Before the first regulator meeting: what energy project owners should have ready

Many owners seeking regulatory approval for an energy project prepare for the first regulator meeting the way they prepare for a board: a polished deck, a confident schedule and a date by which they need an answer. The regulator arrives with a different question. Not whether the project is attractive, but whether you understand its risks well enough to be trusted with them, and whether saying yes is a decision they could defend later. Close that gap before you walk in and approval becomes something you can plan. Leave it open and the first meeting turns into months of written questions.

What is the regulator actually deciding?

Whether it is a national petroleum agency, an offshore safety authority or a Swiss cantonal authority overseeing deep geothermal, the people across the table weigh much the same things. Their approval carries their name. If something goes wrong, they will be asked what they knew, what they checked and why they agreed. So they want evidence that will hold up years from now, not enthusiasm today. In practice that comes down to four questions:

• Do you understand the subsurface? What is down there, what you are assuming, and how sure you are.
• Do you know what can go wrong? The credible failure cases, and what stops each one from becoming an incident.
• Can your organisation deliver? Who is accountable, who does the work, and how decisions get made when the plan changes.
• Who carries the obligation at the end? Closing wells, removing facilities or watching stored CO2 long after injection stops, and how that will be paid for.

Every document you bring should answer one of those questions. Anything else is decoration.

What to have ready before you seek regulatory approval for an energy project

Typical permitting checklists for energy projects list forms, fees and deadlines. For the first meeting you need a coherent case, not a finished application: enough depth to show you have done the thinking. A good working pack covers:

• A short project narrative. What you plan to do, where, on what timeline, and which legal entity is accountable. Two pages, not forty, and the same story from everyone in the room.
• The subsurface case. The geology, the data behind it and an honest statement of uncertainty, which is the core of any geosciences evaluation worth the name.
• A readable risk picture. The handful of risks that matter, in plain language, each with its safeguards and the response if one fails.
• The engineering rules you are building to. Which recognised industry standard your wells and facilities follow (NORSOK, ISO or API, for example), where you depart from it and why. An independent review of the well design before the regulator's own is usually money well spent.
• A monitoring plan. How you will spot trouble early: what you measure, what level triggers action, and what that action is.
• The end of life. How the site will be closed and who pays for it, stated now, not later.
• A realistic timeline. One that includes the regulator's review time and at least one round of questions, instead of working backwards from your FID date.

If your team cannot yet fill in one of these, say so. A gap you name, with a plan to close it, reads very differently from a gap the regulator finds for you.

Where do first conversations go wrong?

The mistakes that cost the most time are rarely technical. They are about how the owner shows up.

• Pitching instead of explaining. Investor language and best-case numbers make a regulator discount everything else you say.
• Hiding uncertainty. Claiming there is no risk is the fastest way to lose credibility. Regulators know the subsurface is uncertain; they want to see that you know where, and by how much.
• Bringing the wrong people. A lawyer and a commercial lead, or a contractor presenting on your behalf, cannot answer the follow-up questions. Whoever owns the technical decisions should be in the room.
• Arriving with a frozen design. If the concept can no longer move, every concern the regulator raises becomes an expensive change. Meet while the options are still open.
• Promising in the room. Casual commitments tend to come back as permit conditions. Offer only what you have checked.

Why treat the regulator as part of the project?

Because the regulator is on your critical path whether you plan for it or not. Good regulatory engagement means treating their review like equipment you have to order well in advance: put it in the schedule, give it an owner on your team, and keep the conversation going between meetings. Owners who work this way usually find the process predictable. Owners who treat the regulator as an obstacle find it slow.

The questions are worth having, too: the one that irritates your team in month two is often the one that would have hurt you in year three.

The first meeting will not win you approval. It decides how hard the rest of the process will be.

The relationship also outlasts the permit. The same authority will audit your operations, approve your changes and oversee your closure. A regulator who felt surprised or oversold at the start will read every later submission with that memory. That is how we approach regulatory support: plan for the whole relationship, not a single decision.

Does it differ for oil and gas, geothermal and CO2 storage?

Oil and gas regimes are mature. The regulator knows what good looks like, so the test is completeness. If you are buying an asset, expect questions about whether you can carry its obligations, including the eventual cost of decommissioning. A technical due diligence that sizes that liability early helps with the regulator as much as with the price.

Deep geothermal often sits with mining, water or local authorities, under rules first written for hydrocarbons. The questions that dominate are groundwater and seismicity people can feel. Geothermal projects have been halted before after tremors that residents noticed, so a credible plan for monitoring, and for slowing down or stopping, matters as much as the resource estimate.

CO2 storage regimes are the newest, and your application may be among the first the authority has reviewed. The core question: will the CO2 stay where you put it, for a very long time, and who is responsible once injection ends? The strongest cases present the technical study of the site (how the rock will hold the CO2, and how you will show it) and the licence application as one argument, not two documents written by different teams. Taking a storage site from that study to a licence is the subject of one of the engagements on our cases page: "CO2 storage site, characterised and licensed".

When is it worth bringing in help?

The best time is before the first meeting, not after the first long letter of questions. This is the work of an owner's engineer: someone on your side of the table, not the contractor's, who tests your case the way the regulator will, before the regulator sees it. It helps most when:

• the application falls under a framework your team has not used before;
• the project is new territory for the regulator as well, as deep geothermal and CO2 storage often are;
• you are acquiring an asset and inheriting its regulatory history;
• a first round of questions has come back longer than you expected.

If you are preparing for that first conversation, tell us where your project stands. We answer every enquiry within 24 hours.