Enverus Press Release - Upstream M&A sails on with $30 billion in 2Q24

Why Canadian Heavy Crude Is Lagging a $100 Oil Market

Brent is trading above $100 a barrel, near $106 this morning, with WTI in the mid-$90s. Yet Western Canadian Select (WCS) settled about $25 below WTI last week, and that discount has widened by roughly $8 since early September. Click here to listen to the full interview.

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The Discount Is Widening While Global Prices Rally

Higher global crude should be lifting Canadian producers, and some of it is. WCS, the main benchmark for Canadian heavy crude, has moved the other way, widening by roughly $8 since early September even as Brent and WTI climbed on the U.S.-Iran war. The stakes for Alberta are large: every $1 change in WCS moves Alberta royalty revenue by about C$700 million.

WCS is what Alberta producers actually receive, which makes the discount a provincial revenue story as well as a market story. Canada produced about 4.3 million barrels per day in 2025. Roughly 3.8 million barrels per day went to the U.S., mostly to the Midwest, with about half a million barrels per day reaching the Gulf Coast.

Freight Costs Are Trapping Barrels on the Gulf Coast

Refinery outages are the first driver. When refiners run less, demand for Canadian heavy barrels falls and the discount widens. The bigger issue is freight. Very large crude carriers that moved crude to Asia for less than $10 a barrel before the war now cost $30-$40, as conflict-related disruptions and longer voyages around the Cape of Good Hope have tightened global tanker availability. Our earlier work on the Strait of Hormuz standoff and Canadian energy laid out this supply-risk backdrop.

The result is excess supply in the Gulf Coast. Canadian crude that would normally be re-exported to Asia is staying in the region because shipping is too expensive. The export question hinges on Alberta’s West Coast pipeline options and the China wild card, which will shape where Canadian barrels can find buyers.

Refinery Outages Are Tightening Product Markets

Gasoline and diesel prices have been volatile, and refinery disruptions are at the center of it. Product outages push prices higher, tempering demand until supply rebalances. We are bullish on gasoline and diesel while the war continues. Our diesel analysis sets out the mechanism: refining constraints, not crude supply alone, are driving prices at the pump.

The same refinery constraints that weaken demand for Canadian heavy crude are tightening product markets, so the two dynamics are linked. Refinery restarts should help narrow the WCS discount. Shipping costs, however, will not normalize until the conflict ends or new tonnage is built, which could take years.

Our Price Scenarios and What To Watch

Our base case calls for Brent to average $100 through 2026 and 2027. Forward Brent has moved to about $93-$94, so the market is still below our call. The range of outcomes is wide: the lowest call for Brent next year sits in the high $60s to low $70s, while the highest reaches $120.

Our team watches inventory levels in U.S. and Western markets, because those stocks anchor the benchmark prices. Strait flow volumes matter less if they do not change those stocks. Physical markets can run well ahead of screen prices, as our analysis of why screen prices lag the real crisis in physical markets shows.

Top Three Takeaways:

1: Why is Canadian heavy crude trading at a wider discount when global oil prices are rising?

Refinery outages are reducing demand for Canadian heavy barrels and freight costs have surged. Shipping to Asia now costs $30-$40 per barrel, up from about $3, keeping Canadian crude on the Gulf Coast and creating a glut.

2: What is preventing the discount from closing quickly?

Shipping capacity is constrained while the Strait of Hormuz remains closed and vessels sail longer routes around the Cape of Good Hope, reducing effective tanker capacity by about 30%. We believe freight rates will not normalize until the war ends or new ships are built, a process that could take years.

3: What should readers watch next?

Watch inventory levels in U.S. and Western markets, which anchor benchmark prices, rather than the volume moving through the strait. Our base case is Brent averaging $100 through 2026 and 2027.

About Enverus Intelligence® | Research, Inc. (EIR)

Enverus Intelligence® | Research, Inc. (EIR) is a subsidiary of Enverus that publishes energy-sector research focused on the oil, natural gas, power and renewable industries. EIR publishes reports including asset and company valuations, resource assessments, technical evaluations, and macro-economic forecasts and helps make intelligent connections for energy industry participants, service companies, and capital providers worldwide. See additional disclosures here.

Enverus News Release - Enverus launches Learning & Development program to empower energy data professionals

Venezuela-Guyana Essequibo Dispute: A Brief History

Essequibo: The Ghost Map That Still Shapes Venezuela 

For generations of Venezuelans, the country’s eastern border has contained something unusual: a piece of the national map that is there and not there at the same time. 

Imagine a schoolroom in a Venezuelan fishing village. The afternoon heat hangs over a restless classroom as a teacher points toward the country’s eastern edge. There, the map changes. The territory west of the Essequibo River appears differently shaded and carries words generations of students have learned to recognize: Zona en Reclamación. Zone under claim. 

It is a small cartographic distinction carrying an enormous historical burden. 

Known in Venezuela as Guayana Esequiba and commonly referred to in English as the Essequibo, the contested territory represents roughly two-thirds of Guyana’s landmass. For many Venezuelans, however, the dispute is not simply about territory. It has become intertwined with history, national identity and a longstanding perception of something taken from the country. 

To understand why the dispute remains so durable, it is necessary to go back more than a century. 

A Border Drawn in an Age of Empires 

The modern controversy reaches into the nineteenth century. 

In the 1840s, Britain commissioned naturalist Robert Schomburgk to survey the frontier of what was then British Guiana. The resulting Schomburgk Line placed substantial territory claimed by Venezuela within British Guiana.  

Venezuela was then a young republic confronting chronic political instability and financial weakness. 

In 1899, the Paris Arbitral Award established the boundary between Venezuela and British Guiana, largely confirming the Schomburgk demarcation. Venezuela would later argue that the settlement favored the British Empire and, in 1962, rejected the award as null and void.  

By then, however, Venezuela was a very different country. 

Oil had transformed its economy and international importance. In 1960, Venezuelan oil minister Juan Pablo Pérez Alfonzo helped found OPEC. Six years later, shortly before British Guiana became independent Guyana, the Geneva Agreement established a framework for dealing with the dispute without resolving the competing claims. 

The controversy was subsequently put into diplomatic cold storage through the 1970 Protocol of Port of Spain, which imposed a 12-year moratorium on actively pursuing it. Guyana continued to administer the territory, while Venezuela maintained its claim.  

The Territory on the Map 

Treaties and arbitration decisions explain the legal history. 

They do not fully explain the endurance of the dispute. 

For that, return to the classroom. 

Generations of Venezuelan schoolchildren encountered the Essequibo as something unfinished. The differently shaded territory on school atlases communicated a simple idea: this was land outside Venezuelan control but not, in the Venezuelan telling, completely outside the nation. 

As Venezuela grew richer and more confident during the twentieth century, the claim acquired another layer of significance. What originated in nineteenth-century diplomacy survived into an era in which Venezuela had become an influential petroleum producer.  

Different governments approached Guyana differently. 

Rafael Caldera’s government pursued diplomacy associated with the Port of Spain agreement. Decades later, Hugo Chávez generally avoided making the claim a centerpiece of his regional policy and supplied Guyana with preferential oil through Petrocaribe while maintaining Venezuela’s underlying territorial position.  

Under Nicolás Maduro, the dispute again assumed greater political prominence. The source document describes the claim becoming a rallying point amid mounting domestic pressures, sanctions, deteriorating infrastructure, migration and severe economic contraction. 

Eventually, Venezuelan lawmakers approved legislation creating a state in the disputed territory. The document also reports that Venezuelans voted for representatives of the new state in May 2025.  

Something that had existed for generations on maps was increasingly moving into contemporary politics.

Upstream Operators

Who Pays the Most to Drill a Well? Seven Years of Peer Group Cost Trends

Average drilling and completion cost per well has followed very different paths depending on who is doing the drilling. Some groups have held flat for seven years. Others have climbed steadily.

We grouped Lower-48 market spend by operator peer group (majors, large caps, mid caps, small caps, micro caps, PE-backed and non-PE-backed private operators) and tracked average total D&C cost per well by vintage year from 2020 through 2026. The picture that comes out is not one market moving together. It is several markets moving at different speeds.

Mid cap cost per well,
2020 to 2026

Large cap range over 7 years

Gap, highest vs. lowest group
(2025)

Bar chart comparing average drilling and completion cost per well by operator peer group and vintage year, 2020–2026.
Figure 1: Average D&C cost per well by peer group and vintage. Large caps hold flat while majors and mid caps climb. Use your existing peer group chart for the published version. (Source | Enverus PRISM®)

Large Caps Have Barely Moved

Large cap operators have averaged between roughly $7.6MM and $7.9MM per well in every vintage since 2020. Through an inflation cycle, a service cost spike and a supply chain squeeze, their average drilling and completion cost per well stayed inside a band of about $300,000. That kind of stability usually comes from scale: long-term service contracts, repeatable well designs and the purchasing power to hold pricing when the market tightens.

Majors and Mid Caps Are Climbing

Majors have moved up steadily, from about $7.2MM in 2021 to around $8.0MM in 2026 vintages, edging past large caps for the first time. Mid caps show the biggest increase of any group, rising from about $7.4MM in 2020 to roughly $8.8MM in 2026. Higher average cost does not automatically mean worse execution. Longer laterals and heavier completions push the per-well number up while often improving well drilling cost per foot and productivity. But a climb this consistent in drilling and completion cost per well is worth understanding.

The Smallest Operators Pay the Most

Micro-cap operators carry the highest average D&C cost in every year they appear, holding around $9.0MM to $9.3MM per well since 2022. Smaller programs mean less leverage with service providers, fewer chances to refine a well design and less ability to keep crews and rigs on continuous work.

At the other end, PE-backed operators and small caps have consistently posted the lowest averages, mostly between $6.2MM and $7.0MM. These are often operators with tight capital mandates and simpler development plans, and their numbers reflect that discipline. PE-backed operator drilling costs often emphasize standardized designs and tight cycle times, which can reduce oil drilling costs and improve well drilling cost per foot.

What the Averages Don’t Tell You

These are per-well averages, not per-foot. Basin mix, lateral length and completion design all sit behind each bar. A peer group trend shows you where to look. Matching your own wells to truly comparable wells in the same interval, depth and lateral length is what tells you whether your D&C cost per well by operator is competitive and whether your oil drilling costs are moving in line with peers.

Where Do You Sit?

  • Is our drilling and completion cost per well tracking our peer group, or drifting away from it?

  • Are we competing for services against groups that pay more, or less, than we do?

  • Is our increase coming from design choices we made, or pricing we accepted?

The groups with the flattest cost lines over the past seven years did not get there by accident. They knew where the market was, and they managed to it—often by targeting lower well drilling cost per foot while holding productivity.

See Your Peer Group, Then Go Deeper

Enverus benchmarks D&C cost by peer group, basin, interval and vintage using actual transaction data, so you can see the trend, compare D&C cost per well by operator, and then match it to the wells that matter for your program. Reach out to learn more about how PE-backed operator drilling costs, geology and design choices shape your drilling and completion cost per well.

Answers to Key Cost Questions

What factors determine drilling and completion cost per well?

The biggest drivers are depth and geology, lateral length, rig and frac crew rates, sand and water logistics, well design (casing, stage count, proppant loading), pad size, and operational efficiency. Market conditions, supply chain tightness and D&C cost per well by operator practices also matter. PE-backed operator drilling costs can differ due to procurement discipline and standardized designs.

How much does drilling and completion cost per well on average?

In our 2020–2026 Lower-48 dataset, peer group averages range roughly from the mid-$6MMs to the low-$9MMs per well. Large caps have stayed near $7.6–$7.9MM, majors moved toward ~$8.0MM, and micro caps often exceed $9.0MM. These averages reflect both oil drilling costs and completion intensity choices.

What is the difference between drilling cost and completion cost per well?

Drilling cost covers planning, rig time, bits, mud, casing, directional services and reaching total depth. Completion cost covers stimulation and bringing the well online (perforating, frac pumping, sand, water, flowback, facilities tie-in). The split can vary with geology and design, but completion often rivals or exceeds drilling in modern horizontals, shifting both the drilling and completion cost per well and the realized well drilling cost per foot.

How do well depth and geology affect drilling and completion cost per well?

Deeper, higher-pressure or more complex geology increases rig time, materials and risk, lifting drilling cost and oil drilling costs overall. Tight rock may require higher stage counts and proppant loading, raising completion cost. Softer formations can drill faster and cheaper per foot, improving well drilling cost per foot and lowering total drilling and completion cost per well.

What are typical drilling and completion cost per well for vertical wells?

Vertical wells generally run materially lower than horizontal wells due to shorter footage and simpler completions. In many onshore basins, vertical drilling and completion cost per well can be a fraction of horizontal costs, though local service pricing and geology still govern oil drilling costs and the resulting well drilling cost per foot.

Mineral Management

The Hidden Inventory in Mineral Markets

Over the last three years, mineral investors have watched consolidation squeeze the deal market tighter each quarter. According to Enverus Intelligence® Research, Viper Energy has captured 63% of all publicly disclosed mineral and royalty deal value since 2023 (Available to EIR Subscribers). The quality deals disappear faster, competition climbs, and prices follow. According to Enverus Intelligence® Research, Permian mineral acreage pricing has increased significantly over the past three years. And that’s just for the deals buyers can actually see (Available to EIR Subscribers). Overcoming the competitive edge of large buyers means smaller players will need to be nimbler and more creative by finding hidden mineral opportunities and acquiring off-market mineral rights.

The Deal Flow Problem Nobody Talks About

Here’s what mineral buyers don’t say in earnings calls. A lot of deals never make it to the market at all. This off-market reality is where a hidden mineral inventory exists.

Some mineral interests trade hands quietly between investors. Others sit on balance sheets where owners don’t actively market them, while some get bundled into large acquisition packages where a buyer must buy the whole thing just to get the acreage they want. The fragmentation across mineral ownership is significant, and it creates a visibility gap that traditional deal sourcing channels simply can’t address.

When you rely on brokers, you see what brokers want you to see. That’s not a comprehensive market. It’s a curated subset of it. And by the time a property hits a broker’s desk, three other acquisition teams usually know about it already. Finding hidden mineral opportunities and identifying off-market mineral rights earlier is the advantage.

Mineral owners sense this too. Small interest owners who might sell on the right terms don’t want to pay broker commissions on something they inherited thirty years ago. Sophisticated operators who have assembled mineral positions aren’t going to look for them unless they need to. The result is a massive hidden mineral inventory of mineral interests that would transact under the right circumstances but never appear in deal flow, creating real mineral acquisition opportunities for buyers with better visibility.

Consolidation Is Rewriting the Game

Centralized deal access creates a permanent competitive advantage. The buyers who can see more opportunities, in more places, with better production data attached are the ones closing more deals at better terms. Everyone else is reacting to what others are selling. Consolidation has made that advantage even more pronounced, especially for acquiring off-market mineral rights in secondary basins and within hidden mineral acreage.

This concentration creates feedback loops. Big consolidators can afford to pay premium prices in the Permian and still generate accretive returns because they have scale. Mid-size buyers get priced out or forced into secondary basins. Smaller buyers leave the market entirely. The consolidation accelerates. Inventory gets absorbed faster, but the hidden mineral inventory still exists off-market for those focused on mineral rights acquisition outside the obvious channels.

Enverus Intelligence® Research tracking reveals that total disclosed mineral and royalty deal value dropped to $360 million in Q1 2026, a level that would have been quiet in 2022 but reflects a market that’s really tightened.

The Secondary Basins Opportunity Nobody Is Talking About

Many mineral buyers are fixated on the Permian. That’s understandable; the Permian has the deepest inventory, the most drilling activity, and the best long-term upside. But that concentration of attention has created a price problem. The Permian is firmly a seller’s market.

Market data from Enverus Intelligence® Research indicates non-Permian mineral deals are trading at around 5x cash flow, representing a market driven by production-weighted positions with limited remaining inventory. That is about half the average multiple in the comparatively inventory-rich Permian. The Eagle Ford, Haynesville, and secondary Permian offerings can offer more value if buyers focus on finding off-market mineral opportunities that don’t show up in standard channels.

The buyers winning in secondary basins right now are the ones who have visibility into what’s actually trading there. They see the deals, they move fast, they close while other buyers don’t know there is an opportunity.

How Access Changes Everything

Most mineral buyers rely on a combination of traditional sourcing channels. Brokers, direct mailers, and personal relationships. Each channel has real costs and real constraints.

  • Brokers work a curated network. They know a subset of sellers and a subset of inventory. When deal flow is tight, you’re competing against every other buyer working with that same broker. Negotiation happens after multiple other offers have already come in, and you’re negotiating brokered terms and commissions.

  • Direct mailers reach potential sellers, but the approach is expensive and response rates are low. You’re spending time and capital hoping someone in your mailing list wants to sell. You don’t have visibility into what’s trading in your target basins or what prices are driving those transactions. You’re not seeing the market. You’re hoping the market comes to you.

  • Personal relationships and network building matter, but they’re time intensive and geographically limited. Relationships don’t scale across states and counties.

What’s missing from all three approaches is one essential thing. Visibility into the actual market. Comprehensive market visibility into hidden mineral inventory, changes everything operationally. You can search the market directly instead of waiting for a broker to send a deal or hoping a mailer responds. You see individual owner interests. You see off-market mineral rights. You see properties that fit your criteria before anyone else has approached the seller. Instead of competing against multiple other offers after a broker package goes wide, you’re having a first conversation with an uncontacted seller. Instead of negotiating around brokered terms and commissions, you’re structuring a deal that works for them.

The speed advantage is significant. A brokered deal typically takes months from first approach to close. A mailer campaign takes weeks just to see if there’s response. Direct access to market visibility compresses this to weeks from discovery to offer. You find a property that fits, you reach out, you understand the seller’s motivations, and you present an offer they can say yes to. The time-to-decision drops dramatically, and you’re the only voice in the conversation.

Every buyer can read production data. Most can do the math. But the buyers closing deals at better terms are the ones who know about them first and can structure an offer before competition arrives.

If the Consolidation Trend Continues

The near-term market appears likely to maintain current trends. EIR’s view is that consolidators will keep consolidating, and prices in the Permian will likely keep climbing. Broker deal flow will continue to shrink. But what’s changing is where real opportunity lives. It’s not in competing for brokered packages in the Permian. It’s in having direct access to the fragmented inventory that the big consolidators aren’t targeting because it doesn’t move the needle for them at scale. The interests buyers are currently holding. The owners willing to sell. That’s where the next decade of mineral acquisitions can happen.

The buyers winning right now have visibility into that inventory. Everyone else is waiting for a deal to appear on their desk and then competing with three other offers.

Take a look at what’s available on Minerals Marketplace map. See active listings across major basins, production data, and available interests that never make it to traditional deal flow. That’s your advantage.

Mineral Marketplace Map

About Enverus Intelligence® | Research, Inc. (EIR)

Enverus Intelligence® | Research, Inc. (EIR) is a subsidiary of Enverus that publishes energy-sector research focused on the oil, natural gas, power and renewable industries. EIR publishes reports including asset and company valuations, resource assessments, technical evaluations, and macroeconomic forecasts and helps make intelligent connections for energy industry participants, service companies, and capital providers worldwide. See additional disclosures here.

Enverus Intelligence® Research Press Release - Waha prices expected to go negative (again)

Bring Your Own Power | Google Funds 890 MW of Nuclear Uprates in PJM

Uncontracted Nuclear Capacity

GOOGL contracted for 3,590 MW of power from CEG in PJM, the largest U.S. power market, with new nuclear capacity accounting for about a quarter of the total, the companies said Oct. 6. A 20-year power purchase agreement covers 890 MW of incremental capacity from uprates at 11 CEG-owned nuclear units in Illinois, Pennsylvania and New Jersey. The agreement will support more than $4.3 billion of investment, with the first uprated plant expected online in 2028. Under a separate 15-year agreement, CEG will supply 2,700 MW from its PJM fleet. The power is not tied to a specific source, and GOOGL said the agreement provides long-term revenue certainty for CEG’s operating plants. The arrangement responds to PJM’s “bring your own power” proposal, which would expose large new loads without sufficient supporting capacity to curtailment during grid emergencies.

Nuclear uprates have emerged as the fastest route to firm capacity, and deals are stacking up. AMZN and CEG agreed Sept. 30 to a 20-year, 690 MW contract at the Calvert Cliffs Clean Energy Center in Maryland. The deal supports more than $3 billion of investment, including an uprate expected to add about 190 MW between 2030 and 2032. Days later, the U.S. Department of Energy announced a conditional loan commitment of up to $4.2 billion for uprates and modernization at VST’s Beaver Valley, Davis-Besse and Perry plants. The projects would add 433 MW and preserve nearly 4 GW of baseload capacity in PJM. Hyperscaler offtake and federal financing are supporting more output and longer operating lives at existing reactors without requiring new plants.

CEG was the obvious counterparty. Enverus Intelligence® Research previously measured uncontracted nuclear capacity across independent power producers and sorted it into five tiers. CEG held more than 20 GW, about seven times VST’s roughly 3 GW, including nearly 8 GW in Tier 1 (Figure 1). Calvert Cliffs ranked first, and AMZN contracted with the plant about two months later.

The deal lands in a market short on capacity and long on load. Rising electricity demand, driven largely by data center expansion, has contributed to a more than 11-fold increase in PJM capacity prices since 2024 and left the grid with a power shortfall. CEG previously agreed to restart the Crane Clean Energy Center, formerly Three Mile Island Unit 1, for MSFT data centers, while GOOGL contracted to restart NEE’s Iowa nuclear plant. CEG shares closed Oct. 6 at $300.40, up 12.25%. The companies also established a framework that could be replicated for generation, battery storage and demand-response resources elsewhere in the U.S.

This blog offers just a glimpse of the powerful analysis Power and Energy Transition Research delivers on the trending themes. Don’t miss the full picture.

A nuclear fuel pellet is about the size of a pencil eraser, yet it holds the energy of a ton of coal or 17,000 cubic feet of natural gas. Stacked inside a fuel rod, ten pellets power a home for a full year.

Research Highlights

  • SHEL To Acquire Hunlock Power Plant | Attractive Exposure to PJM Capacity Market Upside
    Shell Energy North America’s acquisition of the 169 MW Hunlock Power Station underscores the value of strategically located gas-fired generation that combines capacity revenue with potential upside from evolving power market fundamentals.
  • 3Q26 Data Center Capacity Forecast | The Buildout Surge
    Enverus Intelligence® Research’s 3Q26 Data Center Capacity Forecast, The Buildout Surge, traces how hyperscaler capital budgets and chip supply turn into U.S. data center capacity, market by market, through 2035. It updates our list of high-confidence campuses and shows where new capacity lands across the ISOs. It also compares the economics of campuses with their own on-site power against those waiting on a grid connection and estimates the natural gas that on-site power will burn.
  • Network Upgrade Costs and Solar PV LCOE | Zonal Exposure and Sensitivity
    Enverus Intelligence® Research identifies the independent system operator zones with the lowest solar PV network upgrade costs (NUCs). It also examines how NUC outcomes affect the levelized cost of energy and compares solar economics without the investment tax credit with recent power purchase agreement benchmarks.

Upcoming Events

  • Roadshow | Supply Chain, Power | Oct. 13 | San Francisco, Los Angeles

Top Three Takeaways:

1: What does the GOOGL and CEG deal include for nuclear uprates in PJM?

GOOGL contracted for 3,590 MW of power from CEG in PJM, with new nuclear capacity accounting for about a quarter of the total. A 20-year power purchase agreement covers 890 MW of incremental capacity from uprates at 11 CEG-owned nuclear units in Illinois, Pennsylvania and New Jersey. The agreement will support more than $4.3 billion of investment, with the first uprated plant expected online in 2028. A separate 15-year agreement covers 2,700 MW from CEG’s PJM fleet.

2: Why are nuclear uprates becoming the fastest route to firm capacity?

Hyperscaler offtake and federal financing are supporting more output and longer operating lives at existing reactors without requiring new plants. AMZN and CEG agreed Sept. 30 to a 20-year, 690 MW contract at the Calvert Cliffs Clean Energy Center in Maryland. The U.S. Department of Energy also announced a conditional loan commitment of up to $4.2 billion for uprates and modernization at VST’s Beaver Valley, Davis-Besse and Perry plants further out.

3: Why was CEG the obvious counterparty for hyperscaler nuclear deals in PJM?

Enverus Intelligence® Research measured uncontracted nuclear capacity across independent power producers and sorted it into five tiers. CEG held more than 20 GW, about seven times VST’s roughly 3 GW, including nearly 8 GW in Tier 1. Calvert Cliffs ranked first, and AMZN contracted with the plant about two months later.

About Enverus Intelligence® | Research, Inc. (EIR)

Enverus Intelligence® | Research, Inc. (EIR) is a subsidiary of Enverus that publishes energy-sector research focused on the oil, natural gas, power and renewable industries. EIR publishes reports including asset and company valuations, resource assessments, technical evaluations, and macroeconomic forecasts and helps make intelligent connections for energy industry participants, service companies, and capital providers worldwide. See additional disclosures here.

Enverus Press Release - No pain, no gain: Short-term headwinds for natural gas could bring beneficial long-term tailwinds

Haynesville at the Crossroads: Weighing Gulf Coast Access Against Inventory Quality

Choosing where to drill for gas comes down to two things: how good the inventory is and how easily the gas reaches buyers. On one hand, the Haynesville trails other gas plays on inventory quality. On the other, it sits close to the Gulf Coast, where much of the new LNG demand is landing.

According to Enverus Intelligence® Research estimates, with gas below $3, the Haynesville has roughly 12 years of inventory that breaks even under that price. The Western Haynesville is an emerging area, with early wells producing more gas in year one than legacy wells.

Five or six operators account for over 50% of production, but a long tail of smaller operators has been increasing activity anyway. If you run a smaller operation, you’re weighing whether Gulf access justifies drilling here.

Lauren Van Der Wissel (Enverus Intelligence® | Research) and Kadira Singh (Technical Advisor) walked through that tradeoff in our Basin Insights webinar. Here are the four takeaways you should know:

  • Weaker inventory, but closer to LNG demand
  • Smaller operators ramped up rigs below $3
  • Western Haynesville wells started strong, but recent results are weaker
  • Ranking remaining inventory by breakeven and NPV beats blanket acreage assumptions

Proximity to LNG Demand Offsets Weaker Inventory

Lauren’s opening chart plots years of remaining inventory across the major gas plays, colored by PV10 breakeven.* Most of the Haynesville’s remaining inventory sits in the south, where it overlaps the Middle Bossier. The Marcellus and Utica rank ahead of the Haynesville on inventory quality, but those producers have historically been egress constrained and struggle to move gas to the Gulf Coast, where LNG demand is high. The Haynesville sits beside that demand, which gives it a unique advantage over other higher-quality plays. *(Breakevens are PV10 half-cycle.)

Smaller Operators Keep Adding Rigs Below $3

Despite gas below $3 and weaker inventory than the Marcellus and Utica, smaller operators have been increasing activity. One operator, Apex, has ramped to as many as 14 rigs since Q1 2025, mostly in Texas, and is now down to 10. Lauren pointed to LNG contracts, potential economic improvements, and investment decisions made when prices were higher as reasons rigs across the Haynesville have climbed. The question is whether their inventory can sustain that pace.

Apex Dropped 4 Rigs
Source | Enverus Intelligence® Research, Enverus FOUNDATIONS®, Enverus Activity Analytics.

Western Haynesville: Strong Early Results, Weaker Recent Results

Western Haynesville wells drilled in 2022 produced more gas in year one than legacy Haynesville wells, but results vary by county and depth. Recent results are weaker, with early Robertson County wells outperforming more recent Leon County wells. Operators also choke wells differently, with Comstock showing sharper declines and Aethon, now Mitsubishi’s Adamas, a flatter profile. Higher-horsepower rigs and longer laterals, nearing two miles, have pushed drilling efficiency up year over year from 2022 to 2025, to about 600 feet per day.

Western Haynesville Up to 6 Rigs
Source | Enverus Intelligence® Research, Enverus FOUNDATIONS®, Enverus Activity Analytics

Rank Remaining Inventory by Breakeven and NPV

In PRISM, rigs, forecasts, economics, geoscience, and inventory sit in one workflow, so analysts skip the hand-offs to PowerPoint and ArcGIS. Kadira showed how Placed Wells Intelligence gives you an analyst-placed, well-level view of remaining inventory, built on each operator’s historical spacing. You rank wells by breakeven and NPV instead of relying on blanket acreage assumptions. Enverus ONE, a separate subscription, takes those placed wells through a 13-step Inventory Evaluation workflow to cash flow, NPV, and IRR, with 20+ inputs you can adjust and rerun.

See the Full Picture

The inventory chart behind this tension and the live product demo are in the full replay.

About Enverus Intelligence® | Research, Inc. (EIR)

Enverus Intelligence® | Research, Inc. (EIR) is a subsidiary of Enverus that publishes energy-sector research focused on the oil, natural gas, power and renewable industries. EIR publishes reports including asset and company valuations, resource assessments, technical evaluations, and macroeconomic forecasts and helps make intelligent connections for energy industry participants, service companies, and capital providers worldwide. See additional disclosures here.

Enverus Press Release - Enverus Acquires BidOut, energy’s leading AI-powered procurement platform provider

Jupiter in Retrograde | Oracle Hedges on Bloom’s Biggest Order

BE Product and Service Backlog | Source: Enverus Intelligence® Research

Last week, Oracle issued a force majeure notice to STACK Infrastructure, the Blue Owl Capital-owned developer of Project Jupiter, the Stargate data center campus in Doña Ana County, New Mexico. The notice preserves Oracle’s ability to seek delayed payments if the campus misses its targeted 2028 opening, although it is unclear whether the company could be released from its agreed obligations. Oracle says Project Jupiter “remains on our planned schedule” and that such notices do not by themselves indicate a delay. Still, Enverus Intelligence® Research (EIR) views the notice as a clear sign that Oracle sees material schedule risk.

That risk is not new. The project still lacks an air permit for its fuel-cell microgrid, and New Mexico twice blocked Energy Transfer’s Green Chile gas pipeline from crossing state trust land, pushing its targeted in-service date from August to February 2027. The New Mexico Supreme Court temporarily paused the air- and water-permitting proceedings before lifting the stays on Sept. 17. Lenders have also taken note, with the project’s $18 billion in loans quoted at 89 to 91 cents on the dollar.

Oracle’s contract with Bloom Energy (BE) covers about 2.4 GW of fuel cells for the site and, including a $1.2 billion expansion option, represents nearly half of BE’s estimated product backlog. EIR still expects Project Jupiter to be built. Oracle is not walking away; the project partners say their financial commitments remain unchanged, and the compute demand underpinning Stargate is real.

But the notice is Oracle’s own acknowledgment that the 2028 target faces risk, and every month of delay could push BE’s deliveries and revenue further out. In July, we called the pipeline denial Bloom’s first crack. This is the second, and with so much of its estimated backlog tied to one site, BE has little room for error.

This blog offers just a glimpse of the powerful analysis Power and Energy Transition Research delivers on the trending themes. Don’t miss the full picture.

Research Highlights:

  • Network Upgrade Costs and Solar PV – LCOE Zonal Exposure and Sensitivity – Enverus Intelligence® Research identifies the independent system operator zones with the lowest solar PV network upgrade costs (NUCs). It also examines how NUC outcomes affect the levelized cost of energy and compares solar economics without the investment tax credit with recent power purchase agreement benchmarks.
  • 3Q26 Long-Term Capacity Expansion – The Reliability-Led Power Buildout – Enverus Intelligence® Research projects a storage-led buildout of the Lower 48 power supply through 2050, with 1,080 GW of new capacity lifting installed capacity from 1,435 GW to 2,284 GW. Battery storage, solar and natural gas lead additions, but the path diverges sharply by region as some markets scale renewables while others lean on gas and nuclear. Falling geothermal and nuclear costs and rising gas capex reshape where each technology wins.
  • ERCOT Batch Zero – Who Gets Energized, Who Waits? – ERCOT’s Batch Zero classification gives large-load developers a sense of their path to energization, but certainty remains limited. We find that only 8.8 GW of the 191.8 GW classified is associated with published near-term Quarterly Stability Assessment deadlines, while the largest and least visible projects face additional study and transmission uncertainty.

Force majeure is French for “superior force,” and the concept was written into France’s Civil Code in 1804. It pauses obligations when events outside a party’s control, traditionally wars, floods and “acts of God,” make performance impossible.

Top Three Takeaways:

1: What does Oracle’s force majeure notice mean for Project Jupiter?

Oracle’s force majeure notice is a legal safeguard that allows the company to delay payments if Project Jupiter misses its 2028 opening target. While Oracle maintains the project is on schedule, EIR views the notice as a clear signal the company sees material schedule risk ahead. The notice does not necessarily indicate an imminent delay, but it reflects Oracle’s concern about permitting and infrastructure challenges that could push the timeline.

2: How dependent is Bloom Energy on Project Jupiter?

Bloom Energy’s 2.4 GW fuel cell contract for Project Jupiter represents nearly half of the company’s estimated product backlog, making it a critical revenue stream. The contract includes a $1.2 billion expansion option, further cementing the site’s importance to the company’s future deliveries and financial performance. With so much of its backlog concentrated at a single location, Bloom Energy has limited flexibility if schedule delays push fuel cell deliveries
further out.

3: What are the primary schedule risks facing Project Jupiter?

The project faces multiple permitting and infrastructure hurdles: it still lacks an air permit for its fuel-cell microgrid, and New Mexico’s twice-blocked Energy Transfer pipeline has pushed its in-service target from August to February 2027. Lender concerns are mounting, with project loans quoted at 89 to 91 cents on the dollar, signaling diminished confidence in timely completion. Every month of delay ripples through Oracle’s procurement and Bloom Energy’s delivery timeline.

About Enverus Intelligence® | Research, Inc. (EIR)

Enverus Intelligence® | Research, Inc. (EIR) is a subsidiary of Enverus that publishes energy-sector research focused on the oil, natural gas, power and renewable industries. EIR publishes reports including asset and company valuations, resource assessments, technical evaluations, and macroeconomic forecasts and helps make intelligent connections for energy industry participants, service companies, and capital providers worldwide. See additional disclosures here.

Enverus and Pexapark Press Release - Enverus Enhances Global Trading & Risk Platform with Pexapark’s Benchmark Renewables Pricing and Market Intelligence

LNG Canada Phase 2, Pipeline Optionality and Oil Market Confusion

Canada’s energy future hinges on market access and optionality.

LNG Canada Phase 2 has secured a final investment decision, while provincial premiers align on oil pipeline ambitions, underscoring Canada’s push to become a global energy superpower. In this segment from CBC Calgary’s Eyeopener, Al Salazar breaks down the LNG decision, the political momentum behind east- and west-coast pipelines, and why stock levels, not headlines, will ultimately drive prices.

Trade the facts, not the noise. 

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LNG Canada Phase 2: Validation of an Energy Superpower Ambition

LNG Canada Phase 2 securing a final investment decision signals market fundamentals are aligned with supply expansion. With roughly 10 Bcf/d of LNG supply disrupted by the U.S.-Iran war, some price-sensitive Asian buyers have pivoted to coal or reduced consumption. These near-term conditions have strengthened the case for Phase 2, despite its longer development timeline. Middle East instability also casts a dark cloud over low-cost Qatari LNG, while Canada offers greater security of supply.

LNG Canada vs. Qatari LNG: Why Supply Security Drives Investment

The geopolitical backdrop makes LNG Canada increasingly attractive to Asian buyers seeking diversified sources. With Middle East tensions threatening supply chains and Qatari volumes constrained, LNG Canada’s appeal extends beyond just price—it’s about de-risking supply portfolios. The Final Investment Decision validates that LNG Canada can compete on both economics and security, positioning the project as critical to Canada’s energy superpower aspirations.

Hormuz traffic is improving, but that matters little if shut-in production does not return and Russian refineries remain offline. Global crude and product inventories are still declining. Shipping delays may eventually slow inventory draws, but the market still faces a long recovery. Less attention is being paid to how traffic is being restored: through an increasingly demanding and potentially unsustainable U.S. military commitment.

The Premiers’ Alignment on Canadian Pipeline Expansion: Why Infrastructure Becomes Political Capital

Ontario Premier Doug Ford’s support for the Northern Shield Energy Corridor, including provincial funding for feasibility work, signals a shift in how political leaders view energy infrastructure. The stated four- to five-year construction timeline acknowledges urgency; the willingness to deploy public funds addresses investor anxiety about regulatory delays. We interpret this as recognition that Canada’s energy superpower ambitions require new infrastructure and the market optionality it provides.

Price Differentials and the Venezuelan Squeeze: Why Shipping Constraints Matter More Than Sentiment

Western Canadian Select has recently traded at an increasingly wide discount to Brent. Venezuelan barrels have begun to compete for U.S. Gulf Coast refining capacity, while U.S. refinery outages have reduced demand for Canadian crude. Further Venezuelan production gains could crowd Canadian barrels out of finite Gulf Coast refining capacity. We warned about this dynamic months ago. For a deeper analysis of how Venezuelan competition reshapes Canadian energy economics, see Trump’s Venezuela Deal Puts Canada “On Notice”: What It Means for Oil Sands and Pipeline Economics.

Without diversified export routes, Canadian producers could face a wider structural discount due to Venezuelan production gains. Each additional pipeline route connecting Canadian barrels with markets outside the U.S. Gulf broadens the buyer pool and provides relief through greater optionality. As detailed in Alberta’s West Coast Pipeline Gambit: Economics, Routes and the China Wild Card Shaping Canada’s Oil, exploring new Canadian pipeline corridors could fundamentally reshape pricing dynamics for upstream producers.

The Stock and Flow Illusion: Why Market Noise Masks the Real Price Support

Markets remain focused on headlines: vessel traffic through the Strait of Hormuz, Russian refinery outages and global product shortages. That has left clients struggling to separate bullish arguments from bearish ones.

Key Takeaways

Why does Canada need pipeline optionality?

Canadian crude currently trades at a significant discount to global benchmarks because of U.S. refinery outages and increased competition from Venezuela. With Venezuelan barrels competing for Gulf Coast refining capacity, wider price differentials are inevitable without diversified export routes. As explored in Why Alberta’s Oil Sands Producers Are Waiting on $100 Crude and Ottawa’s Fine Print, pipelines to the east and west coasts would give Alberta producers greater optionality and pricing power.

What would a U.S. diesel export ban mean for Canadian industries?

Quebec and Atlantic Canada import a small amount of diesel from the United States. If the U.S. restricts diesel exports, international prices would spike and private refineries would chase higher margins overseas rather than serve domestic markets. Canada would face upward pressure on diesel costs across transportation, agriculture and industrial sectors.

Why are stock levels more important than geopolitical noise?

Global crude and product inventories have fallen sharply and continue to draw. While financial markets focus on Strait of Hormuz traffic and trade headlines, physical markets reveal the central constraint: product supply. Low stock levels provide structural support for elevated oil prices, making them more durable than sentiment alone would suggest.

About Enverus Intelligence®| Research 

Enverus Intelligence® | Research, Inc. (EIR) is a subsidiary of Enverus that publishes energy-sector research focused on the oil, natural gas, power and renewable industries. EIR publishes reports including asset and company valuations, resource assessments, technical evaluations and macro-economic forecasts and helps make intelligent connections for energy industry participants, service companies and capital providers worldwide. See additional disclosures here.

Enverus Intelligence® Research Press Release - Surge in clean energy demand intensifies market competition

How Much Grid Capacity Can Your Data Center Site Actually Count On?

Knowing the grid could serve part of your load isn’t the same as knowing how much, by when, or at what cost.

A data center site can pass every land, permitting and community screen and still stall on one number: how much grid capacity it can actually count on. The first post in this series looked at why a powered site still needs to prove it’s buildable, permittable and connectable before it’s ready for capital. This post picks up at connectable.

Outside ERCOT, many large loads don’t sit in a public interconnection queue, so a developer can move deep into site planning without knowing who else is chasing the same local headroom. A nearby substation on a map doesn’t answer the real question: how much firm load can that point of interconnection actually support, by the date the project needs it?

Proximity to transmission is not the same as usable grid capacity.

Testing the number, not assuming it

A meaningful capacity assessment starts with the project’s actual load profile: target size, energization date, ramp schedule, and how much of that load has to be firm versus how much tolerance there is for bridge power. In Enverus Interconnect for Large Load, that profile is the starting screen: the same inputs a development team would already have on hand for any candidate site.

Setting up a candidate load in Enverus Interconnect for Large Load. Target capacity, energization date and ramp schedule become the inputs every downstream scenario is built from.

A single base case understates the risk. It doesn’t account for other large loads that may be competing for the same grid capacity, or for stressed system conditions that trigger a different set of network upgrades. That’s why the workflow tests more than one operating condition side by side: a traditional case built on today’s known queue, and a stressed case that assumes more of that queue actually gets built.

The same candidate load modeled under a traditional case and a stressed case.
  1. Traditional case: 3 network upgrades triggered, 209 MW of headroom, and roughly $73 million in upgrade cost.
  2. Stressed case: 5 network upgrades triggered, 1 MW of headroom, and roughly $128 million in upgrade cost.

Same load. Same node. Same target date. The only thing that changed was which projects ahead of it in line were assumed to actually get built. That’s the gap a single-case estimate hides, and it’s the difference between a site with room to grow and one with almost none.

Turning grid headroom into a decision

Once the range is established, the logic becomes concrete. How much firm load can the grid support? How big is the gap to the project’s full requested load? What upgrades would close that gap, and roughly when could they be in service?

An itemized view of the network upgrades triggered at the point of interconnection, each with its own cost and expected in-service timing.

That gap is the behind-the-meter generation requirement. It has to be sized for the shortfall, whether that’s an interim bridge while upgrades are pending or a longer-term part of the power strategy. There’s also a real decision to make about what that generation does once the bridge period ends: stay isolated, keep supporting the campus, or eventually pursue its own interconnection.

The cost spread matters as much as the headroom spread. Moving from the traditional case to the stressed case didn’t just shrink the available capacity, it added tens of millions of dollars in potential network upgrade cost. That range belongs in the site’s economics from day one, not as a footnote discovered later.

BYOG changes the grid relationship, it doesn’t end it

None of this makes the grid optional. BYOG can reduce how much a project depends on immediate full grid service, but it rarely removes the interconnection question altogether. Grid timing still affects the power ramp. Network upgrade costs still move the project’s economics. And on-site generation may eventually need its own generation-side interconnection analysis once it’s large enough to export or support neighboring load.

For most BYOG configurations, the grid doesn’t disappear from the analysis. It just becomes a smaller, later part of it.

Before advancing the site

A defensible capacity number comes down to four questions:

  • How much firm load can this location support, and what’s the credible range under stressed conditions?
  • Which upgrades are triggered at the target load size, and when does each increment of power actually become available?
  • How much bridge or permanent on-site generation does that gap require?
  • Does the grid timeline still line up with the campus development plan?

A site can clear its land, permitting and grid questions and still have one more piece to confirm: whether enough gas can actually reach it, both physically and commercially. That’s where this series goes next.

Next in the series:
BYOG: Can the Gas Actually Reach Your Data Center Site?

Watch From Decision to Execution: How to Validate BYOG Sites Before You Commit to see how developers can test land, permitting, grid and fuel risks before committing capital.

Enverus Press Release - Class VI wave expected to hit US

Why Lean Operators are Rethinking Their Tech Stack

In a recent post, we introduced the Lean Operator: the small team running complex programs without the staff or systems a major would bring to the same work. This post picks up where that one left off.

You’ve got a land system your predecessor built in 2019, an engineering platform you use for a fraction of your workflows, and a folder of raster files that may or may not be depth-registered. You’re running a 40-well program and answering to a sponsor who wants a development plan by Friday, and somewhere in the middle of all that, you’re expected to keep the data clean.

For a lot of Lean Operators, that’s a normal week. The root of the problem usually has less to do with how hard the team is working and more to do with how the tools underneath them fit together.

The Gap Caused by Enterprise-Designed Tool

Each tool in your stack probably does its job well enough on its own. The trouble starts with the handoffs. Moving from your land system to your engineering platform means rebuilding context every time, and answering a single question often means pulling from three sources that were never designed to talk to each other. That can easily eat thirty minutes you didn’t have. If you have an analyst, a good share of their week likely goes to wrangling exports instead of running analysis. If you don’t, that time has to come from somewhere in yours.

Over the course of a week, those handoffs can add up to something close to a full workday. You won’t find that on a budget line, but you’ll see it in slower decisions, evaluations that took longer to finish than they should have, and opportunities that moved on before you were ready.

Meanwhile, the ask keeps growing: more wells and tighter timelines, with no additional resources to help. Development plans still have to hold up in technical review, and basin screens increasingly cover acreage you’ve never operated, all on a schedule more suited to enterprise teams.

Most large-scale platforms were designed with different customers in mind, typically a 500-person organization with dedicated data teams, a full IT department, and the budget for a six-month onboarding. For a team your size, the configuration overhead alone can turn into a full-time job.

The Workflows That Expose Your Stack

Rethinking your stack doesn’t have to mean replacing all of it. Most of the Lean Operators we talk to would rather keep what works and add tools that step in at the specific points where their current setup falls short. Three workflows come up repeatedly in our calls.

1: Quick Evaluation

A seller calls, or you’re screening an acquisition target at 4 p.m. on a Thursday, and you need production data, basic engineering context, and ownership information in one place before the conversation moves on. A full analysis platform is more than the situation calls for. What you need is a reliable answer, fast.

Strike was built for that workflow. It gets you from question to answer in about three clicks, with no lengthy setup or training standing between your team and the first useful result.

2: De-Risking the Subsurface

Maybe you picked up acreage in a divestiture, or you’re screening a basin your team hasn’t worked in before. Before your geologists can trust an interpretation, they need every well log in that area of interest, not just the ones already on file. One missing offset well leaves a gap in the picture right when the stakes are highest: building a development plan, making a spacing decision, or running A&D due diligence.

Well Log Analytics Rasters gives you access to 8.1 million SmartRaster well-log images across North America, already depth-registered and UWI-assigned, so your team works from complete coverage instead of a partial one.

3: Document Search

Acquired assets tend to arrive with years of lease files, completion reports, and scanned well files, and operators send over 40-page drilling reports with no summary attached. The answer you need is usually somewhere in that folder, but finding it means reading page by page while the clock runs.

Enverus ONE QuickStart turns those files into a workspace your team can question in plain language. You can upload PDFs, PowerPoints, and images, including older typewritten reports, and every answer cites the document it came from. It’s ready in minutes, with no IT setup or data preparation required.

What’s Changing

The Lean Operators moving fastest right now favor lightweight tools their teams can start using on day one, the kind that slot into existing workflows and pay for themselves in hours saved. They get there by asking what fits the way their team works before comparing feature lists, which tends to rule out the platforms built for teams ten times their size.

If This Sounds Familiar

Strike was designed around how Lean Operators work. If quick evaluations are where your current setup tends to break down, it’s worth a look.

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