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Oiltek Secures $350M Contract To Build Sustainable Aviation Fuel Plant In Sabah · Investor Exchange

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Here are your hosts, Matt and Sally. Right now, somewhere in Malaysia,
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massive vats of leftover French fry oil and palm waste
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are literally being chemically engineered to fly commercial airliners.
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Yeah, it is a completely wild reality when you actually think about it. It really is.
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And, you know, because of that strange sort of science fiction reality,
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one relatively under the radar engineering firm just saw its project pipeline
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quintuple, like practically overnight.
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Right. So today on The Deep Dive, we're taking a very close look at a research
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report from Phillips Securities Research.
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The subject is an engineering company called OilTech International.
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And we are looking at them because they just secured a massive,
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potentially game-changing infrastructure contract.
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Exactly. And we really need to evaluate exactly what this means for investors.
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We are going to dig into the mechanics of their financial performance.
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Their valuation, and the very real risks hiding in the fine print.
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It is a phenomenal case study, really, in how macroeconomic shifts,
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like the global push for alternative energy, suddenly materialize on a single
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company's balance sheet. Okay, let's unpack this.
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I mean, it is not every day you see a company's order book spike by five times
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practically overnight.
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No, it is not. And the entire premise of this specific research update revolves
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around a single mega project.
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Yeah. So Oil Tech has just signed an agreement to construct a facility in Sabah,
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Malaysia, valued at 350 million United States dollars. Wow. Yeah.
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This facility is specifically designed to produce sustainable aviation fuel.
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If it is finalized, it sets the stage for a dramatic structural transformation
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in the company's financial trajectory over the next three years.
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Right. So to really grasp the financial buzz in this report,
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you first need to visualize the concrete and steel.
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Just reading, you know, a massive dollar amount on a page makes it easy to miss
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the physical reality of what they are actually building.
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Oh, absolutely. They have signed what is called a heads of agreement with a
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company named BioSiega Industries to construct this plant.
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And the scale here is, it is staggering.
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The output alone tells you how significant this is. The proposed facility is
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designed to produce 300 metric tons per day of sustainable aviation fuel. Which is huge.
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And to put the financial value into local context, that 350 million United States
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dollars translates to approximately 1.4 to 1.6 billion Malaysian ringgit. Exactly.
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This is not a moderate incremental addition to their existing pipeline.
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Once construction actually begins, it will take about two and a half years of
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continuous engineering to complete.
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On top of that, it will be only the third facility of its exact kind in all
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of Malaysia. And the research highlights that they are not just coming in to
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do the plumbing or pour the foundation.
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Oil Tech is the exclusive contractor for the entire project.
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They are doing everything.
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Yeah, everything from the pretreatment facilities to the actual production plant
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to the tank farms and even the complex logistics and partial blending infrastructure.
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Right. It is the difference between being a mechanic hired to fix a broken car
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engine and being hired to design the very first factory that builds a completely
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new type of engine from scratch.
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That is a great way to put it. I mean, imagine a successful local bakery suddenly
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getting an exclusive contract to supply every single supermarket in the country.
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How does a company actually digest a five-fold increase in their order book
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to 1.75 billion Malaysian ringgit?
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Well, what is fascinating here is that oil tech isn't just taking on a big job.
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They are strategically cementing themselves as the go-to engineers for a highly
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specialized future-facing infrastructure.
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Building a moat. Exactly.
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When a company takes on an exclusive contract of this magnitude covering the
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entire life cycle of a plant's construction, they are building a massive intellectual property moat.
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They are proving to the global market that they can handle the immense complexity
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of processing alternative fuels at an industrial scale.
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Right. Because turning cooking oil into jet fuel isn't just filtering out the stray French fries.
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What are they actually building the machinery to do? Mechanically,
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the plan has to execute a really rigorous, multi-step chemical process.
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First, the pre-treatment phase has to strip out all the water,
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the solids, and the metallic impurities from the raw waste oils.
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Okay, so cleaning it all up. Right.
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Then, the machinery has to perform hydroprocessing, which involves introducing
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hydrogen under extreme heat and pressure to break the molecular bonds of the waste oils.
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Oh, wow. Yeah. It essentially reshapes them into hydrocarbon chains that perfectly
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mimic traditional jet fuel.
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Building the pressurized reactors and safety systems to handle that volatile
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chemical process continuously at 300 metric tons a day. Well,
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it requires absolute engineering precision.
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Which completely explains the two-and-a-half-year construction timeline.
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But building intellectual property at this scale isn't cheap.
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And the financial expectations tied to this physical construction are honestly staggering.
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They really are. The projections from Philips Securities Research forecast that
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oil tech's revenues will jump from about 211 million Malaysian Ringgit in the
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2025 financial year to nearly 909 million Malaysian Ringgit by 2027. That is massive growth.
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It is more than a fourfold increase in revenue in roughly 24 months.
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And importantly, the analysts expect that top-line revenue growth to translate
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directly to the bottom line.
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They project the earnings per share will grow from 2.7 Singapore cents to 11.3
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Singapore cents in that exact same time frame. Okay, let me piece something
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together here, because the report also forecasts their return on equity to hit 69.4% by 2027.
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For anyone tracking the heavy construction sector, a return on equity nearing
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70% is almost unheard of.
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That means for every dollar of shareholder money sitting in the business,
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they are generating an astonishing 70 cents of profit.
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Yes. They cannot possibly be funding a project this massive by issuing huge
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amounts of new stock or pouring in their own equity, right? Right.
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The mechanics of a return that high suggest they must be building this primarily
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with other people's money.
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You have hit on the exact financial mechanism driving that number.
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The reason their capital efficiency looks so explosive is because of how they
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structure their financing.
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They are funding this massive expansion largely through customer deposits and
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credit from their suppliers, rather than issuing new shares and diluting the equity pool. Oh, I see.
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Yeah, when you generate massive profits without having to expand the underlying
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equity base, your return on equity skyrockets.
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And the company already has a solid foundation before this project even starts.
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The report notes they're sitting on a 100 million Malaysian ringgit net cash balance.
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Which is a very healthy safety net. Right. And because of that cash buffer and
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these astronomical growth projections, analysts have more than doubled their
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target share price, moving it from 1.18 to 2.72 Singapore dollars.
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That is a huge jump. It is, but I have to play the skeptical investor here and
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push back on this valuation.
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Wait, analysts are pricing them at a 50% premium compared to similar listed
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engineering peers in Malaysia?
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Is that massive premium genuinely justified by the mechanics of this one deal.
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Or are investors just getting caught up in the green energy hype?
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Well, in the financial markets, a 50% premium means investors are actively willing
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to pay significantly more for every dollar of earnings this company generates
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compared to its direct competitors.
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But there is a strong, fundamental argument for why it is justified here.
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First, you have explosive revenue growth that is legally contracted,
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provided, of course, the final deal is executed.
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Right, right. Second, as you pointed out, a return on equity approaching 70%
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indicates supreme capital efficiency.
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And finally, that 100 million Malaysian ringgit cash balance acts as a vital safety net.
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Meaning they have the liquidity to mobilize work crews, order specialized materials,
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and begin the early stages of this giant project without immediately taking
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on suffocating high interest debt from the banks.
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Exactly. But, you know, that 50% premium is only justified long term if this
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isn't just a one-off project.
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Let's look at the macroeconomic forces driving this demand in the first place. Let's do it.
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Right now, sustainable aviation fuel currently makes up only 0.6% of global jet fuel consumption.
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On the surface, that sounds like a niche, almost irrelevant market share.
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It is tiny right now, but the trajectory is what matters to institutional investors.
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The research points out that demand is expected to grow at a massive 46% annual
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growth rate all the way through the year 2030.
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Yeah, going from 0.6% to broader global adoption requires a monumental structural
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shift in physical infrastructure.
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You need hundreds of these plants worldwide to meet that demand.
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And here's where it gets really interesting. We talked about the raw materials earlier.
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They are literally turning leftover french fry oil and palm oil mill waste into jet fuel.
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It is amazing chemistry. But once the fuel is chemically produced in Malaysia,
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the report notes it is going to be exported to Brunei.
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Why send it there instead straight to an airport?
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Well, Brunei has heavily established oil and gas infrastructure,
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particularly for refining, storing, and blending fuels.
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Due to that geographic proximity and existing logistical setup,
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the sustainable fuel will likely be blended with traditional jet fuel in Brunei
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and then exported to major aviation markets like Japan and South Korea.
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Because they have strict mandates to incorporate greener fuels but lack the
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domestic agricultural waste to produce it themselves.
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Precisely. It is a brilliant supply chain.
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But I have to ask, is this sudden global rush towards sustainable fuels driven
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purely by environmental mandates now?
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Or is it a strictly economic mission for airlines? If we connect this to the
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bigger picture, it is currently a perfect storm of both pressures colliding.
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The research highlights a massive economic driver.
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Traditional jet fuel prices have essentially doubled since the onset of the
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war in Iran. Doubled. Wow. Yes.
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When traditional fossil fuels become that wildly expensive, and when geopolitical
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conflicts constantly threaten supply chains, alternative fuels suddenly become
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highly competitive. Right.
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So it is no longer just an environmental public relations exercise for airlines.
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It is a desperate need for energy security and price stability.
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Exactly. The global airline commitments ensure the long-term demand is there,
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while the high cost of traditional fuel ensures the profit margins remain highly
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attractive for the producers.
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And it seems like oil tech realizes they have leverage here.
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They're trying to position themselves
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to do more than just build the factories and hand over the keys.
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Oh, absolutely. The research mentions they are actively exploring opportunities
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to build recurring income.
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Instead of just getting a one-time payout for the construction phase,
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they are looking at taking actual ownership stakes in these sustainable aviation
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fuel plants and securing long-term maintenance contracts.
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Which fundamentally changes how investors view the stability of the company.
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A traditional heavy construction firm typically suffers from notoriously lumpy
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revenue. Boom and bust. Exactly.
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They recognize a massive influx of cash when they hit milestones on a big project,
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but then revenue falls off a cliff until they secure the next bid.
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By taking ownership stakes and locking in maintenance contracts,
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oil tech is attempting to smooth out those revenue valleys.
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They are trying to create a steady, predictable stream of recurring income that
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pays dividends for decades after the concrete has dried. Precisely.
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That structural shift to recurring revenue is a huge positive. Right. But,
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Every smart investor knows to look for the catch.
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Let's pivot to how they are actually paying for this $350 million build right
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now, because the financing strategy exposes a massive vulnerability.
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Yes, we need a reality check here. This deal looks perfect on a spreadsheet,
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but the research is very clear that the current arrangement is just a heads
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of agreement. Yes, and the distinction is critical.
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A heads of agreement is essentially a formal document outlining the main terms
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of a proposed partnership.
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Okay. It demonstrates serious intent from both parties, but it is heavily conditional.
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It is not the final legally binding construction contract. Right.
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The report says a definitive agreement still needs to be signed within the next six months.
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And the conditions attached to finalizing this deal are not minor administrative hurdles.
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Not at all. The final execution relies on Biosega securing massive project financing,
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obtaining various complex regulatory approvals from the government,
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and confirming long-term land rights. And agreeing on the final technical specifications.
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Any one of those hurdles could delay the project or alter the economics.
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Exactly. And let's look at the cash flow tightrope oil tech has to walk on their end.
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The report notes they're relying on internal funds, customer deposits,
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and credit from their suppliers to finance the actual construction.
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Which is incredibly delicate. Yeah.
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So what does this all mean if the financing hits a snag?
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Relying on customer deposits and internal cash for a $350 million project sounds
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like a serious tightrope walk.
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What happens if a major supplier suddenly changes their terms and demands payment in 30 days instead of 90?
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Or what if a milestone payment from the customer is delayed by a month due to
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an inspection issue? Exactly.
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Relying on supplier credit and deposits for a project of this magnitude sounds incredibly risky.
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This raises an important question, and it is the single biggest execution risk on the board.
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When you are using supplier credit to fund operations, you are essentially borrowing time. Right.
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If there is a mismatch between when oil tech has to pay for raw steel and specialized
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machinery and when they actually receive the next deposit from the client,
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the entire construction timeline could stall.
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Oof. Furthermore, the report mentions there is talk of listing the company on
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the Malaysian Stock Exchange, but the timing is completely unclear.
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Which leaves lingering questions about potential share dilution for current
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investors if they suddenly decide they do need to raise capital by issuing more stock.
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Exactly. So until the final ink dries on that definitive agreement and the funding
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is fully secured in the bank, that massive 1.75 billion Malaysian ringgit order
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book is really just a highly educated promise.
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Precisely. The potential upside of this mega deal is enormous and the engineering
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capabilities are clearly there. But the execution phase over the next 6 to 12
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months is the critical factor investors most watch.
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Until the final ink dries, you cannot just assume the revenue is already in the bank.
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We have covered some fascinating ground today, from the chemical mechanics of
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turning used cooking oil into commercial jet fuel to dissecting how a single
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infrastructure contract can quintuple a company's financial pipeline.
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It is a lot to take in. It is.
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But before we wrap up, think about the wider landscape for a second.
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If one under-the-radar engineering firm can see its order book explode by five
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times just from designing and building a single sustainable aviation fuel plant.
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What happens to the broader construction sector as the world races to hit that
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46% annual growth rate? That is the real question.
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Right. This transition requires entirely new logistical networks,
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specialized refineries, and waste collection infrastructure.
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Who are the other companies out there right now quietly building the shovels for this new gold rush?
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It is a complex and highly lucrative space to keep an eye on.
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The ripples of this single contract really highlight a much larger industrial
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wave that will be felt across multiple sectors for years to come.
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Thank you so much for joining us for this deep dive into the underlying numbers,
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the engineering mechanics, and the economic future of aviation fuel.
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We hope it gave you a sharper perspective on what is actually driving these
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massive market valuations.
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This content is intended to serve strictly and only as an informational,
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independent, objective summary of recent events and should in no way be interpreted.