Every major industrial project begins with something that does not yet exist.
Before the first foundation is poured, developers work with engineering studies, financial models, feedstock projections, market forecasts, permits, contracts and plans. Investors are asked to commit capital based largely on what a project willbecome rather than what it is today.
That is unavoidable.
A refinery cannot demonstrate ten years of operating history before it is built. A new power plant cannot produce electricity before construction. An advanced recycling facility cannot process a million tons of feedstock before the equipment exists.
Project development therefore requires assumptions, projections and confidence in the future.
But it also requires something equally important:
verification.
There is a significant difference between an ambitious project, a project that ultimately fails, a project whose assumptions prove incorrect and a project built around deliberate misrepresentation or fraud.
Understanding that distinction—and conducting serious due diligence—is essential for investors, developers, lenders, communities and anyone evaluating major industrial infrastructure.
Project Development Is the Process of Turning Assumptions Into Facts
In From Vision to Reality — A Roadmap for Project Development, we described project development as a progression from vision and feasibility through engineering, financing, construction and ultimately operation.
That progression is fundamentally a process of reducing uncertainty.
Early in development, nearly everything is an assumption.
Can the technology work at the required scale?
Is sufficient feedstock available?
Can the project obtain the necessary permits?
Is there enough utility infrastructure?
What will the plant cost?
Who will buy the output?
Can the project generate an acceptable return?
As development advances, credible projects replace those assumptions with increasingly concrete evidence.
A conceptual site becomes a controlled site.
A preliminary engineering estimate becomes detailed engineering.
An indicative supplier quote becomes a contract.
A prospective customer becomes an offtake agreement.
A projected feedstock supply becomes an enforceable supply arrangement.
A technology concept becomes engineering supported by operating data, equipment guarantees or commercial experience.
The objective is not to eliminate every risk. That is impossible.
The objective is to know which things have been demonstrated, which remain assumptions and what evidence supports each claim.
Failure Is Not Fraud
This distinction matters because industrial projects fail all the time without anyone committing fraud.
Construction costs can increase unexpectedly. Commodity prices can collapse. Permits can take longer than anticipated. Interest rates can change. Equipment can underperform. Feedstock markets can tighten. Customers can disappear.
Even experienced developers sometimes get things wrong.
Fraud is different.
A poor projection may simply be wrong. A fraudulent representation involves deception.
That line became particularly visible in the clean-technology sector through the SEC’s case involving Nikola Corporation. In 2021, Nikola agreed to pay $125 million to settle SEC charges that investors had been misled about the company’s products, technological advancements and commercial prospects. Among other things, the SEC said investors were given misleading impressions about technological milestones, production capabilities, hydrogen production and commercial progress.
The lesson is not that ambitious new technologies should be viewed with suspicion.
It is exactly the opposite.
Innovation requires people willing to pursue ambitious ideas. But credibility improves when claims about those ideas clearly distinguish between what is proposed, what has been engineered, what has been demonstrated and what is already operating commercially.
Technology Due Diligence: Proven Principles Matter
Technology is often the first question asked about an industrial project.
Does it work?
That question sounds simple, but it can mean several different things.
A chemical reaction may work in a laboratory but face significant engineering challenges at industrial scale. A pilot plant may operate successfully but still require substantial scale-up. Individual process units may have decades of commercial operating experience even though they are being integrated in a new configuration.
Those distinctions are important.
At FlexOnyx, our approach has been built around established refining principles rather than depending upon an entirely new chemical pathway. As discussed in Advanced Hydroprocessing: The Cornerstone of FlexOnyx’s Waste Plastic Refining, the FlexFeed™ platform applies proven hydroprocessing principles to complex feedstocks with the objective of producing marketable fuels and petrochemical products.
That does not eliminate project risk. Nothing does.
But technology diligence becomes much more meaningful when investors can examine the individual process steps, equipment, operating conditions, engineering assumptions and commercial precedents rather than being asked simply to believe that a black box will work.
Serious technical diligence asks:
What part of the process is proven?
What part is being adapted?
What scale-up is required?
Who engineered it?
What equipment is commercially available?
What performance assumptions drive the financial model?
What happens if actual yields differ from expected yields?
These are not hostile questions.
They are exactly the questions serious developers should expect.
A Site Is Not a Project
Industrial development also requires precision in describing physical development progress.
A company may identify an excellent location without controlling it.
It may control land without having permits.
It may have permits without having financing.
It may have access to nearby transmission, pipelines, roads, rail or utilities without having contractual rights to use the required capacity.
Each represents legitimate progress—but they are not interchangeable.
The same issue is increasingly visible in power-intensive industries. As PowerGen Insights discusses in Fraud in Energy Markets: Why Verification and Transparency Matter, reliable markets depend upon distinguishing claims from verifiable capabilities.
Major infrastructure development requires the same discipline.
When evaluating a project, the right question is not simply, “Do you have a site?”
It is:
What exactly has been secured?
Feedstock and Offtake: The Two Sides of an Industrial Project
A processing facility exists between two markets.
Something has to come in.
Something valuable has to go out.
For FlexOnyx, this means securing suitable feedstocks while producing fuels and petrochemical products for established markets.
Feedstock availability can look enormous on paper. The world generates extraordinary quantities of plastic waste. But a project cannot operate on global statistics.
It needs physical material that can actually be collected, transported, processed economically and delivered consistently to a specific facility.
That requires understanding geography, composition, contamination, competing uses, transportation costs and contractual availability.
The same scrutiny should be applied to the product side.
A market may consume billions of gallons of a particular fuel, but that does not automatically mean every proposed facility has secured customers.
There is a major difference between:
“We produce a product for which a market exists.”
“We have discussions with potential buyers.”
“We have a letter of intent.”
and:
“We have a binding long-term offtake agreement.”
All can represent legitimate stages of development.
The important thing is accurately describing which stage has actually been reached.
Real Projects Need Real Numbers
Few areas of project development create more confusion than capital cost.
Early project estimates are inherently uncertain. Engineering develops over time, equipment prices change and contingencies become better defined.
That does not make preliminary estimates meaningless.
It means their level of certainty should be understood.
The U.S. Government Accountability Office has developed extensive guidance for evaluating major project costs. GAO identifies four characteristics of a reliable cost estimate: it should be comprehensive, well documented, accurate and credible.
Those principles apply far beyond government projects.
A serious industrial financial model should allow investors and developers to understand where numbers came from, what assumptions drive them and how changes in those assumptions affect project economics.
If feedstock costs increase 20 percent, what happens?
If product prices decline?
If construction takes six months longer?
If interest rates rise?
If yields are lower than expected?
If capital cost increases?
That is why sensitivity analysis is so important.
A model that only works under one perfect set of assumptions is not particularly useful.
A robust project should be able to show investors what happens when reality differs from the base case.
This is also why our discussion in Winning the Profit Game focuses heavily on underlying project economics. Government incentives and policy support can be valuable, but the strongest industrial projects are those built around real economic value rather than depending entirely on one subsidy, credit or regulatory structure.
When Fraud Becomes More Than an Abstract Risk
Occasionally, project representations cross far beyond aggressive assumptions.
The DC Solar case provides an extreme example.
The California company marketed mobile solar generator units to investors, who could receive federal tax benefits from purchasing them. According to the U.S. Department of Justice, the business evolved into a massive fraud scheme.
Eventually, conspirators sold thousands of mobile solar generators that did not even exist.
The owner pleaded guilty to conspiracy to commit wire fraud and money laundering and was ultimately sentenced to 30 years in prison.
That is an extreme case, but it illustrates the purpose of due diligence remarkably well.
At some point, every investment presentation must connect to physical reality.
Does the equipment exist?
Does the property exist?
Are the contracts real?
Did the engineering work occur?
Can invoices be verified?
Are customers real?
Can ownership be demonstrated?
The larger the investment, the more important those questions become.
Environmental Claims Require Verification Too
Advanced recycling projects face another category of diligence: environmental claims.
As discussed by Real Cycle in When Recycling Claims Become Fraud: Greenwashing, Misrepresentation and the Need for Transparency, environmental attributes increasingly carry economic value.
Terms such as recycled, circular, low carbon, sustainable and waste diversion can influence customers, regulators and investors.
They therefore need to mean something.
The Federal Trade Commission’s Green Guides emphasize that environmental marketing claims must be truthful and properly substantiated. Broad environmental claims can be deceptive when their meaning or supporting evidence is unclear.
This issue is becoming particularly relevant to advanced recycling.
The U.S. Environmental Protection Agency’s current guidance on advanced recycling specifically emphasizes transparency. EPA states that companies should consider clearly communicating inputs, yields, allocated recycled content, processing feasibility, and environmental impacts and benefits. EPA also notes that incoming waste plastics need to be monitored for consistent quality and quantity and that resulting products need to meet appropriate specifications.
That is an important principle.
Environmental credibility should ultimately be grounded in measurable outcomes.
How much material entered the plant?
What did it contain?
What products were produced?
What happened to residues?
What product specifications were achieved?
These are questions that operating data can answer.
Data Can Make Industrial Projects More Verifiable
The next generation of industrial infrastructure will produce extraordinary quantities of data.
That creates an opportunity not merely to operate plants more efficiently but also to make performance more transparent.
As we discussed in The Intelligent Circular Refinery: Why the Future of Recycling Is About More Than Chemistry, the circular economy is increasingly a data challenge as well as a materials challenge.
Feedstock characteristics can be measured.
Truckloads can be tracked.
Laboratory results can be stored.
Operating conditions can be monitored.
Product yields can be calculated.
Equipment performance can be compared with engineering assumptions.
Outputs can be reconciled against inputs.
Over time, sophisticated industrial systems should make it increasingly difficult for marketing claims and physical reality to drift apart.
That is good for investors.
It is good for regulators.
And it is good for legitimate project developers.
The Right Team Is Part of Due Diligence
Documents and data matter, but major projects are ultimately executed by people.
Engineering firms, project managers, construction contractors, technology providers, environmental consultants, lawyers, accountants, lenders and operators all bring different expertise.
Our article The Power of the Right Team – Executing the FlexOnyx Vision discusses why the development team matters so much in major infrastructure.
One reason is independent judgment.
A competent owner’s engineer should be willing to challenge assumptions.
A financial advisor should test the model.
A lawyer should identify contractual risk.
An environmental consultant should point out permitting problems.
A strong development team does not simply confirm what the developer wants to hear.
It helps identify problems while they can still be solved.
That is one of the most important differences between promotion and development.
Promotion tells a story.
Development tries to prove it.
Credibility Is a Competitive Advantage
Due diligence is sometimes treated as an obstacle to project development.
It should be viewed as the opposite.
For legitimate projects, rigorous diligence creates value.
Every major assumption that can be independently verified reduces uncertainty.
Every meaningful contract moves something from the future into the present.
Every engineering milestone increases confidence.
Every permit reduces development risk.
Every credible cost estimate makes financing more realistic.
Every piece of operating data makes performance easier to understand.
Fraud represents the extreme opposite of that process: creating confidence through information that is not true.
Good development creates confidence by steadily replacing assumptions with evidence.
At FlexOnyx, that philosophy is central to how we think about building major industrial infrastructure.
Have a bold vision.
Model the opportunity.
Challenge the assumptions.
Bring in experienced people.
Verify the technology.
Verify the feedstock.
Verify the products.
Verify the economics.
And keep moving the project from what we believe can happen toward what we can demonstrate will happen.
Trust matters in project development.
But verification is what makes that trust investable.
About the Author
Gregory Merle is President of FlexOnyx and has over 20 years of experience in energy, refining, resource recovery, advanced recycling, industrial project development, and waste-to-value infrastructure.
Sources
U.S. Securities and Exchange Commission — SEC Charges Founder of Nikola Corp. With Fraud
Federal Trade Commission — Environmental Claims: Summary of the Green Guides
Federal Trade Commission — Green Guides
U.S. Environmental Protection Agency — Advanced Recycling of Plastics
U.S. Environmental Protection Agency — Recycling Infrastructure and Market Opportunities Map