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Designing a Sustainable World
WATER WASHING
WATER REUSE SYSTEMS
Every drop makes a difference.
Wastewater is a valuable resource: with our system, recovered water becomes the driving force of sustainable agriculture, ecological industrial processes, and more virtuous cities.
The Water Washing system is the result of years of interdisciplinary research conducted at the Department of Engineering at the University of Campania "L. Vanvitelli”.
Water Washing combines natural biochemical technologies in a compact, efficient, and sustainable system, adaptable to various industrial and civil needs. Due to its characteristics, it is much more convenient than traditional water recovery systems, which often require large infrastructures, high energy consumption, constant maintenance, large land areas, and are generally slower and less effective, especially in treating heavily polluted water or large volumes of wastewater.
In conclusion, Water Washing offers a unique and innovative solution, combining sustainability, efficiency, and cost reduction. Its technology promises to revolutionize the way we manage and recycle water, guaranteeing a significant competitive advantage over currently available solutions on the market.
Academic Spin-off University of Campania "Luigi Vanvitelli"
2023 Academic Research Activity Award with Industrial Impact
2024 Mentioned Prize Start Cup Campania
GASIFICATION PROCESS TO POWER THE FUTURE
We power the future with gasification processes.
We reduce the environmental impact by converting waste and other scrap materials into clean and sustainable energy.
Our team is committed to developing advanced gasification systems designed to convert biomass and organic waste into clean and sustainable energy. Through careful engineering of the processes, we optimize thermal efficiency and minimize emissions, offering innovative solutions for industrial and energy sectors.
Our systems are scalable and modular, adapting to different production needs, and integrating cutting-edge technologies to ensure maximum energy recovery from the treated materials. With an approach oriented towards the circular economy, we aim to transform waste into resources, contributing to achieving global sustainability goals and decarbonizing production processes.
From design to realization, every phase is conceived to promote a responsible use of resources, making gasification not only a technological opportunity but a pillar for the energy transition.
NEW LIFE TO WASTE
THE VIRTUOS PROCESS OF
BIODIGESTION
Biodigestion represents an innovative and sustainable solution to transform organic waste into valuable resources. Agro-food waste, livestock residues, and biomass are converted into biogas, a renewable energy source, and digestate, a natural fertilizer rich in nutrients.
Thanks to our team's long-standing experience in environmental engineering and eco-sustainable processes, we design highly efficient biodigestion systems adaptable to various industrial and agricultural needs. We leverage advanced know-how to optimize process efficiency, ensuring maximum energy recovery and reducing the environmental impact.
This approach closes the loop of waste management, preventing greenhouse gas emissions and encouraging a circular economy model. In the hands of our team, biodigestion is not just a disposal system but a driver of innovation and sustainability to generate clean energy and build a greener future.
DECARBONIZATION:
AT THE HEART OF THE ENERGY TRANSITION
Our team boasts experts in scientific research and the design of innovative solutions for industrial decarbonization processes.
From the start, we have combined academic studies with the practical application of our discoveries, developing cutting-edge technologies to reduce carbon emissions in industrial processes.
Our experience allows us to tackle the most complex challenges of decarbonization, creating customized solutions that go beyond merely adapting existing technologies.
Thanks to our advanced knowledge of chemical, physical, and environmental processes, we are able to design innovative plants for carbon capture, storage, and utilization, optimizing efficiency and maximizing the positive impact on the environment.
Our integrated research and development approach allows us to anticipate industry trends, implementing scalable solutions that not only comply with evolving regulations but also lay the groundwork for a sustainable industrial future. With advanced skills in biotechnology, energy engineering, and ecological systems, we are ready to lead the change towards a low-carbon industry, with a constant commitment to improving proposed solutions.
