Opr rail Development Public Environmental Review

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  Increase in noise sources means 3 receptors 
may exceed the outdoor noise limit criteria at 
night (State Planning Policy 5.4).  An further 3 
receptors in this category are owned by 
LandCorp and are not considered noise 
sensitive premises. 
  An additional 7 receptors may exceed the 
outdoor noise target criteria at night.  A further 
7 receptors are owned by LandCorp (see 
  Train movements are expected to be audible 
at approximately 55 receptors (including those 
  Light impacts restricted to road crossings, 
signals and temporary illumination of tracks 
by trains and service vehicles at night. Light 
impacts from maintenance camps expected to 
be negligible due to their remote location. 
  Increases in vibration levels in close proximity 
to rail. 
by route selection where possible.   
  Consultation programme with affected 
landholders based around preferred centreline 
to identify and agree upon mitigation options 
that may include external sound barriers, 
internal sound-proofing and building relocation. 
  Use a combination of noise reduction methods 
to comply with the Noise Regulations 
(construction) and SPP5.4 (rail operation).   
  Modelling completed for the preferred 
centreline as well as practical extremities of 
the SAC to determine the range of possible 
noise outcomes and to cater for possible minor 
changes to preferred centreline. 
  Personnel will be made aware of noise related 
issues during inductions 
  Consultation with affected premises regarding 
key construction activities will commence 
before construction and continue throughout 
  A Construction Noise Management Plan will 
be submitted for approval in accordance with 
the Environmental Protection (Noise) 
Regulations 1997 prior to commencement of 
  Design and place any construction lighting to 
reduce intrusion to residences where 
practicable.  Design and place lighting in 
accordance with Australian Standard AS4282-
1997 Control of Obtrusive Effects of Outdoor 
  An Operation Noise Management Plan will be 
developed which will include more detailed 
information on the following: 

Selection of construction and 
operational equipment 

Noise and vibration monitoring plans 
and results to be made publicly 

Verification of noise modelling 

Monitoring to determine the success 
of noise mitigation measures 

Monitoring to check on vibration 
levels at selected locations as 

Contingency actions to be taken when 
noise target is exceeded, or noise 
complaint is received 
o Incident 
o Reporting 

Specification of any zones where the 
operation of the rail will require further 
residential development to consider 
operational phases within 
adjacent areas.   
  Compliance with SPP5.4 
expected to be attained by 
consultation and 
negotiation with 
landholders regarding a 
range of mitigation 
measures at an individual 
landholder level.  
  Compliance with noise 
regulations during 
construction, criteria 
expected to be able to be 
achieved subject to a 
Construction Noise 
Management Plan under 
the Environmental 
Protection (Noise) 
Regulations (1997) 
 Occasional noise events 
from rail movements 
audible at up to 55 
sensitive receptors largely 
throughout the freehold 
  Light impacts able to be 
managed using Australian 
  Vibration impacts expected 
to be insignificant as they 
will be restricted to within 
20 m of the Rail Corridor. 

OPR Rail Development 
Public Environmental Review 
EPA Objective 
Existing Environment 
Potential Impacts 
Environmental Management 
Predicted Outcome 
“deemed-to-comply” measures. 
Air Quality 
To ensure that 
emissions do not 
adversely affect 
environmental values 
or the health, welfare 
and amenity of people 
and land uses by 
meeting statutory 
requirements and 
acceptable standards. 
  Dust is currently restricted to 
localised, short-term events caused 
by the movement of cattle, and 
vehicle movements on unsealed 
  Large scale episodic dust events 
caused by general dust lift during 
windy conditions occur occasionally 
and may lead to exceedances of 
NEPM levels.  
  Within freehold areas, dust is also 
generated from erosion processes 
due to agricultural activities such as 
ploughing prior to seeding and the 
summer grazing of stock. 
  Activities or areas that may result in dust 
emissions include: 
o Exposed 
o Construction 

Blasting and crushing of rock  

Vehicle movements and ore 
  The construction face will be constantly 
moving, meaning that construction impacts 
will generally be short-term in nature. 
  Best practice dust controls to ensure that dust 
emissions are minimised and avoided. 
  Perform visual dust monitoring of construction 
and operations areas to ensure that fugitive 
emissions meet required standards. 
  Progressive and staged clearing of vegetation 
to limit the number of open areas 
  Restricted vehicle movements to designated 
access tracks. 
  Apply water sprays and/or dust suppressants 
to exposed areas and unsealed roads during 
  Set and enforce vehicle speed limits. 
  Contractual specification of Dust Extinction 
Moisture (DEM) levels for ore haulage. 
  Control occupational dust levels in accordance 
with the requirements of the Mines Safety and 
Inspection Regulations 1995 and Occupational 
Health and Safety Act 1984
  Prepare and implement an Air Quality 
Management Plan that includes objectives, 
targets, and detailed management actions to 
minimise dust emissions at source, monitoring, 
incident management, and contingency 
  Dust emissions will 
increase during both 
construction and 
operational phases but will 
be managed under an Air 
Quality Management Plan 
that will detail 
management actions for 
both phases.  Impacts are 
not expected to be 
significant following 
management measures. 
 Emissions from 
construction will be short-
term and subject to best 
practice dust controls.   
 Emissions from operations 
are expected to be 
  Compliance with relevant 
Occupational Health and 
Safety air quality 
Soil Quality 
Ensure that 
rehabilitation achieves 
an acceptable 
standard compatible 
with the intended land 
use, and consistent 
with appropriate 
  16% of Study Area expected to have 
moderate-high risk of Acid Sulphate 
Soils (ASS). 
  Broadacre farming throughout the 
freehold area that includes cropping 
and grazing, with some more 
intensive land use towards the 
western end of the Study Area.  
Soils throughout this zone have 
been repeatedly cultivated and may 
be depleted in organic matter and 
  Grazing on unimproved pasture 
(largely native vegetation) 
throughout the Pastoral Area 
  Soil erosion from occasional dust 
storms and intense rainfall events. 
  Potential changes to soil chemistry through 
disturbance of ASS. 
  Alterations to soil structure from disturbance 
impacting on productivity and stability. 
  Potential increase in soil erosion. 
  Potential changes to soil productivity. 
  Contamination of soils from hydrocarbon or 
other spillage. 
  Indirect impacts (on soils and farm 
productivity) via spread of weeds and 
  Potential ASS areas identified from geological 
  Design infrastructure to minimise disturbance 
of ASS. 
  When excavation in areas of potential higher 
risk ASS is required a detailed survey will 
completed in accordance with DEC guidelines 
(DEC, 2004). 
  Prepare and implement an ASS Management 
Plan to manage construction activities in areas 
of known or suspected ASS. 
  Detailed individual rehabilitation plans for 
areas disturbed for construction purposes. 
  Consultation with individual landholders 
completed as part of land access negotiations 
to include integration of farm plan aspects into 
construction management.  This will include 
drainage management, biosecurity, vehicle 
hygiene, stock and cropping management 
during construction and operation. 
  Generic Borrow Area Rehabilitation Plan for 
other borrow areas to be retained within the 
operational corridor. 
  The application of 
individual landholder 
consultation and 
management controls 
through the land access 
negotiations for 
biosecurity, drainage 
management, and 
integration with farm 
planning is expected to 
result in impacts being 
  No significant impacts are 
anticipated arising from 
disturbance of ASS as only 
1.3% of the 16% of 
Proposal Area expected to 
have moderate-high risk of 
ASS requires excavation. 
Waste and 
To ensure that 
emissions do not 
adversely affect 
  Minimal hazardous material stored 
and no registered contaminated sites 
within the Study Area due to rural 
  Solid and liquid wastes will be generated by 
  Inert and putrescible waste will be disposed of 
at licensed or registered landfills created along 
the Rail Corridor where distance to existing 
  The waste or hazardous 
material issues are similar 
to those faced and 

OPR Rail Development 
Public Environmental Review 
EPA Objective 
Existing Environment 
Potential Impacts 
Environmental Management 
Predicted Outcome 
environmental values 
or the health, welfare 
and amenity of people 
and land uses by 
meeting statutory 
requirements and 
acceptable standards. 
land use. 
  Nearby waste management facilities 
are limited to Shire landfills that are 
significant distances apart. 
  Minor dumping of waste consistent 
with historic rural activities. 
  Some hazardous materials 
(particularly diesel) may be 
transported along major roads to 
service inland mining operations. 
the Proposal and may impact upon the 
environment by causing contamination, 
increasing the risk of disease and 
encouraging feral animals. 
  Up to 6 Wastewater Treatment Plants 
(WWTPs) required for a peak workforce of up 
to 3000. 
  Liquid hydrocarbon wastes will be generated 
during both construction and operational 
  Inert and putrescible solid wastes will be 
generated during both phases of the 
Proposal.  These will largely be associated 
with the accommodation requirements of the 
construction workforce. 
Hazardous Materials 
  Hazardous materials such as fuel, oils, 
lubricants, chemicals and explosives will be 
required for the construction (and some for 
operation) and may be stored inappropriately 
or spilt potentially casing contamination of soil 
or water, and exposing native animals and 
livestock to hazards. 
  Fuels oils are flammable and could lead to an 
increased risk of fire. 
  Transport of hazardous materials along major 
traffic routes is not expected to be significant 
and the potential for vehicle/rail interaction 
has been eliminated by the selection of a 
grade separation bridges where the rail 
crosses the North West Coastal Highway 
(NWCH) and the Chapman Valley Road. 
Shire Landfills is prohibitive.  
  Prepare and implement a Waste Management 
Plan based on the hierarchy of waste 
  Treated wastewater from Construction and 
Operations Camps will be discharged at 
designated spray irrigation areas to be 
established near the camps, or the wastewater 
will be treated to a standard that is suitable for 
use for dust suppression (subject to DoH 
  WWTPs will be subject to licensing under Part 
V of the EP Act.  
  Wastewater will be spread over a large area 
(in accordance with WQPN – Irrigation with 
Nutrient Rich Wastewater). 
  Hazardous wastes will be stored and 
transported in accordance with relevant 
legislation to ensure that there is no discharge 
to the environment. 
  Hydrocarbons will be transported, stored and 
used in accordance with industry best practice 
to reduce the risk of spillage to the 
  Hydrocarbon spills will be reported as 
incidents and responded to immediately.  Spill 
kits will be kept in designated positions to 
allow swift response.  Any contaminated soil or 
used clean up equipment will be taken to a 
licensed facility.   
  Hazardous material handling, storage and spill 
response will occur in accordance with 
Dangerous Goods Licences issued under the 
Dangerous Goods Safety Act 2004 and 
Australian Standards. 
  Prepare and implement a Hazardous Materials 
and Contamination Management Plan to 
document in detail how chemicals, 
hydrocarbons and hazardous goods or waste 
will be managed.  This plan will ensure 
compliance with the Contaminated Sites Act 
managed by many other 
remote operations in WA.  
The quantities of waste 
expected to be generated 
are not significant. 
  Application of industry best 
practice preventative 
controls such as risk 
assessment and the 
application of storage and 
handling standards, 
incident reporting and 
remedial capacity are 
expected to reduce 
contamination risks to the 
environment to a level that 
is insignificant.   
  Current legislative controls 
are expected to ensure 
that waste and hazardous 
materials are managed to 
avoid significant impacts to 
the environment.   
Greenhouse Gas 
To minimise emissions 
to levels as low as 
practicable on an on-
going basis and 
consider offsets to 
further reduce 
cumulative emissions. 
  Greenhouse Gas (GHG) emissions 
from the Mid-West are currently 
  Majority of iron ore in the Mid-West 
currently being transported by road. 
  No industries that are required to 
report under the NGER Act are 
currently located within the Study 
  48,000 kL of diesel to be used during 
construction, estimated 45,000 kL during 
  Estimates: 250,000 t of CO2-e during 
construction, 130,000 t /yr during operation. 
  Represents approx 0.02% of Australia’s 
annual GHG emissions. 
  Energy use monitoring will be undertaken 
monthly and results reported to OPR 
  OPR will identify and comply with all energy 
usage and GHG reporting requirements, and 
any future Commonwealth GHG legislation. 
  Consider fuel efficiency and emissions profiles 
for all new locomotive purchases. 
  Implement energy saving strategies for the rail 
system addressing factors such as fuel type, 
  The Proposal is not 
expected to make a 
significant contribution to 
Australia’s annual GHG 
emissions (0.02% of 
Australia’s annual GHG 
emissions will be 
  The Proposal will increase 
the GHG efficiency of Mid-

OPR Rail Development 
Public Environmental Review 
EPA Objective 
Existing Environment 
Potential Impacts 
Environmental Management 
Predicted Outcome 
equipment design, rail design, operational 
procedures, schedules, loading and unloading 
systems, and technology. 
West mines hauling ore to 
  Reporting under the NGER 
Act will be required. 
  OPR is expected to 
participate in the proposed 
Carbon Pollution 
Reduction Scheme. 
Heritage To 
changes to the 
environment do not 
adversely affect 
historical and cultural 
associations and 
comply with relevant 
heritage legislation. 
  Indigenous heritage sites are known 
at a number of locations in the Study 
  The Proposal is within the external 
boundaries of the Naaguja, Amangu, 
Widi Mob, Mullewa Wadjari and 
Wajarri Yamatji Native Title claims. 
  DIA registered Aboriginal sites within 
the Proposal Area include Weld 
Range and Jack Hills, which are 
known to have mythological 
associations to local Indigenous 
Potential impacts relate primarily to direct 
disturbance and include: 
Disturbance of sites during construction 
Landscape level changes  
Collection and/or defacing of 
Accidental damage of artefacts by off-
road vehicle use 
Indirect disturbance to sites from 
changes in water flows, spillages, dust, 
or other indirect impacts. 
  Sites associated with watercourses within the 
Proposal Area are the most likely to be 
impacted as the sites tend to be concentrated 
around water courses and the Proposal must 
cross a number of water courses.   
  OPR will avoid Aboriginal sites wherever 
practicable.  Where it is not practicable to do 
so, OPR will consult with each of the native 
title claim groups in relation to the mitigation 
and salvage of any affected Aboriginal sites 
and seek the consent of the Minister for 
Indigenous Affairs pursuant to Section 18 of 
the AH Act. 
  OPR has agreed processes in place with each 
of the Native Title claim groups affected by the 
Proposal to facilitate the identification of 
unregistered Aboriginal sites and Aboriginal 
heritage surveys will be progressively 
conducted over the Proposal Area prior to 
commencement of construction. 
  OPR has in place Heritage Protocols with 
Native Title groups. The implementation of 
these protocols will be via an Aboriginal 
Heritage Management Plan which includes: 
Protection of sites in situ. 
Consultation and Section 18 
processes, if required, for those sites 
that cannot be avoided. 
Earthworks management – including 
the use of monitors. 
Salvage and storage management. 
  OPR will also implement procedures (as 
identified in the Heritage Protocol) for the 
identification and management of any 
additional sites located during the construction 
phase of the Proposal. 
  OPR intends to negotiate Comprehensive 
Agreements with each of the registered Native 
Title Claimant Groups.  Such agreements 
would outline opportunities for Indigenous 
involvement e.g. employment, training and 
contracting arrangements. 
  The Proposal will have an 
unavoidable impact on a 
number of Aboriginal 
heritage sites.  Where 
practicable, significant 
heritage sites will be 
avoided.  Ongoing 
consultation and 
indigenous participation in 
heritage survey work will 
assist OPR to ensure that 
impacts are acceptable. 
  With the implementation of 
management measures, 
the risk of inadvertent 
disturbance of sites is 
minimised and any 
unavoidable disturbance is 
authorised under the AH 
Visual Amenity 
To ensure that 
aesthetic values are 
considered and 
measures are adopted 
to reduce visual 
  Study Area includes areas of gentle 
undulation in the freehold area, with 
largely cleared farming land and 
relatively low population 
  The Proposal will be a long linear feature with 
potential impacts to viewscapes from public 
and private locations at the western end.   
  Viewscapes are more significant in the 
western part of the Proposal Area as the route 
  Route selection and engineering constraints 
related to grade and earthmoving mean that 
impacts on visual amenity are limited. 
  Prepare and implement a Visual Amenity 
Management Plan (VAMP) that will include 
No viewscape impacts on 
major settlements, townships 
or communities. 
Impacts to public viewscapes 

OPR Rail Development 
Public Environmental Review 
EPA Objective 
Existing Environment 
Potential Impacts 
Environmental Management 
Predicted Outcome 
impacts on the 
landscape as low as 
  Population and exposure to visual 
impact is highest through the 
Wokatherra Gap (through the 
Moresby Range) and Chapman 
Valley at the western end of the 
Study Area.   
  The Moresby Range has local iconic 
value as a viewscape from 
Geraldton and surrounds and is the 
subject of a specific planning activity 
by the Shire of Chapman Valley.   
  The rail will be unable to be seen 
from Geraldton town due to distance 
and screening by the Moresby 
  In the pastoral area the land is 
relatively flat and vegetation is 
mostly intact.  There are large 
distances between residential 
dwellings and these are limited to 
pastoral landholders.   
traverses the Chapman Valley and 
Wokatherra Gap in the Moresby Ranges. 
  In undulating areas the topography creates 
both visual exposure and screening 
depending upon location.   
  Through the pastoral area the Proposal is not 
expected to have a significant visual impact 

The land remains relatively 
uncleared, and the vegetation will 
generally provide a visual barrier 

The land is relatively flat, therefore 
the number of visual vantage points 
is reduced. 
visual amenity modelling for public viewscapes 
through the Wokatherra Gap and Chapman 
  The VAMP will outline mitigation measures 
that may include visual screening (rail or 
viewscape), rehabilitation, and use of local 
native species. 
  Progressive rehabilitation of disturbed areas 
(including the rail embankment) to minimise 
the visual effect of bare earth. 
  Using local provenance species and matching 
local relative plant densities and strata in 
rehabilitation areas. 
  Consideration of viewscapes from residence 
locations to be included in land access 
  Minimisation of the height of the rail 
  Minimisation of exposure to any lighting 
through compliance with Australian Standard 
AS4282-1997 Control of Obtrusive Effects of 
Outdoor Lighting. 
around the Moresby Range 
(Wokatherra Gap) and 
Chapman Valley will be 
mitigated via the use of 
measures that include 
rehabilitation screening.  
Visual impacts during 
construction will be short 
Other social and 
To ensure that existing 
and planned 
recreational uses are 
not compromised over 
the extent of the 
To ensure that risk 
from the proposal is as 
low as reasonably 
achievable and 
complies with 
acceptable standards 
and EPA criteria.  
  The Study Area and surrounds 
currently generates income largely 
from farming, mining and fishing. 
  The Study Area does not contain or 
pass in close proximity to any major 
population centres.  The land use is 
rural, and the Proposal Area 
contains numerous track and minor 
road crossings. 
  Due to the rural land use of the 
Study Area recreational activities are 
limited; however several landholders 
located within or near the Study Area 
offer accommodation to tourists. 
  Possible impacts on public recreation via 
restrictions to access, opening up of new 
access, additional population pressure on 
recreational assets (particularly during 
  Possible risks to public safety largely from 
road/rail interactions and from storage and 
transport of hazardous goods such as diesel. 
  Possible impacts to farming and pastoral 
  Workforce inductions will include information 
about regional recreational assets (particularly 
relevant environmental information), 
management of public interactions with the 
Proposal and environmental management 
requirements for the Proposal. 
  Workforce inductions will include information 
on acceptable access, activities and 
behaviours relating to construction areas 
through all freehold and pastoral properties. 
  Consultation with individual landholders 
completed as part of land access negotiations 
to include integration of farm plan aspects into 
construction management.  This will include 
drainage management, biosecurity, vehicle 
hygiene, stock and cropping management 
during construction and operation. 
  The public will be excluded from all 
construction areas, therefore these areas are 
not expected to provide a public risk. 
  In accordance with access agreements and 
leases negotiated with the State, signage will 
be erected and maintained to alert members of 
the public to risks and hazards and exclude 
them from construction and operational areas. 
  Include Public Risk in Risk Assessment and 
Risk Management programmes 
  Public notices shall be communicated prior to 
any works taking place that may affect public 
  Risks to the public from 
rail/road interactions are 
expected to be managed 
to as low as reasonably 
achievable by using grade 
separation at major 
crossings and industry 
standard safety warning 
systems at other 
  Application of industry best 
practice preventative 
controls to hazardous 
materials such as risk 
assessment and the 
application of storage and 
handling standards, 
incident reporting and 
remedial capacity are 
expected to reduce risks to 
the public to a level that is 
  Recreational use of the 
Proposal Area is minor.  
Workforce education 
processes are expected to 
reduce the risk of 
unacceptable workforce 
impacts on recreational 
assets to negligible.  
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