For operators with crude or condensate access

You have the crude. We have the plant.

ThinkEnergy's modular processing plant converts crude oil and condensate into ultra-low-sulfur diesel on-site — no pipeline, no logistics chain, no centralized infrastructure. Operational in 90 days.

This is for you if

Your operation runs on purchased diesel and has access to crude oil or condensate at or near the point of use — in mining, power generation, maritime, or oil and gas production.

The Product

One plant. Crude in. Diesel out.

The ThinkEnergy modular processing plant is a compact, containerized facility that converts crude oil and condensates into ultra-low-sulfur diesel at or near the point of production — with no pipeline required.

Feedstock — what goes in
Crude Oil &
Condensates
Light and medium crude oil
Associated condensates
At or near the wellhead
No pipeline to centralized facility
Output — what comes out
Ultra-Low-Sulfur
Diesel
High-efficiency diesel fuel
H2S removed to global standards
MARPOL 0.5% sulfur compliant
Ready for immediate use on-site
📐
2ac
Minimum footprint — no large civil works required
90d
From contract to operational plant on-site
📦
Modular and scalable — capacity grows with demand
🌿
50%
CO₂ reduction vs. conventional refining — ISO 14067
ThinkEnergy modular processing plant diagram
Why modular matters

No pipeline.
No waiting.
No dependency.

Conventional refining infrastructure takes years to build and requires massive capital investment. The ThinkEnergy plant is designed to deploy in 90 days on a 2-acre footprint — scalable as your operation grows, without the overhead of centralized infrastructure.

Millions of gallons produced and sold. The technology has been validated by Texas A&M University and proven in the marketplace across multiple active installations.

How It Works

From contract
to first barrel.

Four steps from initial evaluation to on-site fuel production. The entire process from contract signature to operational plant takes 90 to 120 days — no large civil works, no pipeline dependency.

01
Step One
Site & Feedstock
Assessment
We analyze your crude or condensate composition, production volume, and on-site fuel demand to confirm technical and economic viability before any commitment.

You get: A clear viability report showing your processing potential and estimated cost savings versus purchased diesel.

02
Step Two
Modular Plant
Configuration
The plant is sized and configured to your specific feedstock characteristics and output requirements. Compact, containerized, and engineered for the conditions of your site.

You get: A plant design tailored to your operation, one built around your crude, your volume, and your location.

03
Step Three
90-Day
Installation
From contract signature to operational plant in 90 to 120 days. No large-scale civil works required. The plant deploys on a 2-acre footprint, installed and commissioned by our team.

You get: A fully operational processing plant on your site, before the next fuel delivery truck arrives.

04
Step Four
On-Site Fuel
Production
Your operation runs on fuel you produce. Predictable costs, no logistics premium, no supply interruption risk, and up to 50% less CO2 per barrel versus conventional refining.

You get: Full control of your fuel supply chain, independent of market price swings, logistics disruptions, or third-party availability.

Total timeline
Assessment to first barrel: 90 to 120 days
Industries

Built for operators who recognize the problem.

If your operation runs on purchased diesel and has crude or condensate accessible on-site, the economics of on-site processing apply directly to you.

Mining & Industrial
High-volume diesel
The problem

Remote mining sites run continuous fleets of heavy equipment on diesel trucked from terminals hundreds of kilometers away. Every delivery adds logistics cost and supply interruption risk.

Our solution

A modular processing plant deployed at the mine site converts available crude or condensate into diesel on-site — eliminating the logistics chain and transforming fuel from a variable cost into a controlled operational input.

<6mo
Average ROI for high-volume
mining operations
Power Generation
Remote & off-grid
The problem

Operators running diesel generators in Non-Interconnected Zones pay the highest effective electricity costs in the world — because every kilowatt-hour carries the full logistics premium of the fuel behind it.

Our solution

On-site processing converts crude into generator fuel at a fraction of the purchased diesel cost — turning energy generation from a cost center dependent on supply chains into a self-sufficient operational function.

50%
Reduction in CO₂ vs.
conventional refining
Maritime
MARPOL compliant
The problem

The IMO MARPOL 0.5% sulfur cap has made compliant bunker fuel significantly more expensive and harder to source in remote ports and offshore locations. Operators near offshore production pay market price for what sits below them.

Our solution

ThinkEnergy produces ultra-low-sulfur marine fuel validated by Texas A&M University to meet the MARPOL 0.5% cap — processed from nearby crude production at a fraction of the cost of purchasing compliant bunker fuel at port.

0.5%
MARPOL sulfur cap met —
Texas A&M validated
Oil & Gas Producers
Condensate monetization
The problem

Producers with associated condensate typically sell it at a significant discount to crude, flare it, or leave it stranded — while simultaneously purchasing diesel at market price to power their own operations.

Our solution

Convert that discounted condensate into high-quality diesel on-site — capturing the full downstream value of a resource you already own, without additional pipeline infrastructure or third-party refining arrangements.

90d
From contract to converting
condensate into revenue
The Economics

The comparison tends to be straightforward.

Your diesel invoice is the starting point. The full cost of purchased fuel — once logistics, risk, and carbon liability are included — looks very different from on-site processing.

Purchased Diesel
Market price — plus logistics
Remote delivery adds a 30–80% premium above terminal gate price. That premium is in every liter — invisible on the invoice.
Supply interruption risk
Road closures, vessel delays, regional shortages. When the delivery doesn't arrive, the operation stops. That cost never appears on the fuel bill.
Price volatility
Global diesel markets move 40–50% in months. No operation can budget reliably around a number that changes with geopolitics and refinery outages.
Scope 3 emissions liability
Every liter of purchased diesel carries the upstream carbon footprint of conventional refining into your sustainability report — growing in regulatory and investor weight.
vs
⚙️
ThinkEnergy On-Site Processing
Predictable cost per barrel
Processing cost is based on your crude input — a known variable, not a global market price. Your fuel budget becomes a production cost, not a commodity position.
No logistics chain
The plant is on your site. Fuel is produced where it is consumed. No truck, no barge, no terminal dependency. Supply interruption risk drops to near zero.
Market-independent operations
Your fuel cost does not change when OPEC meets, when a refinery closes, or when a conflict disrupts tanker routes. You produce it. You control it.
50% lower CO₂ — ISO certified
On-site modular processing reduces CO2 emissions by 30–50% per barrel versus conventional refining. ISO 14067 certified. Your Scope 3 exposure shrinks with every barrel processed.
<6mo
Return on InvestmentProven in the field across active installations
30–80%
Logistics Premium EliminatedTypical markup on remote diesel delivery
50%
CO₂ Reductionvs. conventional refining — ISO 14067 certified

If your operation has access to crude or condensate and runs on purchased diesel, ThinkEnergy can show you exactly what on-site processing would cost versus what you are paying today. The comparison tends to be straightforward.

Get the Comparison →