The standard is published
Four verification tiers, a fixed record schema, and the list of assets we refuse to publish. Read it before you deal with us, and hold us to it afterwards.
Read itPower generation, secured
We secure the power generation you need.
Tell us how many megawatts and the date they have to be live. We work backwards from those two numbers — sourcing existing generation, measuring it against a published standard, and structuring the transaction and the capital around it.
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How a requirement becomes power
Two numbers decide everything that follows.
Capacity and date are the only inputs we need to start. Together they rule out most of the market and point at the few machines that can actually be on your site in time — which is a different question from what is for sale.
- The megawatts
- Capacity sets the technology before anything else does. Duty cycle then decides between aeroderivative, heavy frame and reciprocating, and whether the answer is one machine or four.
- The date
- The date sets the route. New orders are booking into the 2030s, so a near-term date means an existing machine, and an existing machine means the schedule risk moves into inspection, refurbishment and balance of plant — where it can be scoped and priced before you commit.
- Then we work backwards
- From the date, in reverse: commissioning, integration, refurbishment, transport, verification, contract. What is left is the window in which the machine has to be found, and that is the search we run.
What we source
The equipment we bring forward.
Most of what we transact is placed against a named requirement rather than advertised. These are the classes we work in, and what each one is the right answer to.
Aeroderivative gas turbines
Fast start, high cycling tolerance and the shortest route to power of any utility-grade turbine class. Typically 20–60 MW per unit. The default choice for bridge power and behind-the-fence campuses where the load profile moves.
Industrial frame gas turbines
The highest absolute output and the best heat rate per dollar of fuel, which makes frames the right answer for sustained baseload and combined cycle. They ask more of your permitting basis and your schedule. We will tell you when they are the wrong machine.
Reciprocating gensets
Modular capacity that scales in small increments, tolerates part load, and draws on a different supply chain to the turbine queue. Diesel, natural gas and dual fuel, from standby duty to prime power.
Steam turbines
Bottoming cycles, combined cycle conversions and industrial CHP. Often the highest-value item recovered from a retiring plant, and the most frequently overlooked.
Complete power plants
Whole facilities available for relocation or in-place acquisition, with balance of plant intact. Buying the block rather than the machine removes the longest lead items from your schedule.
Balance of plant
Transformers, switchgear, HRSGs, controls, cooling and fuel systems. The turbine is rarely what delays a project. These are.
Why counterparties can check us
Everything we claim is written down somewhere you can read it.
This market runs on assertions. A seller says the machine is zero-hour, a broker says they have a buyer, and nobody publishes the basis for either. We publish ours, and the pages below are the basis.
Our position is disclosed
Every record and every mandate states which side of the transaction we are on and who compensates us. A tier says how well an asset is evidenced; a role says whose interest we carry.
Read itThe specialist is named
Inspection, refurbishment, integration and operations are performed by specialists engaged for the asset, and each one is named in the transaction file before you commit.
Read itThe Exchange Standard
The secondary power market has no disclosure rules. So we wrote some.
There is no mandatory disclosure standard for used generation equipment, no universal inspection protocol, and no body that polices sellers. Buyers carry the entire diligence burden. We publish the standard we hold ourselves to, and we mark every asset against it.
- V1
Documented
Ownership and asset identity confirmed against title documents and the nameplate. Direct owner or custodian contact established.
- V2
Records verified
Run history, maintenance records and OEM logbooks reviewed by the independent engineer engaged for the asset. Hours, starts and inspection intervals reconciled. The engineer is named in the asset file.
- V3
Inspected
Physical inspection completed by a named third-party engineer. Photographic record on file. Storage condition assessed.
- V4
Inspected in detail
Borescope and, where possible, a test run, performed by a qualified specialist engaged for the asset. Compressor and hot section condition documented and available in the data room.
How it works
From a machine in a yard to an operating plant.
We perform the first three steps. The last two are performed by contractors we specify, select and hold to the scope.
- 01
Identify
We find the asset, usually before it reaches the open market.
- 02
Verify
We confirm title and provenance. Records and physical condition are verified against the standard by the engineer engaged for the asset.
- 03
Acquire
We structure the purchase and arrange the capital against it.
- 04
Scope the rebuild
We write the refurbishment specification against your duty cycle, not a catalogue, and the shop engaged for the platform performs it.
- 05
Hold the schedule
Balance of plant, integration and commissioning are performed by the contractors engaged for the project. We sequence the procurement and hold the contracts to it.
Three to nine months on the assets we bring forward, driven by refurbishment scope and balance of plant, not by the turbine. Every project is quoted against its own scope.
The partners
The people behind every transaction.
Maxim Atanassov
Deal structure, capital readiness and governance
Allan Grant
30+ years across renewable energy, cleantech and defence
Edward Alberts
2.5 GW developed at prior firms, origination through investment readiness
Alan Molnar
30 years building the relationships behind the pipeline
Track records shown are the individual's, earned at the firms named.
Meet the teamInsights
What we are watching.
Equipment5 min read
What to check before you buy a used aeroderivative
A used aeroderivative is worth what its records and its hot section say it is worth. Here is the order we work through, and the questions that decide the price.
Market4 min read
The equipment window is closing
The gas turbine and reciprocating engine market has shifted structurally, not cyclically — and the buyers who understand the difference are already positioning.
Tell us the megawatts and the date.
If you know when you need power and roughly how much, we can tell you quickly whether we have a path to it. Initial conversations happen under NDA.