9. Environmental Management

9.5 Minimise energy, water and waste and prioritise the selection of resource efficient materials

RISK – Avoidable resource consumption leading to increased environmental impacts and costs

Document how you will do this within the environmental/sustainability management system for the workplace.

 

 

 

  • The John Holland environmental/sustainability management system is designed to measure and encourage reductions in resource use throughout the life of the operations.
  • Projects should identify significant energy, material, waste and water uses, and assess initiatives to reduce consumption and costs.
  • All projects are required to implement the waste hierarchy during work planning.

 

 

 

 

 

 

 

 

  • Selection of products, services and materials with a lower environmental impact should form part of the supplier/subcontractor selection and design processes.
  • Projects should target materials, activities and facilities with the highest environmental impacts, such as high energy and water use, when considering lower impact opportunities and substitutions.
  • Projects should explore alternative or renewable energy sources on-site (e.g. biodiesel/renewables).
  • Usage data from fuel, energy and water bills can assist in identifying equipment and periods of increased consumption.
  • Products and materials with Eco-labels or Environmental Product Declarations (EPDs) provide specific details about their manufacture and environmental impact.

 

 

  • Controls to minimise water use typically restrict flow or facilitate reuse within a closed system.
  • These devices can include vehicle wash water reclaim units and water-efficient industrial cleaning equipment.
  • Reduction in potable water use could be achieved through:
    • non-potable water sources for construction (e.g. sediment basins, treated construction or greywater)
    • water flow restrictors
    • Use of rainwater tanks for flushing at site sheds
    • sprung taps
    • waterless urinals

 

 

 

 

 

 

 

  • Energy efficiency devices should be considered to optimise costs associated with fuel and/or energy.
  • Examples include solar panels and batteries to power site facilities or plant, hybrid equipment and smart metering.

 

 

  • Projects and Workplaces can maximise any potential cost recovery by identifying waste requirements (for example separate bins for scrap metal, waste concrete, reusable packaging) and segregating material prior to collection, reducing the need for further segregation off site.
  • Potential cost recovery can be maximised by selecting a contractor listed on the John Holland Scrap Metal Recycling Services Panel.

 

 

 

  • All workplaces must implement a waste and recycling program prior to starting work.
  • This program should include options to recycle construction and demolition waste, paper, cardboard, electronics, printer cartridges, fluorescent lights, glass, plastic and batteries. Where recycling services for these materials are not available, such as remote locations, an assessment should be conducted to identify alternative recycling and reuse options and document efforts made to divert this waste from landfill.
  • Workplaces are required to capture material and fuel use on a monthly basis from subcontractors and upload records into PPW or similar system.

 

 

Related GMRs

9.1 Identify environment risks in the planning phase and allocate appropriate controls and resources to manage the risks

9.C Store, handle, use and dispose of waste and hazardous substances in a manner that minimises environmental impact


Related Procedures / Forms

Environment Planning Procedure

Resource Use Reporting Procedure

Water Discharge Procedure


© John Holland Pty Ltd.

GMRs

  • Home
  • About the GMRs & this site
    • What are the GMRs?
    • What do the GMRs include?
    • Implementing the GMRs
    • Our GMR Videos
  • 1. Traffic, Plant & People
    • 1.1 Separating vehicles
    • 1.2 Overhead services and structures
    • 1.3 Pedestrian Separation
    • 1.4 Working in Operating Zones
    • 1.5 Fit for purpose plant
    • 1.6 Plant Modification
    • 1.A Licence and Verification
    • 1.B Road and rail rules
    • 1.C Seating position & seat-belts
    • 1.D Spotters
    • 1.E Operating zone permissions
    • 1.F Positioning plant
  • 2. Excavation & Trenching
    • 2.1 Excavation design
    • 2.2 Services and Structural Drawings
    • 2.3 Zone of Influence
    • 2.4 Barricading and Signage
    • 2.5 Services within 5m
    • 2.6 Tunnelling Controls
    • 2.A Positive Service Location
    • 2.B Access requirements
    • 2.C Safe Approach Distances
    • 2.D Excavation inspections
    • 2.E Preventing unauthorised access
  • 3. Lifting Operations
    • 3.1 Lift Competencies
    • 3.2 Lift Designer
    • 3.3 Ground Bearing Capacities
    • 3.4 Inspections & Maintenance
    • 3.5 Mobile plant load limits
    • 3.6 Lifting site inspection
    • 3.A Pre-Start Inspections
    • 3.B Mobile Plant used for lift
    • 3.C Exclusion zones
    • 3.D Suspended Loads
    • 3.E Competent Person(s)
  • 4. Electrical Safety
    • 4.1 Licences for Electrical Work
    • 4.2 Live electrical systems
    • 4.3 Safe System of Work
    • 4.4 Protective devices
    • 4.A Treat as Live
    • 4.B Legislative Requirements
    • 4.C Safe working distance
    • 4.D Electrical Supply Panels
  • 5. Work at Height
    • 5.1 Fall from height
    • 5.2 Falling objects
    • 5.3 Penetrations, shafts & risers
    • 5.4 EWP Protection Devices
    • 5.5 Grid Mesh / Chequer Plates
    • 5.A Barricades and exclusion zones
    • 5.B Overloading & adjustments
    • 5.C Harnesses
    • 5.D Installing roof sheeting
    • 5.E WAH Training
    • 5.F Accessing vehicles
  • 6. Wellbeing
    • 6.1 Wellbeing Risk Management
    • 6.2 Work rosters & Wellbeing programs
    • 6.3 Facility maintenance
    • 6.4 Occupational Hygiene
    • 6.5 AOD monitoring
    • 6.6 Wellbeing Champions
    • 6.A Be fit for work
    • 6.B Notify if unfit
    • 6.C Supportive work environment
    • 6.D Wellbeing Training
    • 6.E Know your Champions
    • 6.F Wellbeing Events
  • 7. Temporary Works
    • 7.1 Temporary Works Coordinator
    • 7.2 Temporary Works register
    • 7.3 TW Competencies
    • 7.4 Design Controls
    • 7.5 Temporary Work Protection
    • 7.6 Communication
    • 7.A Installation and Removal
    • 7.B Site validation
    • 7.C Working Load Limits
    • 7.D Inspection Schedule
    • 7.E Alterations
  • 8. Isolation
    • 8.1 Identifying Energy Sources
    • 8.2 Identifying Risks
    • 8.3 Isolations competencies
    • 8.4 Isolation Points
    • 8.5 Identifying Stored Energy
    • 8.A Test before touch
    • 8.B Releasing Stored Energy
    • 8.C Reviewing Isolation Status
    • 8.D Monitoring Isolation Controls
    • 8.E Re-instate guards
    • 8.F Personal Danger Tags/Locks
  • 9. Environmental Management
    • 9.1 Identifying risks
    • 9.2 Approvals/Licences/Permits
    • 9.3 Implementing Controls
    • 9.4 Identifying heritage, flora and fauna
    • 9.5 Minimising Resource Use
    • 9.6 Spoil and waste classification
    • 9.A Sensitive areas & boundaries
    • 9.B Dust, noise & vibration
    • 9.C Waste & hazardous substances
    • 9.D Maintaining / reviewing controls
    • 9.E Environmental findings
    • 9.F Water discharge
  • 10. Work on Rail
    • 10.1 Rail Competencies
    • 10.2 Qualified worker responsibilities
    • 10.3 Worksite Protection Risk Assessment
    • 10.4 Worksite Protection Plan
    • 10.5 Implement controls
    • 10.A Rail compliant PPE
    • 10.B Pre-work brief
    • 10.C Confirm protection controls
    • 10.D Network rules & safety instructions
    • 10.E Review Worksite Protection Plan
    • 10.F Rail certification
  • Knowledge Requirements
  • Glossary