation system

responses, including the causes and effects of natural ventilation and recirculation

heat and humidity principles, including sources and factors which may impact ventilation and personnel

mine roadways and shafts design parameters and impacts on mine ventilation

principles mine fans, including:

fan laws

types

performance characteristics and configurations

applications and limitations

types of ventilation control devices, including:

purposes

design criteria and specifications

distribution and placement criteria

applications and limitations

de-gassing methods of control, including:

brattice

auxiliary fans

compressed air venturis

sails

hurdles

bleeders

design criteria, specifications and design processes of ventilation networks and individual circuits

types, characteristics, uses and limitations of fixed ventilation monitoring systems

types, characteristics, uses and limitations of portable monitoring equipment

functions, capabilities, limitation and uses of computer modelling and simulation techniques

computer-based systems for mine environmental analysis

ventilation management system development requirements and processes

types, frequency and method for conducting ventilation surveys, including:

pressure

quantity

temperature

gas

dust

processes and techniques for determining alarms and trigger points/levels

ventilation theory, including:

psychrometry and heat

gas laws including Charles’s law and Boyle’s law

natural ventilation pressures

air quality measurement

control device leakage

duct leakage

regulator

equivalent office calculation and Kirchoff’s laws

techniques for identifying individual training needs and reviewing ventilation management system training plans

principles, processes and techniques for emergency response, evacuation and disaster planning

techniques for leading and coordinating work activities with others.