BBBLS Energy Saving Greenhouses

Over BBBLS Energy Saving Greenhouses

* Tiny Bubbles with Mighty Impact : BBBLS uses an innovative method of providing extra insulation for greenhouses with soap bubbles. This enables the production of high quality crops with much less energy.

* BBBLS technology allows us to grow crops in greenhouses all year long in places normally limited to growing seasons and vulnerable to increasing climate volatility.

* 500% Energy Efficiency : BBBLS greenhouses have been scientifically proven to deliver crops with only 20% the energy compared to conventional operations

* Horticulture : Commercial growers face many challenges in today's markets. Learn how BBBLS give growers an advantage by cutting costs and increasing profitability.

* Schools : Students are already learning the future of food production. Check out the BBBLS greenhouse at a school in Røyken, Norway.

* Double Pane Construction - The BBBLS features a sustainable build specially designed double paned roof and wall with large panes of 2,7m * 4m. The interior growing area is the same as any existing greenhouse.

* Bubble Layer Insulation - When climate, weather or daylight requires it, soap bubbles fill the space between panes and boost insulation by 10 times! When insulation is not required anymore, the bubbles are removed to permit maximum light transmissions.

* Energy Optimization - Thanks to the low energy loss, we store heat during daytime, and use it to heat up the greenhouse at night. This allows for very high CO2 levels for long periods.

* Real circular food chain - Our launching customer Reklima has developed an unique 'Digiponics' process to use organic food waste as fertilizer, and close the loop from food-to-waste-to-food!

Trefwoorden

• Climate Neutral
• Energy Saving
• Glastuinbouw
• Greenhouses
• Horticulture

Adres

• Hoofdkantoor

  Saturnusstraat 142516AH Den HaagZuid-Holland, Nederland

Team per functiegebied

Gebaseerd op 1 openbare functieprofielen, stand van 4 september 2026.

• Engineering / Software Development1