This article is exclusively
for Heatmap Plus subscribers.
Log in
To continue reading, log in to your account.
Create a Free Account
To unlock more free articles, please create a free account.

Sign In or Create an Account.
By continuing, you agree to the Terms of Service and acknowledge our Privacy Policy
Welcome to Heatmap
Thank you for registering with Heatmap. Climate change is one of the greatest challenges of our lives, a force reshaping our economy, our politics, and our culture. We hope to be your trusted, friendly, and insightful guide to that transformation. Please enjoy your free articles. You can check your profile here .
subscribe to get Unlimited access
Offer for a Heatmap News Unlimited Access subscription; please note that your subscription will renew automatically unless you cancel prior to renewal. Cancellation takes effect at the end of your current billing period. We will let you know in advance of any price changes. Taxes may apply. Offer terms are subject to change.
Subscribe to get unlimited Access
Hey, you are out of free articles but you are only a few clicks away from full access. Subscribe below and take advantage of our introductory offer.
subscribe to get Unlimited access
Offer for a Heatmap News Unlimited Access subscription; please note that your subscription will renew automatically unless you cancel prior to renewal. Cancellation takes effect at the end of your current billing period. We will let you know in advance of any price changes. Taxes may apply. Offer terms are subject to change.
Create Your Account
Please Enter Your Password
Forgot your password?
Please enter the email address you use for your account so we can send you a link to reset your password:
A conversation with Peter Bonner, senior fellow for the Federation of American Scientists

This week’s Q&A is with Peter Bonner, senior fellow for the Federation of American Scientists. I reached out to Peter because this week, as I was breaking stories about chaos in renewables permitting, his organization released a report he helped author that details how technology and hiring challenges are real bottlenecks in the federal environmental review process. We talked about this report, which was the culmination of 18 months of research and involved detailed interviews with federal permitting staff.
The following interview was lightly edited for clarity.
Okay so walk me through why you did this report.
The reason for doing the report was to look at, why is permitting a bottleneck? What are some things that can improve the effectiveness and the efficiency of permitting to get permits done better and faster?
Depending on the type of permitting project and where the infrastructure is getting built, permitting could be very, very difficult, or it could go more easily. It depends on the number of stakeholders involved. It depends on the type of permitting project it is. But it also depends on each agency doing permitting somewhat differently, and leaning on different types of technology to enable them to do permitting better.
One agency may have one configuration of a permitting team and in another agency, that configuration of a permitting team may be quite different, sometimes independent of the type of permitting project they’re talking about. So there’s a need for greater consistency in how those teams are built, and also the skill and talent that goes into those teams and how they work with contractors to get the permits done.
In addition, each agency is leaning on their own types of technologies on case management and how to run the permitting project instead of there being consistency around the technologies they use as well.
What went into this report?
There were a couple pieces to it. One is a set of pretty extensive interviews with permitting program managers, hiring managers, and HR specialists who were bringing people into agencies to help with permitting functions and programs. We also did significant extensive research into the permitting process and what technologies permitting teams were using to document and guide their work in adherence to regulations. So a lot of it was primary research working directly with the agencies and the people who were on the ground doing the permitting.
How much of the backlog in permitting is Congress? Or is it just the executive branch?
Clarity in the laws and regulations that guide permitting – there’s still work there to be done. But our focus was less on laws and regulations and more around, how are permitting teams actually getting the work done? What talent do they need on those teams? What technologies can they use to support their work?
So you’re telling me a big issue might really be the government’s load bearing infrastructure, so to speak. Is it really just the back-end? The pipes?
A decent amount of it is the pipes and getting the right people in place.
The permitting workforce has been wanting for people and skillsets even before the increase in infrastructure spending over the past few years. You’re looking at a workforce that did not have enough people to do the job before this influx of projects came in.
It therefore depended on bringing in people and contracting people to do that work as well. And in the hiring process, we found significant delays in recruiting for permitting talent..
What we found was a lot of delays due to the bureaucracy around hiring that I think is well-documented in other places [in government]. Doing more, clear skills-based assessments up-front when you’re evaluating people for jobs so that highly qualified people then make it to the list that you can hire from. Making sure people get through the background check process properly. There’s lots of things that delay getting people on board faster and also reaching out and recruiting the right sorts of folks.
To what extent do you think your recommendations here on the pipes, so to speak, will have an audience with this administration? I’m particularly curious given all the headlines we’re seeing about staff reductions in the federal government.
It’s hard to project that and there’s a lot of clarity that needs still to come in terms of how this administration is viewing supporting permitting teams and the agencies to make sure that they can do their jobs better. The real answers to that are still to come.
I think there’s a lot of change going on in the permitting regulatory environment, the regulations. There’s also executive orders, legal decisions that have come down lately. We’re in a dynamic, changing situation.
My hope is that the administration would recognize that, take a look at the report we have and take a look at investing in the right people and the right technologies.
Log in
To continue reading, log in to your account.
Create a Free Account
To unlock more free articles, please create a free account.
Exploratory projects are making a splash in Maine and Alaska.
A legal brawl is brewing over what could be the nation’s first underwater data centers.
Two subsidiaries of a new LLC named DeepGreen have applied for “preliminary” permits from the Federal Energy Regulatory Commission that would give four years of permission for studies and analysis towards constructing underwater data centers off remote coastlines in Maine and Alaska. The data centers as proposed would be powered entirely by tidal energy, as in, the power of waves themselves – a technological innovation from hydropower still being piloted around the world. Project descriptions submitted to FERC lay out what these data centers would look like in broad strokes: hundreds of hydrokinetic turbines, dozens of underwater “data center pods,” and miles of subsea cable. The permits would not authorize construction, which would need its own lengthy review process. But these early green lights would tee both areas up for years of potential conflict over hypotheticals that feel real to those on the ground.
There are upsides from purely a carbon emissions perspective. Relying on tidal energy suggests they’d be greenhouse gas-free, powered by the energy of the ocean. It would also eliminate the land use problem that upends so many AI data center projects. There are also clear environmental risks, as they’re also being suggested in ocean areas often coveted for protection, off coastlines where it’s unclear if the neighboring communities will accept them.
DeepGreen’s Alaska project is proposed within a more than 1,000-acre channel of the Cook Inlet, an estuary coveted by fishermen and wildlife conservation advocates, where fights over resource development already occur often. The upstart company’s Maine project is planned for the northernmost tip of the state, in the Bay of Fundy, which shares a transnational border with Canada. Canadian tidal power generation for the general populace marginally exists today in the Bay of Fundy – with major stipulations for marine life protection because it affects the general nature of water currents.
It’s crucial to note neither project has much information available online, sans brief text file project descriptions available through FERC’s online filing database. There is no public-facing website to date for the project, or for DeepGreen itself. When I contacted Louis Wolfson, a vice president at the company who is listed on company filings, he declined to talk about the developments over the phone and suggested I contact him at an email address listed in FERC application documents. That email address uses a website – “DeepGreenCoastal.com” – that does not seem to exist.
Still, we already know enough to say both development areas are likely to require substantial federal review. Not only does their presence in these waters almost necessitate it but both development areas receive considerable whale traffic. DeepGreen has already acknowledged a need to coordinate passive acoustic monitoring and “non-invasive study methodologies” with the National Marine Fisheries Service, the federal marine protection agency run out of NOAA. The Bay of Fundy is a prominent summer home for the endangered North Atlantic Right Whale and the National Marine Fisheries Service has already intervened in the FERC case for the Maine project, signalling in its filing that Endangered Species Act and fish habitat consultations “may be necessary for the project.”
The Center for Biological Diversity has also filed motions to intervene in both FERC cases, which they tell me is a prelude to potential litigation. “Putting one of these in the ocean just seems like a dystopian nightmare but it was especially alarming because of the areas they want to put these in,” Kristen Monsell, CBD Oceans Program Litigation Director, told me in an interview. “[The motions] are a step required in order for us to participate in the permitting process at FERC and then preserve our ability to challenge the decision in court if we think that’s necessary.”
In Maine, the coastline neighbors are the city of Eastport, which is vociferously opposed to this data center being built. The city passed a moratorium on data center development in response to the project and filed a request to intervene in its FERC case this week. “The City's concerns include potential effects on fisheries, marine habitat, water quality, currents, sediment, underwater noise, electromagnetic fields, equipment heat, existing uses of the waterway, and access to marine resources,” the city stated. “Questions also remain about equipment failure, storm damage, emergency response, equipment recovery, site restoration, and eventual decommissioning. These concerns are specific to the proposed placement and extended operation of computing and energy infrastructure on and beneath the seabed.”
In Alaska, DeepGreen doesn’t face a situation like Eastport with a bustling tourist destination-turned-nemesis, but there’s still quite a bit of local confusion and consternation.
The Kenai Peninsula Borough, which is the equivalent of a county-level government, is currently neutral on the development. But the Alaska Commercial Fisheries Conservation Alliance, a newly-formed nonprofit that includes fishing permit holders in the Cook Inlet, submitted a filing to FERC claiming the project site doesn’t properly take into account existing fishing permit holders and that “a preliminary permit proceeding that advances a project of this scale without any commercial fishing impact assessment” would fail the agency’s public interest obligations.
I asked DeepGreen if it had any comment on the litigation risk around their projects. This is what Louis Wolfson provided: “Preliminary permits under the Federal Power Act do not authorize construction or physical disturbance. Their sole purpose is to establish priority while environmental, bathymetric, and technical feasibility studies are conducted. Stakeholder participation is an expected and healthy part of the FERC regulatory process. DeepGreen welcomes the engagement of conservation organizations, local communities, and regulatory resource agencies as we evaluate whether these sites can deliver low impact, zero carbon infrastructure in full compliance with federal environmental laws."
And more of the week’s biggest fights around project development
1. Ottawa County, Michigan – A congressional district House Democrats are targeting for control of the Lower Chamber is now a battleground over solar development on farmland, and I’m waiting to see if President Trump gets involved.
2. Texas – The Lone Star State sure is action-packed right now, huh? Let’s break down a few of the most important fights.
3. Lincoln County, Oklahoma – A massive wind project in rural Oklahoma is now on hold amidst continued local opposition, according to a Republican member of the state legislature.
4. Clinton County, Indiana – Well hey, at least some places are still approving some things. Like in rural Indiana, where a community actually voted for considering a data center.
A conversation with Josh Freed of Third Way
This week’s conversation is about the big energy policy story of the week – month? year? – which is the new bipartisan permitting deal in the U.S. Senate. As my colleagues and I were feverishly working on our mega-explainer about the bill, I rang up Josh Freed, founder of Third Way’s energy and climate program, who graciously picked up the phone despite traveling in London. Freed, a fellow energy wonk-slash-musician, was gracious to jam out with me on all the things I felt you needed to know about this bill – including whether there really is only one shot to get what he believes would be landmark legislation into law.
The following chat was lightly abridged for clarity. Let’s dive in.
Let’s start with descriptions. Thomas Hochman, a friend of Heatmap News, published a lengthy blog about the new bipartisan Senate permitting bill in which he describes it as a “grand bargain.”
Do you agree with that description?
No. See, it’s so funny, I saw that description as well and I think over the years I’ve soured on the concept of ‘grand bargains.’ But it’s hugely significant.
Okay. If it’s not a ‘grand bargain,’ how would you describe it?
Well the problem with a ‘grand bargain’ is it assumes there’s all these trade-offs and everyone gets a little bit of something. But the reason I think it’s just significant, and not that, is it took the transmission architecture that Manchin-Barrasso had that was close to passing and built it out for current load growth. That’s a big deal given how much the transmission side has been a blockage in the system. And how much they dealt with the permitting of infrastructure, generally.
When we did our survey of over 200 project developers a little over a year ago, we were surprised at how much that was what they were concerned about – transmission and permitting of utility-scale solar. They’ve added those two things into the bill. So we’ve got consequential transmission permitting provisions and steps to add a lot of certainty, while shortening the window where objections based on those laws can pop up. This means a lot more is likely to be built and it’s very likely that’ll be clean.
There’s infrastructure with fossil fuels that’ll be built. We get that. But when costs are so high, that’s also sort of inevitable. The overall proposal is more of a win to build than a bargain.
Does the language in this bill adequately address Trump’s freeze on federal permits for renewable energy projects?
I think it is a really important step in the right direction with permitting certainty for solar and wind but this question with national security, and making sure this gives the certainty that these projects will ultimately be delivered… I just genuinely don’t know. But we need to make sure it's sufficiently airtight. Is this the best, most reasonable attempt to do this? That’s the question that needs to be answered.
The combination of permitting certainty and anti-discrimination language barring the executive branch from category wide attacks on offshore wind or solar are steps that need to be taken. At some point we’re all going to have to take the step off the cliff together and see what happens next because we’re getting as good as we’re going to get, presuming the administration will follow the law. If they don’t follow the law, there’ll be actions to be taken to get them back on track.
But this is what you have to do, because otherwise, everything’s still broken. At least it gives us additional mechanisms to keep them in line.
Do you think this has to happen before the next Congress convenes?
The most likely time for action is the lame duck period in Congress. I think there’s a slim chance you could see something happen next year but it’s impossible to predict how likely that chance is or what it would look like until we see the election results. I wouldn’t want to gamble on everything lining up to get another bite at the apple next year. And lame duck’s always been the most likely time for this to happen.
Okay. So let’s say this bill becomes law. What do folks like you do next on energy in D.C.?
I think we get this done and then we’ve got to make sure the law works. Assuming this passes, we’ve got to make sure the obstacles we thought were obstacles really were the obstacles, and this still doesn’t address additional issues data centers have raised. We need an enforceable framework so as data centers come onto the system, the additional generation and transmission is built in a way that’s in the best interest of communities and paid for by the data centers.
There are questions of whether the market structures created more than a hundred years ago are still the correct structures for 2026. If they’re not, then what’s the path to getting stuff built and maintained effectively? That alone is enough. And I think the next biggest thing: what parts of the supply chain should be developed and where? Transformers, batteries, the future of the auto industry… all those fun things are up in the air.