Geothermal Energy Editing and Proofreading Services

The most expensive sentence in geothermal is the one that describes the resource before anybody has drilled. Three wells at eight million each will settle the question, and the money to drill them has to be raised on a document written when the answer is genuinely unknown. Projects fail not because the resource disappointed but because the document did not prepare anyone for the possibility that it might.

We edit what geothermal developers and consultants produce — resource assessments and conceptual model descriptions, exploration and drilling programme documentation, project prospectuses and investment memoranda, well test reports and reservoir performance analyses, risk mitigation and insurance documentation, drilling contracts and technical scopes, environmental and induced seismicity documentation, community consultation and information material, permitting and licensing submissions, heat offtake and power purchase documentation, and operational performance reporting. Our editors work on how uncertainty is described before the drilling.

The resource risk disclosure is where geothermal financing is won honestly or borrowed against, and the failure is presenting a central case as a forecast. A stated resource temperature and flow rate, given without their basis and their range, reads as measurement to a reader who has not drilled a well. We work through these so every resource parameter carries how it was derived — surface manifestation, geophysics, analogue field, a well drilled nine kilometres away — and what would confirm or destroy it; so the range is given with the low case treated as a real possibility rather than as a formality, since the low case is the one that decides whether the project can service debt; so the drilling programme's decision points are stated as decision points, with what result stops the programme and who decides; so the consequence of each outcome is quantified, because "further evaluation would be required" is not what an investor needs to know about a well that comes in at 140 °C instead of 180 °C; so induced seismicity is addressed directly rather than in an appendix, given that this is the risk the community will raise and evasion on it costs a project its permit; and so the analogue fields cited are described with their differences as well as their similarities. Documents written this way raise money from people who stay when the first well disappoints.

Everything you send is treated in confidence, including resource data, drilling results and investment material. We are editors rather than geoscientists, engineers or investment advisers, and we offer no view on resource estimates, risk or project viability. What we can do is make the uncertainty visible before the money is committed.