From Decommissioning to a Binding Offer: An 800 MW Coal-Fired Power Plant

PRIOS was commissioned to assess the marketability of an 800 MW coal-fired power plant, determine a realistic sales value and develop a dismantling and relocation concept. Within three months, we completed the initial technical and commercial assessment, approached selected markets and negotiated a binding purchase offer from a prospective buyer in Eastern Europe.

The planned decommissioning of a large power station creates a difficult decision for its owner. Demolition may appear to be the most direct route, but it can destroy the remaining value of technically usable equipment while generating substantial costs for dismantling, waste management and site remediation.

The owner of this 800 MW coal-fired power plant therefore commissioned PRIOS to determine whether the facility still had a realistic international market and whether a structured sale for relocation could provide a commercially stronger alternative.

The Challenge: Finding Value in a Changing Energy Market

The international market for pre-owned coal-fired power plants is highly specialised.

Energy-transition policies, emissions requirements and restrictions on coal-project financing have reduced the number of potential buyers. At the same time, electricity demand continues to grow in markets where domestic coal resources, existing infrastructure and security-of-supply concerns still support thermal power generation.

This does not mean that every decommissioned coal-fired power plant can be sold. The plant must match the technical, commercial and regulatory conditions of a possible destination.

A credible marketability assessment therefore had to answer several fundamental questions:

• Is the plant technically suitable for continued operation?
• Which systems and components can realistically be relocated?
• What investment would be required after relocation?
• Which countries and project developers could accept the technology?
• What is a realistic sales value?
• How can the plant be dismantled without destroying its reuse value?
• Does the complete transaction remain economically viable for a buyer?

A Structured Marketability Assessment

PRIOS began with a detailed review of the available technical and operational information.

The assessment considered the plant configuration, principal generation equipment, balance of plant, maintenance history, remaining service potential and the availability of technical documentation. Particular attention was given to the equipment required for continued operation at a new site.

The transferable scope had to be distinguished from buildings, infrastructure and systems that would be uneconomical or impractical to relocate. This distinction is essential when valuing a complete power plant.

A power station’s original capacity or construction cost does not determine its resale value. The realistic market value depends on what a buyer can reuse after accounting for:

• Remaining operating life
• Technical condition
• Maintenance and refurbishment requirements
• Completeness of the equipment scope
• Boiler and steam-turbine condition
• Generator and transformer condition
• Emissions-control equipment
• Control and electrical systems
• Availability of spare parts
• Dismantling and packing costs
• Heavy-lift and overseas transportation
• New-site adaptation and civil works
• Reinstallation and commissioning
• Regulatory requirements at the destination

Based on these factors, PRIOS developed a sales-price estimate reflecting the plant’s value in an international relocation transaction rather than its historical investment cost or scrap value.

Dismantling for Reuse – Not Demolition

A power plant intended for relocation must be dismantled differently from a plant intended for demolition.

Demolition focuses on removing structures and recovering materials. Dismantling for reuse must preserve the equipment, technical interfaces, identification systems and documentation required for reinstallation.

PRIOS therefore developed a dismantling concept covering the principal technical and logistical requirements of the relocation process.

The concept considered:

• Definition of the transferable plant boundary
• Dismantling sequence for major systems
• Equipment identification and tagging
• Preservation of electrical and mechanical interfaces
• Handling of large and heavy components
• Temporary supports and lifting arrangements
• Packing and corrosion protection
• Documentation and traceability
• Transport routes and loading concepts
• Health, safety and environmental requirements
• Preliminary schedule and cost drivers

The purpose was not yet to produce detailed dismantling engineering. It was to establish whether the plant could be dismantled, transported and reinstalled within a commercially reasonable framework.

From Technical Assessment to Market Approach

Once the initial technical and commercial position had been established, PRIOS developed a controlled international market approach.

A plant of this size should not be circulated indiscriminately through broker networks. Uncontrolled marketing can expose confidential information, create conflicting price expectations and weaken the owner’s negotiating position.

PRIOS therefore focused on selected markets and potential buyers with a credible requirement for large-scale thermal generation. The objective was to identify parties capable of understanding not only the purchase price, but also the full technical and financial implications of relocating an 800 MW coal-fired power plant.

Potential buyers were assessed against their intended project, destination, fuel strategy, technical capability and ability to progress a transaction of this scale.

A Binding Purchase Offer Within Three Months

Within approximately three months of commencing the assignment, PRIOS identified a prospective buyer in Eastern Europe and entered into detailed commercial discussions.

Following negotiations, PRIOS obtained a binding purchase offer and formally presented it to the client.

The offer demonstrated that the plant retained commercial value beyond demolition and scrap recovery. It also confirmed that a targeted, technically informed market approach could produce a tangible transaction opportunity even for a large coal-fired power station in a challenging international market.

A binding offer is not the same as a completed sale. The next stages of such a transaction normally include:

• Detailed technical due diligence
• Confirmation of the final scope of supply
• Site inspection
• Verification of dismantling and relocation costs
• Financing and proof of funds
• Export and regulatory assessment
• Negotiation of the final purchase agreement
• Agreement on payment security
• Transfer of ownership and site responsibilities

Nevertheless, receiving a binding purchase offer gave the client a concrete commercial alternative against which decommissioning and demolition options could be evaluated.

Preserving Value Through the Right Strategy

This project demonstrates that even a large coal-fired power plant may retain significant international value if its marketability is assessed before demolition begins.

The key is to combine engineering knowledge with commercial transaction experience. Technical condition alone does not create a sale. A successful transaction also requires realistic valuation, a clearly defined equipment scope, a workable dismantling concept and access to genuine buyers.

PRIOS brought these elements together within one structured process:

• Technical and commercial plant assessment
• Market-supported sales valuation
• Definition of the transferable scope
• Preliminary dismantling and relocation planning
• International buyer identification
• Commercial negotiations
• Preparation and presentation of the purchase offer

By approaching the plant as an operating industrial asset rather than a collection of scrap materials, PRIOS created a credible opportunity to preserve value for the owner and provide generation capacity for another market.