Designing for a Greener Tomorrow
Creating environmentally conscious products for a sustainable future
We believe that sustainability should be at the forefront of all product design. At CincoEco, we specialize in creating sustainable and eco-friendly designs that are both functional and beautiful. Our team has a deep passion for the environment and is dedicated to creating products that reduce our impact on the planet. We invite you to explore our website to learn more about our approach and the products we offer.
Across the UK, communities are demanding cleaner air, greener cities, and visible climate action. Councils are expected to lead that shift — but often lack scalable, street-level tools to demonstrate impact.
We strive to achieve carbon neutrality in our production process by using renewable energy sources, offsetting carbon emissions, and reducing waste. This helps to minimize our impact on the environment.
Oxybub™ uses natural sunlight or internal LED grow lights to power photosynthesis. Inside, we convert CO₂ into oxygen — a process that glows visibly through the panel, making clean air part of the street experience.
Integrated UV-A tech keeps the tank clear, clean, and always camera-ready.
Fresh oxygen is released straight back into the environment.
No delay. No greenwashing. Just measurable clean air — right where people walk, shop, and live.
Each panel is equipped with smart sensors that monitor:
• CO₂ levels
• Airflow
• Health
• Ambient conditions
Live data is streamed to a council dashboard for ESG reporting, air quality insights, and community engagement.
Low Maintenance. High Impact.
Each tank is swapped every 3–4 weeks in under 15 minutes.
No disruption, no daily upkeep — just clean air, delivered and maintained by our service team.
Power Output
Oxybub™ units are designed to run entirely off-grid using a hybrid solar + battery power system.
During daylight hours, rooftop and side-mounted solar panels generate clean energy to power the algae chamber, sensors, and digital ad screen. To ensure uninterrupted 24/7 operation, each unit also contains a rechargeable battery pack housed in the base.
These battery packs are swapped every 3–4 days by a maintenance crew, with spent units returned to a central charging hub — a proven system widely used in e-bike and scooter fleets.
This approach eliminates the need for mains power connections, streamlines installation, and allows for flexible deployment anywhere across the borough.