Our Mission
To design and develop cutting-edge exhaust systems that minimize the environmental impact of internal combustion engines, while ensuring efficiency, durability, and compliance with global regulations. Through innovative technologies and integrated solutions, we aim to contribute to a more sustainable future for the mobility sector.
Nexair was created to develop the innovative exhaust gas purification system for combustion engine vehicles, covered by two international patents. A “pretotype” has already been built, enabling an initial technological validation of our innovative system; once fully developed, the system will allow internal combustion engines of any type (Diesel, petrol, 2/4-stroke, turbo) to reduce their emissions to almost zero (1st patent) or even to zero (by implementing the 2nd patent, which further develops the provisions of the first).
Ultimately, the company’s goal is to contribute to more sustainable mobility by becoming a benchmark in the sector, designing, producing, and marketing advanced exhaust systems characterized by:
Our Vision
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- Technological Leadership: To become the global leader in developing emission control solutions.
- Sustainable Transformation: To contribute to the transition toward a carbon-neutral automotive industry, with solutions that reduce environmental impact.
- Global Collaboration: To create partnerships with car manufacturers, academic institutions, and policymakers to accelerate the adoption of clean technologies.
- Continuous Innovation: Investire in ricerca e sviluppo per mantenere un vantaggio competitivo e offrire tecnologie scalabili per mercati emergenti e sviluppati.
Why this Mission and Vision?
Key Values
Ricerca continua di nuove tecnologie per ridurre e monitorare le emissioni.
Garantire che i sistemi progettati siano affidabili, durevoli e performanti.
Strategic Objectives
Implementare sensori multiparametrici per un controllo in tempo reale delle emissioni.
To design modular systems compatible with different engine platforms (diesel, petrol, hybrid).
