TL;DR
Cornell researchers restored worn battery electrodes without shredding them, and the post on that contrast with Li-Cycle's bankruptcy drew the widest reach and the most sends of the week, with automotive manufacturing viewers who rarely appear on battery content.
JPMorgan withdrew its oil price forecast entirely; the post's smaller audience carried an outsized Financial Services share.
Thirty-seven governments responded to the same oil shock, roughly half locking in permanent avoided cost and half subsidizing continued dependence, and a founder advising energy sector operators framed the core distinction as relief versus resilience.
Marginal-cost pricing in electricity markets continues to surface as a quiet structural theme: gas sets the clearing price even when wind and solar are cheap.
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Li-Cycle's Rochester recycling hub ran past $560 million before the company went bankrupt. Cornell skipped the shredder. The post on that contrast reached more people than anything else published this week, drew the most sends, and carried a visible automotive manufacturing share, an industry that has not ranked among the top viewers of battery content before. That is attention, not demand. The question the analysis ended with still stands: who is designing packs to be taken apart?
Coverage This Week
Li-Cycle shredded batteries and went bankrupt. Cornell skipped the shredder. — electrode regeneration at near-full capacity recovery, and what it means if a retired EV pack becomes inventory instead of scrap. Read →
JPMorgan abandoned its oil price forecast — what a missing target from one of the best-informed commodities desks means for anyone planning against an energy number this year. Read →
37 governments, one oil shock, two completely different bets — contrasting countries that converted price pain into permanent avoided cost via renewables against those that subsidized continued fossil dependence. Read →
US diesel at $6.53 and the export-ban idea that could make it worse — Gulf Coast refinery configuration and why "keep American fuel in America" misreads the system. Read →
Marginal-cost pricing explained: why your bill doesn't reflect what your electricity costs to make — the clearing-price mechanic behind rising bills in Houston, New York, and Sydney. Read →
This Week’s Signals
Each signal below traces practitioner debate and audience composition on the week's most-engaged posts: what got argued, who made up the audience, and how far the numbers can be pushed.
Battery Recycling Broke Because It Sold Commodities. Regeneration Sells Components.
Li-Cycle spent more than $560 million building a hydrometallurgical hub in Rochester, then filed for bankruptcy in 2025. Cornell researchers took the opposite approach: instead of shredding battery electrodes into black mass for commodity recovery, they soaked intact electrodes in a solvent bath that dissolved degradation buildup and restored capacity to as much as 95%. Published in Energy & Environmental Science, the team estimates recycling costs could fall by more than half versus conventional shred-and-leach methods.
The distinction the analysis drew is structural. When lithium prices collapsed from their 2022 peak and the market shifted toward lithium iron phosphate chemistries with less valuable metal content, the economics of grinding batteries into raw material collapsed with them. Regeneration changes the value proposition: you are not selling black mass into a commodity market, you are selling a working component worth more than the metals inside it. That shifts the economic pressure from recyclers to battery designers. Glued, welded, and potted packs are cheap to build and expensive to reopen. The open question: are OEMs designing packs to be taken apart, or to be shredded?
Industries with no historical presence on battery content, led by Appliances, Electrical, and Electronics Manufacturing at 4x its near-zero 1% baseline, made up a visible share of this audience, a manufacturing skew that overlaps with the pack builders the analysis put on the hook. Motor Vehicle Manufacturing (6%), Research Services (5%) and Chemical Manufacturing (4%) also appeared, none of which has ranked among the top viewer industries across 176 prior battery posts. This is who viewed the post, not who is buying. Send activity ran at 2.52x the 90-day rate, four sends on 6,907 impressions, the strongest send signal in the issue on a meaningful base. (Composition: Appliances/Electrical/Electronics 4% vs 1%; Motor Vehicle Manufacturing 6%, Research Services 5%, Chemical Manufacturing 4%, none in the topic's top-industry baseline; sends 2.52x; CXO/VP 16% vs 17.38%.)
Read the original post → here
The firm with arguably the best commodities data in banking did not revise its Brent target downward. It pulled the target entirely. Natasha Kaneva, who runs global commodities strategy at JPMorgan, wrote in a Thursday note: "We simply don't know how to model the endgame." That is the first time since the February conflict began that JPMorgan has declined to publish a price forecast.
The analysis anchored the withdrawal in structural supply math. Ten million barrels a day are already off the market. JPMorgan's own model ties every lost million barrels to roughly $4 on futures, which means the current $15 premium above the bank's $90 fair value is pricing in another four million barrels of losses that have not materialized. Inventories have drawn down 555 million barrels against a ceiling JPMorgan once modeled at 1.6 billion. The cumulative cost is already $109 billion in excess US fuel spending since February, or $832 per household according to Brown University's tracker. The binary question the post posed: does Brent hold near $105, or does the next Hormuz headline push it past $120 before year-end?
The highest forwarding multiple in this issue belongs to this post but rests on a single send across 998 impressions, so the audience mix is the sturdier read: Financial Services viewers made up 5% of the audience, 3.6x their 1.37% baseline on oil content, with Renewable Energy Power Generation viewers at 3% against 1.29%. That skew is consistent with the post's framing of the withdrawal as a capital-planning problem rather than a trading call. Seniority sat at the norm. (Composition: Financial Services 5% vs 1.37%; Renewable Generation 3% vs 1.29%; sends 4.36x on 1 send, n=998 impressions; CXO/VP 17% vs 17.38%.)
Read the original post → here
37 Governments, One Oil Shock, Two Bets
One tracker counted 37 government responses to the same oil price shock. The split was not ideological. It was structural. Pakistan's existing solar buildout avoided an estimated $6.3 billion in fossil fuel imports in 2026. Egypt fast-tracked 2.5 gigawatts of renewables. The Philippines targeted a 20% reduction in government energy consumption. On the other side: Spain, Germany, the Netherlands, Greece, Ireland, Portugal, and Sweden committed over 10 billion euros combined in fuel tax cuts and subsidies. The post's thesis is that countries with fast-payback clean assets already built converted the shock into permanent avoided cost, while countries without that infrastructure paid to numb the pain and stayed exposed for the next one. The US sits in the second category: over $4 billion in federal pledges to support LNG exports since July 2025, plus Alaska LNG's potential $31 billion federal loan guarantee and $7.1 billion in tax credits on a $70 billion project that private capital passed on for a decade.
The practitioner read on what actually separates those two bets, who was in that thread, plus Field Notes and this week's synthesis, continue below for paid subscribers.
A founder advising energy sector operators noted: "The strategic distinction is between relief and resilience. One absorbs today's shock; the other changes how exposed an economy remains when the next arrives." That framing, relief versus resilience, lands on the capex-math argument the analysis made: subsidies are relief, deployed renewables are resilience, and the two produce very different balance-sheet outcomes over a 20-to-30-year infrastructure horizon.
Consultant/Advisor commenters ran at 1.6x typical, the clearest concentration in the thread: 4 of the post's 17 commenters against a 14.39% topic baseline, and it is consistent with a thread about policy design, where advisors sit between the decision and the build. Services for Renewable Energy viewers made up 3% of the audience, about 2.2x their 1.36% baseline. The post drew 31 comments and no sends. (Composition: Consultant/Advisor commenters 23.53% vs 14.39% (n=17); Renewable Services 3% vs 1.36%; CXO/VP 14% vs 17.38%.)
Read the original post → here
Field Notes
Marginal-cost pricing and the gap between generation cost and consumer bills: Gas set Britain's clearing price 97% of hours in 2021 while generating just 37% of the power. The mechanic explains why cheap wind does not produce cheap bills under current market design, and why the fix is structural, not conspiratorial. Houston, New York, and Sydney run the same rule. Read →
US diesel at $6.53 and the export-ban reflex: Gulf Coast refineries are configured for specific crudes and specific product slates, not for redirecting export volumes to the East Coast. A 90-day diesel export ban addresses the symptom and misreads the refinery system that would have to execute it. Read →
Three signals this week share a common thread: the price signals the energy system runs on are diverging from the planning assumptions built around them. The regeneration-versus-recycling question in battery economics, JPMorgan's withdrawn forecast, and the relief-versus-resilience split in government responses all point to the same structural challenge.
If your capital plan, procurement strategy, or project timeline assumes the old price relationships still hold, the gap between assumption and reality is widening. That is a conversation worth having before the next Hormuz headline or the next lithium price move forces it.
Reply if any of this is playing out at your company, or contradicting what you're seeing on the ground. Every reply goes directly to our analyst desk and feeds our intelligence.