The Silo Effect: Why Narrow Roles Are Holding Back the Energy Industry

There is a concept in the natural gas industry called the Silo Effect. It has a simple definition: an employee spends their career in a single functional role, develops deep expertise in that one area, and never builds any understanding of how the broader business actually operates.

It is not a new problem. It has been described in industry training programs for decades. And it remains one of the most persistent sources of costly mistakes, missed opportunities, and organizational friction in energy companies today.

How the Silo Gets Built

The natural gas business is genuinely complex. At any given moment, a company might be managing upstream production purchases, scheduling nominations across a dozen pipelines, coordinating storage injections and withdrawals, processing invoices from carriers, handling imbalance cashouts, and reporting financial results to management. Each of those activities involves its own systems, vocabulary, regulations, and counterparties.

The practical response to this complexity has always been specialization. A new hire joins the scheduling desk. They learn nominations, confirmations, fuel calculations, and imbalance resolution. After a few years, they are excellent at it. The desk runs smoothly. No one pushes them to learn what happens after they submit their nominations, or how the deals they schedule were originally structured, or how the fuel costs they absorb show up in the company’s P&L.

The silo forms not through negligence but through the perfectly reasonable logic of keeping operations running. The problem is what it costs over time.

What the Layers Actually Look Like

To understand why the Silo Effect is limiting, it helps to see the natural gas business as it actually is: a stack of interconnected layers, each one dependent on the ones below it.

The foundation is physical assets and operations: the pipes, compressors, processing plants, and storage fields that make movement physically possible. Without this layer, nothing else exists.

On top of that sits the operational layer: the day-to-day mechanics of supply acquisition, scheduling, logistics, and disposition. This is where deals get made, gas gets moved, and problems get solved.

The business and commercial layer gives purpose to operations. This is where margin targets, risk positions, and commercial strategy live. A trade that looks operationally clean can still be financially bad if the commercial team did not account for multi-pipeline fuel costs or firm demand charges.

Then come technology and systems: the ETRM platforms that track every physical and financial transaction across the lifecycle. The accuracy of the data in those systems determines the quality of every report that flows from them.

Controls and compliance sit above that, ensuring that all of the activity below conforms to FERC tariffs, state regulations, and internal governance requirements. And at the top, reporting and settlement converts everything physical into financial results: who gets paid, how much, and why.

Most industry professionals live in one or two of these layers. A scheduler lives in the operational layer. An accountant lives in the reporting layer. A compliance officer lives in the controls layer. Each one is doing important work. But none of them can see the full picture from where they sit.

The Real Cost of Not Seeing the Full Picture

The Silo Effect does not just create awkward knowledge gaps. It produces concrete operational and financial errors.

Consider a scheduler who has never been walked through how their activity translates to a P&L statement. They know the fuel calculation formula: purchase volume equals desired delivery divided by one minus the fuel rate. They apply it correctly every day. What they may not understand is that when they accept a non-firm interruptible transport agreement to save on demand charges, they have created a supply risk that does not become visible until accounting closes the month and discovers the cashout penalties from being bumped off the pipe during a price spike. The scheduling decision looked fine in isolation. Its full cost was invisible from the scheduling desk.

Or consider an accountant in gas accounting who processes invoice after invoice from pipeline companies, allocating fuel charges and commodity costs to the right accounts. They are accurate and thorough. But when a variance shows up in the monthly settlement, they cannot trace it back to the scheduling activity that created it, because they have never seen a nomination screen. The investigation that should take two hours takes two days, because the accountant has to wait for someone from scheduling to explain what happened.

And consider a trader who structures a deal without understanding how retained fuel is calculated across a multi-pipeline haul. They price the deal at a margin they believe covers transport. It does not, because they assumed a simple percentage on the delivery volume rather than working backward from the delivery volume using the division formula. The error is small on any single deal. Multiplied across thousands of contracts, it is material.

Each of these is a real category of error that happens in real companies. None of them would happen if the person making the decision understood the layer of the business adjacent to their own.

How “The Flow” Changes Everything

One of the most useful frameworks for breaking down silos is understanding what practitioners call The Flow: the continuous physical movement of natural gas from supply through logistics to demand, every single day.

Supply is the acquisition side: gas purchased from producers or other market participants, entering the system at receipt points. Logistics is everything in the middle: gathering, processing to make gas pipeline-quality, transmission across hundreds or thousands of miles, and storage for when supply and demand are temporarily out of sync. Demand is the delivery side: gas nominated and confirmed to customers, measured at delivery points, and billed through settlement.

Every professional in the industry is operating somewhere in this flow, whether they know it or not. A scheduler is coordinating the logistics layer. A trader is managing the supply and demand endpoints. An accountant is translating the entire flow into a financial record. When someone understands the flow end-to-end, they can trace any problem backward or forward to its root cause. When they understand only their section of it, they can only see what is immediately in front of them.

The scheduling function is a particularly clear example of why this matters. A scheduler at a marketing company may be managing gas across dozens of pipelines simultaneously. Every nomination they submit sets off a chain reaction: the pipeline contacts the upstream counterparty to confirm the supply, contacts the downstream counterparty to confirm the delivery, and then adjusts the confirmed volume if any link in that chain does not match. A scheduler who understands the trading desk knows why counterparties sometimes confirm at different volumes. A scheduler who understands gas accounting knows why their Friday multi-day nominations (covering Saturday, Sunday, and Monday in a single batch) create reconciliation challenges when actual metered volumes come back from the pipeline. A scheduler who understands the storage function knows why the pool they are drawing from may be unexpectedly short on a winter morning.

None of that context comes from mastering scheduling in isolation. It comes from understanding how scheduling sits inside the larger system.

The Competitive Advantage of Cross-Functional Knowledge

The practical value of understanding the full picture is not theoretical. It changes how a professional operates from their first week on the job.

Someone who arrives in an operations role already understanding how physical transactions become financial entries can ask better questions of accounting. Someone who understands the regulatory framework governing transmission pipelines can read a FERC tariff and understand why certain penalties exist, rather than treating them as opaque cost line items. Someone who can trace a deal from execution at the trading desk through scheduling, physical delivery, invoice processing, and final settlement can hold a substantive conversation with every function involved in that deal.

This is what separates functional specialists from advisors. Specialists execute their section of the workflow accurately. Advisors can contribute to decisions that span multiple sections. In an industry as operationally complex and financially consequential as natural gas, the supply of advisors is always short.

The industry is large and growing. Electric power generation is now the single largest consumer of natural gas in the United States, and data centers, AI infrastructure, and LNG export terminals are adding significant new demand. Careers in this field are broad, they are well-compensated, and they are accessible to people from almost any academic background: accounting, finance, supply chain, information systems, and engineering all translate directly.

The constraint is not opportunity. The constraint is the Silo Effect: the tendency to develop deep narrow expertise and then stay inside it for a career.

Breaking the Silo Deliberately

Ascend’s curriculum is designed from the ground up to address this problem. Every topic is taught in the context of how it connects to the topics adjacent to it. Scheduling is not taught in isolation. It is taught as the function that links trading decisions to physical delivery, that drives imbalance positions that accounting must resolve, that interacts with storage operations, and that sits inside a regulatory framework enforced by FERC. The layered industry framework is not just a conceptual tool. It is the organizing principle of how the material is sequenced and connected throughout the program.

The goal is not to produce people who know a little about everything. It is to produce people who understand their specialty deeply and can also navigate the full system that specialty sits inside. That combination is what makes the Silo Effect reversible, and what turns a functional hire into someone the business actually depends on.