A Technical Breakthrough The First 100% Renewable Gasoline Produced at Industrial Scale in Tarragona, Spain

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A Step Towards Sustainable Buildings and Cities

Tarragona has witnessed a significant leap in environmental sustainability with the development of fully renewable gasoline suitable for all types of vehicles without any modifications. This innovation provides architects with an opportunity to integrate clean energy solutions into their projects, whether in green buildings or sustainable neighborhoods, helping to reduce the carbon footprint of construction and maintenance activities.

Equipment used to produce renewable gasoline inside the refinery
The image highlights advanced technology and machinery for renewable gasoline production

Integrated Environmental Design

Renewable fuel allows for integration of energy and transportation with architectural design, making projects more comprehensive and sustainable. It can power on site vehicles and equipment without altering the infrastructure or relying solely on on-site energy sources, enhancing the overall environmental experience of the space.

Refinery equipment at Cartagena dedicated to producing renewable gasoline
The Cartagena refinery showcases production lines and equipment for Nexa 95 renewable fuel

Enhancing Urban Environmental Quality

In large urban spaces such as malls, complexes, or smart cities, using renewable fuel helps reduce pollution in walkways and internal streets, improving the visitor and user experience and creating a healthier, more comfortable environment.

Aerial view of the industrial complex in Tarragona producing renewable gasoline
The Tarragona industrial complex features integrated infrastructure for 100% renewable gasoline production.

Sustainability as a Design and Marketing Element

Architects can leverage this advancement to make sustainability a central aspect of their projects, including transportation and fuel. This adds value to hotels, commercial buildings, and luxury residences. It highlights the project’s environmental commitment in a clear and appealing way.

Bottle or container of Nexa 95 renewable gasoline
The image highlights the final product, Nexa 95, ready for use as renewable vehicle fuel

Conclusion

Integrating renewable fuel into architectural projects creates new opportunities for designing cleaner and more energy-efficient buildings. It makes innovation in energy and sustainability an essential part of modern architecture.

✦ ArchUp Editorial Insight


This article examines the use of renewable fuel in architectural projects, with a focus on green buildings and sustainable neighborhoods. It shows how clean energy can be integrated into building design to cut carbon emissions and reduce the environmental footprint during construction and maintenance. The concept provides practical tools for sustainability, but it does not detail how renewable fuel interacts with internal building energy systems or its effect on urban spaces. Still, the project demonstrates clear future value in promoting sustainable design and redefining the role of transportation and energy in modern architecture.

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