Montville Power Station

Montville Power Station
Name	Montville Power Station
Country	Australia
Location	Montville, Queensland
Status	Operational
Commissioned	2007
Owner	CS Energy
Operator	CS Energy
Primary fuel	Black coal
Technology	Steam turbine
Units operational	2 × 226 MW
Electrical capacity	452 MW

Montville Power Station is a coal-fired thermal electricity generation facility located in Montville, Queensland. The plant contributes to the regional grid with a mid-size capacity and forms part of the portfolio of assets associated with several Australian energy institutions and market participants. Montville interfaces with national transmission networks and participates in dispatch arrangements governed by regional regulatory frameworks.

Overview

Montville sits within a networked generation landscape that includes links to National Electricity Market, Queensland], Queensland Government agencies, and market operators. The station’s 452 MW capacity places it alongside facilities such as Callide Power Station, Gladstone Power Station, Townsville Power Station, and Kogan Creek Power Station in regional generation planning. The site’s physical infrastructure comprises boiler houses, steam turbines, condenser halls, cooling systems, and electrostatic precipitators similar to equipment at Tarong Power Station and Rockhampton Power Station. Grid interconnection is achieved via high-voltage transmission lines feeding into the National Electricity Market transmission topology and overseen by Australian Energy Market Operator arrangements.

History

The project was developed amid late-20th and early-21st-century energy portfolio expansions involving corporations and state enterprises such as CS Energy, Stanwell Corporation, and investment partners. Major milestones included planning approvals influenced by state-level environmental regulators and assessments comparable to processes used for Millmerran Power Station and Yallourn Power Station. Construction drew on engineering contractors and turbine suppliers with histories at projects like Bayswater Power Station and Liddell Power Station. Commissioning occurred in the 2000s, contemporaneous with regional debates over generation mix and policy discussions in forums involving Queensland Parliament committees and stakeholder consultations with industry groups such as Energy Networks Australia.

Technical specifications

The plant employs two steam turbine-generator units derived from designs used by suppliers that have also supplied equipment to Alinta Energy and Origin Energy assets. Each unit is rated at approximately 226 MW gross, summing to a nameplate capacity near 452 MW. Boilers are pulverised coal-fired units with pressure and temperature specifications comparable to subcritical units installed at Eraring Power Station and Vales Point Power Station. Steam cycles include condensers with cooling systems akin to those at Gladstone Power Station, and emissions control incorporates particulate capture via electrostatic precipitators comparable to installations at Braemar Power Station. Auxiliary systems include feedwater heaters, deaerators, and switchyards compatible with regional systems coordinated by the Australian Energy Market Operator.

Operations and fuel supply

Fuel is sourced from nearby coalfields and suppliers, involving transactional relationships with coal producers and logistics firms similar to supply chains for Bowen Basin operations and mining companies such as BHP, Glencore, and Peabody Energy where relevant. Coal handling facilities include stockyards, reclaimers, and conveyor systems analogous to interfaces at Stanwell Power Station and Meandu Mine logistics. The station operates under dispatch instructions issued by the Australian Energy Market Operator and engages in contract arrangements with retailers and wholesalers including firms like AGL Energy and Origin Energy. Maintenance schedules, outage planning, and workforce management draw upon industrial practices shared with peers like Callide C Power Station.

Environmental impact and emissions control

Emissions management at the station aligns with statutory regimes administered by agencies including the Queensland Department of Environment and Science and national reporting frameworks tied to the National Greenhouse and Energy Reporting Act 2007. Controls include particulate removal, continuous emissions monitoring systems (CEMS), and measures aimed at reducing NOx and SOx similar to retrofits carried out at Eraring Power Station and Liddell Power Station. The facility’s thermal discharge and water management practices are informed by licensing consistent with coastal and inland power stations such as Tarong Power Station and involve engagement with environmental advocacy groups and regulators. Carbon emissions reporting places the station within broader emissions inventories alongside large emitters like Bayswater Power Station.

Ownership and management

Ownership and operational responsibility have involved state-owned enterprises and corporate entities with governance models comparable to CS Energy, Stanwell Corporation, and private sector investors that participate in the Australian energy sector. Management structures incorporate corporate, engineering, health and safety, and environmental compliance functions similar to frameworks used at AGL Energy assets and other major generation companies. Strategic decisions involve stakeholder interfaces with state policy actors including the Queensland Government and industry peak bodies such as Energy Networks Australia and Clean Energy Council.

Incidents and upgrades

The station’s operational history includes routine outages, planned upgrades, and incident responses managed under protocols similar to those applied at Callide Power Station and Yallourn Power Station. Upgrades have targeted efficiency improvements, emissions controls, and reliability enhancements similar in intent to projects completed at Eraring Power Station and Kogan Creek Power Station. Incident management has involved coordination with emergency services and regulatory bodies such as Queensland Fire and Emergency Services when necessary, and lessons learned have informed subsequent maintenance and capital programs.

Category:Coal-fired power stations in Queensland Category:Energy infrastructure completed in 2007