Public procurement notice: Qualification System With Call For Competition
Published: 2025-09-04
Buyer: Bord na Móna PLC
Country: IE
Region: IE061
Contract type: Works
Procedure: Negotiated with prior call for competition
CPV classification: 42112300 | 45200000: Building and civil engineering work | 45220000 | 45251000 | 45251100: Construction work for power stations

Technical requirements: The design, management, engineering, procurement, transportation, commissioning and testing support, and handover of the OCGT(s) consisting of but not limited to the following main elements:

•	Aeroderivative, industrial or heavy-duty gas turbine technology package(s) capable of firing primarily on Natural Gas and Hydro-treated Vegetable Oil as a back-up (compliant with BS EN 15940 Class A) in simple cycle operation for a minimum net power output of 40MWe
•	Cooling systems for combustion air, lubricating oil and other consumers where necessary
•	Electrical systems including generator, switchgear, auxiliaries and grid offtake connection
•	GT Fuel Gas Supply Skid
•	GT Fuel Oil Supply Skid
•	GT Drainage System
•	Compressor Water Wash Skid and Drains Receiving Tank
•	Demineralised Water Supply Skid (if required)
•	NOx abatement to meet 50mg/Nm3 emissions limit and CO limit of 100mg/Nm3 in line with Industrial Emission Directive (IED) requirements for gas turbines using natural gas
Refer to Air Emissions report as part of the planning application for in depth details on emissions limits.  
•	Flue gas stack including continuous emission monitoring system
•	Power island control systems DCS/ SCADA
•	Auxiliary Transformers where required
•	GT Fire Detection and Protection System, including firefighting medium storage
•	OPTION - Air Compressor and Air Receiving Tank

Following the completion of any call offs, the Contracting Entity will sign a contract for the Equipment Supply and a separate contract for the LTSA.
The design, management, engineering, procurement, transportation, construction, installation, testing, commissioning, and handover of the Balance of Plant consisting of (but not limited to) the following main elements:
•	Water treatment plant for OCGT demineralised water requirements (if required)
•	All interconnecting pipework and equipment between supplied equipment and OCGTs
•	Raw and Demineralised water storage tanks (if required)
•	Chemical Storage Tanks and associated bunds (if required)
•	Processed Water Tanks 
•	Fuel storage tanks 
•	Road tanker offloading capable of unloading two tankers simultaneously 
•	Fuel Polishing System 
•	Fire protection and detection systems and firefighting water storage tank 
•	Administration and buildings 
•	Septic (Waste) Water Tank 
•	Utility Services 
•	Electrical connection to point of connection within EirGrid HV Compound. 
•	Overall Site Control systems 
•	Foundations for all Plant items and buildings 
•	Concrete plinths suitable for major plant equipment items 
•	Concrete bunds 
•	Drainage System 
•	Internal site roads including layby’s for HVO and Chemical Offloading pipework systems 
•	Onsite parking spaces 
•	Landscaping 
•	Civil Works 
•	Site entrance including deceleration lane 
•	Site Security & Fencing 
•	Installation of OCGT equipment 
•	Grid Transformer(s) 
•	All C&I equipment 
•	DCS System incorporating Power Island Control System. 
•	All civil Works associated OCGT supply and installation. 
•	Site Establishment including construction compounds and construction laydown areas
•	All HV switchgear from the point of the Generator Circuit Breaker
The engineering design, management, procurement, transportation, construction, installation, testing, commissioning, and handover of the following main elements:

•	Aeroderivative, industrial or heavy-duty gas turbine technology package(s) capable of firing primarily on Natural Gas and Hydro-treated Vegetable Oil as a back-up (compliant with BS EN 15940 Class A) in simple cycle operation for a minimum net power output of 40MWe.
•	Cooling systems for combustion air, lubricating oil and other consumers where necessary.
•	Electrical systems including generator, switchgear, auxiliaries and grid offtake connection.
•	GT Fuel Gas Supply Skid
•	GT Fuel Oil Supply Skid
•	GT Drainage System
•	Compressor Water Wash Skid and Drains Receiving Tank.
•	Demineralised Water Supply Skid (if required).
•	NOx abatement to meet 50mg/Nm3 emissions limit and CO limit of 100mg/Nm3 in line with Industrial Emission Directive (IED) requirements for gas turbines using natural gas. 
Refer to Air Emissions report as part of the planning application for in depth details on emissions limits.  
•	Flue gas stack including continuous emission monitoring system.
•	Power island control systems DCS/ SCADA.
•	Auxiliary Transformers where required.
•	GT Fire Detection and Protection System, including firefighting medium storage.
•	OPTION - Air Compressor and Air Receiving Tank.
•	Water treatment plant for OCGT demineralised water requirements (if required)
•	All interconnecting pipework and equipment between supplied equipment and OCGTs. 
•	Raw and Demineralised water storage tanks (if required)
•	Chemical Storage Tanks and associated bunds (if required)
•	Processed Water Tanks 
•	Fuel storage tanks 
•	Road tanker offloading capable of unloading two tankers simultaneously 
•	Fuel Polishing System 
•	Fire protection and detection systems and firefighting water storage tank 
•	Administration and buildings 
•	Septic (Waste) Water Tank 
•	Utility Services 
•	Electrical connection to point of connection within EirGrid HV Compound. 
•	Overall Site Control systems 
•	Foundations for all Plant items and buildings 
•	Concrete plinths suitable for major plant equipment items 
•	Concrete bunds 
•	Drainage System 
•	Internal site roads including layby’s for HVO and Chemical Offloading pipework systems 
•	Onsite parking spaces 
•	Landscaping 
•	Civil Works 
•	Site entrance including deceleration lane 
•	Site Security & Fencing 
•	Installation of OCGT equipment 
•	Grid Transformer(s) 
•	All C&I equipment 
•	DCS System incorporating Power Island Control System. 
•	All civil Works associated OCGT supply and installation. 
•	Site Establishment including construction compounds and construction laydown areas. 
•	All HV switchgear from the point of the Generator Circuit Breaker

Following the completion of any call offs the Contracting Entity will sign a contract with the EPC and a separate contract for the LTSA with the OEM included in the EPC’s tender submission.
The engineering design, management, procurement, transportation, construction, installation, testing, commissioning, and handover of a single-shaft, combined-cycle gas turbine power plant, including (but not limited to) the following main elements:
•	Gas turbine package, capable of primary operation on natural gas and and Hydro-treated Vegetable Oil as a back-up (compliant with BS EN 15940 Class A) in combined cycle operation with a net power output in the region of 400-600MWe.
•	Steam turbine package, including all associated pipework & valves, full-load bypass, drains, drains tanks
•	Generator package, including cooling system.
•	Heat Recovery Steam Generator (HRSG), including all drains, drains tanks, drums, valves, tanks, feedwater systems
•	Provision for future SCR retro-fit within the HRSG.
•	Air-Cooled Condenser
•	Auxiliary fin-fan coolers
•	Auxiliary boiler
•	Borehole water abstraction
•	Raw water, fire water, potable water and demineralized water storage and systems
•	Demineralized water treatment plant
•	Fuel storage tanks 
•	Fuel Polishing System required to improve and maintain fuel quality from supply specification to required GT specification,
•	Gas Turbine Fuel Gas Supply Skid
•	Gas Turbine Fuel Oil Supply Skid
•	Gas Turbine Drains System
•	Gas Turbine Compressor Water Wash Skid and Drains Receiving Tank.
•	GT Demineralised Water Supply Skid (if required).
•	NOx abatement (if required) to meet Industrial Emission Directive (IED) requirements for combined cycle gas turbines using natural gas. 
•	Refer to Air Emissions report as part of the planning application for in depth details on emissions limits.  
•	Flue gas stack including continuous emission monitoring system, platform and access stairway.
•	Power island control systems.
•	Overall Control System (distributed control system) for the wider plant.
•	Backup power supply, 
•	Uninterruptable Power Supply (UPS) and battery systems
•	Generator Step-Up (Grid) Transformer
•	Auxiliary Transformers where required.
•	Plant wide Fire Detection and Protection System, including firefighting medium storage.
•	Compressed air and instrumentation air systems
•	Chemical Storage Tanks and associated bunds (if required)
•	Chemical forwarding skids (if required)
•	Road tanker fuel offloading capable of unloading two tankers simultaneously 
•	Central Control Room, including offices, server rooms, welfare facilities, meeting rooms, light stores
•	Septic (Waste) Water Tank 
•	Utility Services 
•	Electrical HV connection to point of connection within EirGrid HV Compound. 
•	Foundations for all Plant items and buildings 
•	Concrete plinths suitable for major plant equipment items 
•	Concrete bunds 
•	Drainage System 
•	Internal site roads including laybys for fuel and chemical offloading pipework systems 
•	Onsite roadways & parking 
•	Landscaping 
•	Civil Works 
•	Site entrance including deceleration lane 
•	Site Security & Fencing 
•	All buildings indicated on the planning drawing documentation
•	Waste water treatment plant
•	Site Establishment including construction compounds, construction laydown areas, welfare facilities, construction management offices, temporary roads. 

Following the completion of any call offs the Contracting Entity will sign a contract with the EPC and a separate contract for the LTSA with the OEM included in the EPC’s tender submission.