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RNGV Project

Turning Waste into Renewable Energy for Cleaner Mobility

NGV SEA’s RNGV Project brings together renewable gas production, fueling infrastructure and mobility technologies in an integrated clean-energy ecosystem.

Explore the Project
A lineup of passenger vehicles on an open road with mountains behind them
Illustrative mobility applications

Our mission

A Path Toward Cleaner,
More Independent Energy

Net Zero

Support lower-emission energy and mobility pathways.

Energy Independence

Transform locally available waste and renewable resources into usable transport energy.

The connected system

How the RNGV
Ecosystem Works

The concept connects municipal solid waste with renewable natural gas production, then distributes the fuel through infrastructure for transport applications.

  1. Municipal Solid Waste

  2. Renewable Natural Gas Plant

  3. RNG

  4. RNG / CNG / LCNG Infrastructure

  5. Vehicles & Mobility

A concept pathway. Feedstock treatment, fuel preparation and infrastructure requirements are defined for each project.

Technology platform

Each part connected.
One integrated vision.

A young plant emerging from soil in natural light, representing renewable resources

Renewable Gas Production

The project brings waste-derived biogas treatment and upgrading into a renewable natural gas production concept, connecting locally available resources with usable fuel.

An LNG tanker at a gas-fueling station

Fueling Infrastructure

RNG, CNG and LCNG station concepts connect fuel supply, storage and dispensing with transport applications.

Three vehicle engine assemblies shown as technical product examples

Vehicles & Powertrains

Vehicle and engine technologies link the fuel pathway to passenger transport, commercial vehicles, heavy trucks and buses.

An individual gas storage cylinder on a white background

Gas Storage & Components

CNG cylinders, onboard storage and gas-transport components form part of the system. The project document illustrates Type 2, Type 3 and Type 4 cylinder technologies.

Marine & LNG Bunkering

The platform also considers marine fuel applications, LNG bunkering methods and gas-storage technologies for shipping.

Explore Marine Applications

Mobility applications

Energy that moves
people and business.

The project framework spans a range of transport applications, connecting gas-fueling concepts with different vehicle and operating needs.

A selection of passenger vehicles on a neutral background

Passenger Vehicles

Everyday passenger transport within a gas-fueled mobility pathway.

A light commercial cab and chassis shown on a white background

Light Commercial Vehicles

Commercial vehicles for local business and transport applications.

An illustration of a heavy-duty truck beside a renewable natural gas dispenser

Heavy-Duty Trucks

Heavy transport applications connected to suitable gas-fueling infrastructure.

A selection of coach, city and regional bus designs

Public Transport / Buses

Bus and public transport applications across different operating needs.

Vehicle imagery illustrates application categories; it does not identify confirmed project vehicles or manufacturer affiliations.

Marine & LNG bunkering

The next connection.
From land to sea.

The project document explores LNG bunkering as a marine fuel-supply concept, with three approaches to connecting fuel supply and vessels.

A road tanker alongside a vessel at a quay
TTS

Truck-to-Ship

LNG supplied from a road tanker to a vessel.

An aerial view of a vessel alongside a port terminal
PTS

Port-to-Ship

LNG supplied to a vessel through port-side infrastructure.

Two vessels alongside one another in a port setting
STS

Ship-to-Ship

LNG transferred between vessels for marine fueling.

Research, education & innovation

Building Clean-Energy
Knowledge and Capability

Education and research sit alongside the project’s infrastructure and mobility concepts, supporting the knowledge needed to explore and develop clean-energy applications.

Education

Developing knowledge and skills around renewable gas, fueling systems and mobility technologies.

Research & Development

A research-center concept that connects technical study with the development of energy and transport applications.

Advanced Energy Technologies

Exploring gas storage, advanced materials and technologies relevant to future energy applications.

Future energy — e-NG

Beyond RNG: Toward
Synthetic Renewable Gas

The project document describes e-NG as synthetic renewable methane produced by combining green hydrogen with recycled CO₂. This is a future energy pathway distinct from waste-derived RNG, connecting renewable electricity with gas infrastructure.

  1. Green Electricity

  2. Green Hydrogen

  3. e-NG

    Produced by combining green hydrogen with recycled carbon dioxide.

    Recycled CO2

  4. Existing Gas Infrastructure

Global opportunity

A Platform Designed for International Deployment

By integrating waste management, renewable gas production, fueling infrastructure and mobility technologies, the RNGV model brings the main elements of an energy pathway into one framework.

The concept may be adapted to different markets, with project development shaped by local resources, infrastructure and transport requirements.

Interested in the RNGV Project?

Connect with NGV SEA to discuss technology, project development or international cooperation opportunities.

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