Revolutionizing Natural Gas Transportation

At Northern Flow Engineering, we are redefining the way natural gas is transported. With our groundbreaking liquefaction technology, we enable a more efficient, cost-effective, and scalable solution for maritime shipping. By converting natural gas into liquid form, we significantly reduce its volume, optimizing storage and transportation while lowering operational costs.

Our innovative approach not only enhances logistical efficiency but also contributes to a more sustainable energy supply chain. Backed by cutting-edge engineering and industry expertise, Northern Flow Engineering is at the forefront of transforming global energy transportation.

Discover the future of natural gas logistics—efficient, economical, and revolutionar

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About us

Innovating Energy Transportation

with our combined experience

At Northern Flow Engineering, we are pioneers in developing cutting-edge solutions for natural gas liquefaction and transportation. Our mission is to revolutionize energy logistics by making natural gas transport more efficient, cost-effective, and sustainable.

With a team of experienced engineers and industry specialists, we combine advanced technology with deep expertise to create innovative solutions that optimize storage, reduce operational costs, and maximize scalability. Our commitment to excellence and continuous improvement drives us to push the boundaries of what’s possible in the energy sector.

By transforming the way natural gas is transported, we are not only improving global supply chains but also contributing to a cleaner, more efficient energy future. At Northern Flow Engineering, innovation leads the way.

Technology

Revolutionizing Natural Gas Logistics

What is LNG? Liquefied Natural Gas (LNG) is natural gas cooled to -162°C, which reduces its volume by over 600 times, allowing transportation to markets around the world that don’t have direct pipeline access. Once transported, it’s re-gasified and used in heating, electricity generation, and as a fuel source. Why this project matters? With increasing global demand for cleaner-burning natural gas, our project supports the transition to lower-carbon energy solutions while promoting economic growt LNG process First, the gas is treated in order to remove impurities and contaminants, then heavier hydrocarbons are removed then the gas enters the liquefaction section where natural gas is liquefied lastly it goes through the nitrogen removal step where nitrogen is removed and LNG is directed to shipping and storage.

Phase 1

Fall Semester 2024 – Conceptual Design Phase

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Phase 2

Winter 2025 – Detailed Design and Project Optimization

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Cost Savings – Up to 40% Lower Transportation Costs

Volume Reduction – 600x More Efficient

Operational Efficiency – 30% Less Energy Consumption

Investment Payback – ROI in Less Than 9 Years

Feedback

Your feedback is essential in helping us refine and improve our LNG project. Whether it’s about the information provided, the technical details, or the overall presentation, we’d love to know your thoughts.

Have any questions?
If there’s anything you’d like to ask about our project, technology, or approach, feel free to leave your question below—we’ll be happy to provide answers!