Buying
Start with identity, fleet composition and the evidence required before travel, inspection or deposit.
Used Jenbacher Buying Guide
Identity, hours, service history, borescope, FAT, fuel fit and transaction risk.
Buying a Used Jenbacher Fleet
A unit-by-unit serial, configuration, hours, history and condition method.
Gas Engine Technical Due Diligence
Quick, full remote and on-site review options for individual assets and fleets.
Seller Requests & Inspection Checklists
Quick and full evidence workflows for the transaction.
Condition
Separate what an instrument or inspection can establish from what still requires another evidence source.
How to Verify Operating Hours
Six independent checks behind an hour-meter reading.
Jenbacher Borescope Inspection
What cylinder, liner and head evidence can and cannot establish.
12 Used Gas Engine Red Flags
Identity, preservation, condition, completeness and payment hold points.
J320 Corrosion & Preservation Risk
How a broken handover and storage chain becomes transaction exposure.
Lifecycle
Connect maintenance and operating evidence to remaining life, reserve needs and dependable fleet capacity.
J320 Maintenance Cost & Lifecycle
Scheduled events, overhaul exposure and a transparent reserve model.
What the Headline Percentage Does Not Tell You
Denominators, exclusions, unit-level events and lost unit-hours.
Gas Engine Spare Parts Strategy
A serial-specific, risk-based spares plan before start-up.
Three J320s, 303 Reporting Dates
What operating logs show when downtime is classified by cause.
Transaction
Turn technical evidence into conditions, price adjustments, hold points or a decision not to proceed.
From Purchase to Long-Term O&M
Six evidence gates and a final decision record.
Project Due Diligence for Investors and Lenders
Fuel, equipment, net output, maintenance and acceptance evidence.
D25 Specification, D21 Nameplate
How an identity mismatch changes the transaction basis.
15,000 Displayed Hours ≠ Lifetime Hours
Lifecycle reconstruction before accepting the seller's number.
Developer decisions
Technical frameworks for project selection, economics, commissioning and operating readiness.
K4 Project OS
An owner-side workspace connecting project requirements, technical evidence, decisions, actions and asset history.
Technical Assumptions That Can Break the Economics
Fuel, net output, availability, maintenance and overhaul assumptions.
Evidence Before Commercial Operation
Controls, protection, safety systems, load testing and handover.
Captive Gas Power for Data Centers
Load, redundancy, fuel, cooling and grid-interface checks.
Onsite Gas Power Before Deployment
Fuel credibility, modularity, cooling and deployment boundaries.
Why Gas Consumption Data Can Mislead
When meter totals cannot support an investment model.
53 MW on OML 30 Associated Gas
Public-data review with explicit uncertainty and open questions.
Next decision frameworks
Planned topics are shown without placeholder URLs or unsupported conclusions.
New vs Used Gas Engines for Fast-Track Power Projects
Time-to-power, lifecycle risk, rebuilt and relocated options.
Can a Used Fleet Support Data-Center Prime Power?
Mixed lifecycle, overhaul rotation, common-mode risk and support.
Gas Engine Fleet Reliability: Why N+1 Is Not Enough
Maintenance states and correlated loss scenarios.
Comparing Jenbacher, MWM and Caterpillar for a Specific Project
A project-fit framework, not a universal ranking.