Mar 29, 2022 · 16m · green-blueprint

The ‘inevitable industries’ that will decarbonize the world [branded content]

Sheldon Kimber · 11m spoken
0:00 / 0:00

gold bands on the timeline = statements, start to end. Hover to read, click to jump. CC turns on captions

Sheldon Kimber, CEO of Intersect Power, details how ultra-low-cost clean electricity serves as the foundational catalyst unlocking five inevitable heavy decarbonization industries. Drawing on over two decades of energy infrastructure experience, Kimber outlines how utility-scale deployment and disciplined execution can overcome political and permitting obstacles to achieve deep decarbonization.

How this conversation actually went

Every chapter scored 0–10 on four independent dynamics. Hover any point for the reasoning behind the score. The hosts hold 20.5% of the talking time here. How this is scored →

The hosts as informed peer 3.6 Guest teaching 2.8 Guest disagreement 0.8 The hosts pushing back 1.2
05100:0010:000:00–2:28 · The hosts as informed peer 3/10 Sheldon Kimber's Energy Journey and the Solar Coaster Lara introduces Sheldon Kimber's background in gas and solar development, framing historical cost declines in renewable energy. Sheldon shares personal anecdotes about the ups and downs of the solar coaster.2:35–6:33 · The hosts as informed peer 3/10 The Five Inevitable Industries Powered by Cheap Electricity Sheldon outlines five emerging industries enabled by cheap clean power. Lara asks what specifically is driving electrolyzer cost declines, and Sheldon explains that mass manufacturing scale matters far more than breakthrough science.6:33–8:55 · The hosts as informed peer 5/10 Direct Air Capture as an Essential Climate Backstop Lara presses on direct air capture, citing current high costs of around one thousand dollars per ton. Sheldon reframes DAC as an unavoidable climate backstop whose adoption is driven by planetary necessity and falling power prices.8:55–12:16 · The hosts as informed peer 4/10 Electrifying Scalable Industrial Thermal Steam Loads Lara distinguishes between residential electrification and industrial thermal loads before asking about wholesale EV charging. Sheldon details how low-temperature industrial steam and multi-megawatt fleet charging interface directly with wholesale power.12:16–15:13 · The hosts as informed peer 3/10 Intersect Power's Strategy of Focus and Utility Scale Sheldon explains Intersect Power's strategy of executing exclusively large utility-scale projects rather than fragmented distributed assets. Lara asks whether scaling will be fast enough, and Sheldon argues that political and siting friction are the primary bottlenecks.0:00–2:28 · Guest teaching 1/10 Sheldon Kimber's Energy Journey and the Solar Coaster Lara introduces Sheldon Kimber's background in gas and solar development, framing historical cost declines in renewable energy. Sheldon shares personal anecdotes about the ups and downs of the solar coaster.2:35–6:33 · Guest teaching 4/10 The Five Inevitable Industries Powered by Cheap Electricity Sheldon outlines five emerging industries enabled by cheap clean power. Lara asks what specifically is driving electrolyzer cost declines, and Sheldon explains that mass manufacturing scale matters far more than breakthrough science.6:33–8:55 · Guest teaching 3/10 Direct Air Capture as an Essential Climate Backstop Lara presses on direct air capture, citing current high costs of around one thousand dollars per ton. Sheldon reframes DAC as an unavoidable climate backstop whose adoption is driven by planetary necessity and falling power prices.8:55–12:16 · Guest teaching 3/10 Electrifying Scalable Industrial Thermal Steam Loads Lara distinguishes between residential electrification and industrial thermal loads before asking about wholesale EV charging. Sheldon details how low-temperature industrial steam and multi-megawatt fleet charging interface directly with wholesale power.12:16–15:13 · Guest teaching 3/10 Intersect Power's Strategy of Focus and Utility Scale Sheldon explains Intersect Power's strategy of executing exclusively large utility-scale projects rather than fragmented distributed assets. Lara asks whether scaling will be fast enough, and Sheldon argues that political and siting friction are the primary bottlenecks.0:00–2:28 · Guest disagreement 0/10 Sheldon Kimber's Energy Journey and the Solar Coaster Lara introduces Sheldon Kimber's background in gas and solar development, framing historical cost declines in renewable energy. Sheldon shares personal anecdotes about the ups and downs of the solar coaster.2:35–6:33 · Guest disagreement 1/10 The Five Inevitable Industries Powered by Cheap Electricity Sheldon outlines five emerging industries enabled by cheap clean power. Lara asks what specifically is driving electrolyzer cost declines, and Sheldon explains that mass manufacturing scale matters far more than breakthrough science.6:33–8:55 · Guest disagreement 2/10 Direct Air Capture as an Essential Climate Backstop Lara presses on direct air capture, citing current high costs of around one thousand dollars per ton. Sheldon reframes DAC as an unavoidable climate backstop whose adoption is driven by planetary necessity and falling power prices.8:55–12:16 · Guest disagreement 0/10 Electrifying Scalable Industrial Thermal Steam Loads Lara distinguishes between residential electrification and industrial thermal loads before asking about wholesale EV charging. Sheldon details how low-temperature industrial steam and multi-megawatt fleet charging interface directly with wholesale power.12:16–15:13 · Guest disagreement 1/10 Intersect Power's Strategy of Focus and Utility Scale Sheldon explains Intersect Power's strategy of executing exclusively large utility-scale projects rather than fragmented distributed assets. Lara asks whether scaling will be fast enough, and Sheldon argues that political and siting friction are the primary bottlenecks.0:00–2:28 · The hosts pushing back 0/10 Sheldon Kimber's Energy Journey and the Solar Coaster Lara introduces Sheldon Kimber's background in gas and solar development, framing historical cost declines in renewable energy. Sheldon shares personal anecdotes about the ups and downs of the solar coaster.2:35–6:33 · The hosts pushing back 1/10 The Five Inevitable Industries Powered by Cheap Electricity Sheldon outlines five emerging industries enabled by cheap clean power. Lara asks what specifically is driving electrolyzer cost declines, and Sheldon explains that mass manufacturing scale matters far more than breakthrough science.6:33–8:55 · The hosts pushing back 4/10 Direct Air Capture as an Essential Climate Backstop Lara presses on direct air capture, citing current high costs of around one thousand dollars per ton. Sheldon reframes DAC as an unavoidable climate backstop whose adoption is driven by planetary necessity and falling power prices.8:55–12:16 · The hosts pushing back 0/10 Electrifying Scalable Industrial Thermal Steam Loads Lara distinguishes between residential electrification and industrial thermal loads before asking about wholesale EV charging. Sheldon details how low-temperature industrial steam and multi-megawatt fleet charging interface directly with wholesale power.12:16–15:13 · The hosts pushing back 1/10 Intersect Power's Strategy of Focus and Utility Scale Sheldon explains Intersect Power's strategy of executing exclusively large utility-scale projects rather than fragmented distributed assets. Lara asks whether scaling will be fast enough, and Sheldon argues that political and siting friction are the primary bottlenecks.

speaking balance: gold is the hosts, purple is the guest (3 minute bins)

0:00 · the hosts 43.2% · guest 56.8%0:00 · the hosts 43.2% · guest 56.8%3:00 · the hosts 7.7% · guest 92.3%3:00 · the hosts 7.7% · guest 92.3%6:00 · the hosts 22.4% · guest 77.6%6:00 · the hosts 22.4% · guest 77.6%9:00 · the hosts 19.2% · guest 80.8%9:00 · the hosts 19.2% · guest 80.8%12:00 · the hosts 12% · guest 88%12:00 · the hosts 12% · guest 88%15:00 · the hosts 24.8% · guest 75.2%15:00 · the hosts 24.8% · guest 75.2%
Sharpest disagreement ▶ 7:09 Reframing DAC as an absolute climate necessity

Sheldon rejects evaluating direct air capture strictly through near-term cost metrics, insisting that failing to meet warming targets makes negative emissions mandatory.

Hardest push from the hosts ▶ 6:33 Challenging direct air capture cost trajectory

Lara directly challenges the inevitability thesis for direct air capture by citing existing high price points of around one thousand dollars per ton.

Biggest teaching moment ▶ 4:50 Manufacturing execution versus scientific breakthroughs

Sheldon clarifies that hardware cost deflation in clean tech stems from standardized factory buildouts and operational learning curves rather than novel scientific discoveries.

The host holds their own ▶ 6:33 Lara citing current DAC carbon credit pricing

Lara demonstrates industry knowledge by bringing specific cost figures and commercial credit dynamics into the discussion on carbon removal feasibility.

the scores for every segment, with the reasoning behind each
ChapterTopicThe hosts as informed peerGuest teachingGuest disagreementThe hosts pushing backWhy
Sheldon Kimber's Energy Journey and the Solar Coaster 3100 Lara introduces Sheldon Kimber's background in gas and solar development, framing historical cost declines in renewable energy. Sheldon shares personal anecdotes about the ups and downs of the solar coaster.
The Five Inevitable Industries Powered by Cheap Electricity 3411 Sheldon outlines five emerging industries enabled by cheap clean power. Lara asks what specifically is driving electrolyzer cost declines, and Sheldon explains that mass manufacturing scale matters far more than breakthrough science.
Direct Air Capture as an Essential Climate Backstop 5324 Lara presses on direct air capture, citing current high costs of around one thousand dollars per ton. Sheldon reframes DAC as an unavoidable climate backstop whose adoption is driven by planetary necessity and falling power prices.
Electrifying Scalable Industrial Thermal Steam Loads 4300 Lara distinguishes between residential electrification and industrial thermal loads before asking about wholesale EV charging. Sheldon details how low-temperature industrial steam and multi-megawatt fleet charging interface directly with wholesale power.
Intersect Power's Strategy of Focus and Utility Scale 3311 Sheldon explains Intersect Power's strategy of executing exclusively large utility-scale projects rather than fragmented distributed assets. Lara asks whether scaling will be fast enough, and Sheldon argues that political and siting friction are the primary bottlenecks.

Statements from this episode (10)

Prediction Not checkable as stated
Kimber: Electrolyzers will follow the same cost drop curve as solar and batteries
“It happened in solar. It then happened in wind. It's happening in batteries. It'll happen in electrolyzers.”
Sheldon Kimber Mar 29, 2022 ▶ 1:27
Opinion
Kimber: Clean hydrogen and Bitcoin mining have viable models on cheap renewables
“There is very much a business model for making clean hydrogen or Bitcoin or whatever it is from low cost renewables.”
Sheldon Kimber Mar 29, 2022 ▶ 2:07
Prediction Open · timeframe Mar 2072
Kimber: Five clean energy sectors will become multi-hundred-billion industries
“So, you know, those five industries are what we've identified as, you know, the areas where we think there is inevitable growth in the sort of hundreds of billions of dollars. These are industries that could easily be some of the largest industries that our pl…”
Sheldon Kimber Mar 29, 2022 ▶ 4:08
Insight
Kimber: Scaling hydrogen electrolyzers does not require radical scientific breakthroughs
“And so electrolyzers, for instance, while they're off, they're very clearly some great tech out there and there may be some breakthrough tech out there, it's not required, right? You can take technology that has been around for quite a while and with some incr…”
Sheldon Kimber Mar 29, 2022 ▶ 5:33
Prediction Open · timeframe Mar 2027
Kimber: Direct air capture costs will drop to $100-$200 per ton
“There are plenty of them out there at industrial scales that will definitely get down into the, you know, 102 hundred dollar, you know, a ton kind of level, at which point capture becomes your backstop technology, if you will, and it will set the price point a…”
Sheldon Kimber Mar 29, 2022 ▶ 8:26
Assertion Contradicted
Kimber: Industrial steam generation accounts for 20% of global carbon emissions
“You've got 20% of global carbon emissions that come from essentially boiling water to do things like make, you know, everything from consumer packaged goods and, you know cardboard packaging to, you know, drying food.”
Sheldon Kimber Mar 29, 2022 ▶ 9:31
Assertion Not checkable as stated
Kimber: Low-heat industrial steam can be decarbonized using existing electrification technologies
“There's a lot of steel, and there's a lot of cement, but there's also an enormous amount of relatively low quality, low heat steam that is out there that could easily be addressed with even today's electrification technologies.”
Sheldon Kimber Mar 29, 2022 ▶ 10:01
Insight
Kimber: Large EV charging stations can operate as wholesale power plants
“Opportunities then for these charging stations to essentially participate as, you know, wholesale power plants, right? Providing storage services to the grid, that sort of thing.”
Sheldon Kimber Mar 29, 2022 ▶ 11:53
Insight
Kimber: Small distributed clean energy projects fail to scale profitably
“When you're trying to scale a development business, you oftentimes wind up chasing, like, the small but very profitable project. And the problem with those is even if, you know, you tell yourself, ah, but there's a scalable opportunity here because there are 1…”
Sheldon Kimber Mar 29, 2022 ▶ 12:32
Prediction Not checkable as stated
Kimber: Clean energy scaling ultimately depends on local community permitting acceptance
“Ironically, it is going to come down to people and neighbors and whether or not they allow these solutions to be built in their neighborhoods, in their counties, in their towns for us to scale as fast enough.”
Sheldon Kimber Mar 29, 2022 ▶ 15:03
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