Fuel volatility is no longer a market condition. It is now a systemic risk to shipping.

What we are seeing — from Hormuz spillover risks into the Straits of Malacca, to VLSFO price spikes and dynamic bunker surcharges — is not something that can be managed with better forecasting or procurement strategies alone.

This is a structural dependency problem. And it requires a structural solution.

The convergence we cannot ignore

We are now sitting at the intersection of two crises:

1. A fuel crisis

• Oil trading above USD $100–$120/barrel
• Bunker fuel volatility directly impacting freight pricing cycles
• Increasing unpredictability of BAF/EBS surcharges
• Singapore’s exposure as the world’s largest bunkering hub

2. A plastic waste crisis

• Over 90% of plastic still not recycled globally
• Asia contributing a disproportionate share of ocean plastic leakage
• Land constraints becoming critical — even Singapore is facing pressure at Pulau Semakau
• Indonesia and Malaysia already operating at landfill breaking points

Individually, these are major challenges. Together — they represent a missed opportunity.

Ocean Purpose Project: Turning waste into a fuel hedge

At Ocean Purpose Project, we have built and deployed a modular Plastic-to-Fuel (PTF) system designed specifically for coastal and port environments.

This is not theoretical.

Our system:

• Converts unsorted, contaminated plastic waste into:
  • Low sulphur fuel (VLSFO-compatible streams)
  • Hydrogen
  • Carbon black & carbon nanotubes
• Achieves 100% gas emission capture
• Is containerised and deployable at portside, dockside, or landfill locations

At scale:

• 1.1 million tonnes of plastic from Singapore’s tanker ecosystem alone
  → Potential to generate ~809,000 tonnes of low sulphur fuel or 100,000 tonnes of hydrogen

This is not a marginal contribution.

This is a supplementary fuel layer sitting inside the system itself.

Why this matters commercially — not just environmentally

The narrative around plastic pollution has been stuck with TikTok influencers and “sustainability.” That is outdated and irrelevant.

In 2026, plastic pollution requires solutions such as immediate valorisations to fuel, solving other issues such as risk mitigation and cost control.

PTF (Plastic to Fuel) enables:

1. Fuel price hedging (immediate impact)
Blending even 10–20% waste-derived fuel into bunker supply reduces exposure to spot market volatility.

2. Localised energy production
Decouples part of fuel demand from geopolitically sensitive supply chains.

3. Conversion of cost into revenue
Plastic waste shifts from:
→ disposal cost
→ to fuel + hydrogen + carbon product revenue streams

Even at small-scale deployment:

• Our current model shows strong daily revenue potential across fuel, hydrogen, and carbon outputs

The bigger question

This is no longer about whether plastic-to-fuel works.

The data, the technology, and the economics are already there.

The question is:

Are we ready to back real infrastructure that solves both fuel volatility and plastic waste — simultaneously?

This is the moment to step forward — not just for a startup, but for Singapore’s maritime resilience.

Let’s move this into action.