:format(webp))
INDUSTRY APPLICATION
Switch from fossil-based CO₂ sources and toward a reliable carbon supply.
INDUSTRY CHALLENGES
CO₂ and gas prices are increasingly unpredictable, making it harder for greenhouse operators to plan, budget, and scale operations efficiently.
Most greenhouse CO₂ comes from fossil fuels. But with gas-powered CHP systems being phased out, growers need cleaner, future-proof alternatives.
As industries decarbonize, these CO₂ sources become less available - leading to carbon supply shortages that directly impact greenhouse operations.
DAC SOLUTIONS
:format(webp))
Our DAC provides growers with a CO₂ supply directly onsite, effectively replacing fossil fuel-based alternatives with a reliable and circular alternative.
:format(webp))
:quality(85):format(webp))
OUR DAC MACHINES
Our centralized DAC technology optimizes CO₂ supply while balancing energy systems, at any scale.
The CO₂ transition in motion
:format(webp))
Sep 23 2025
UK growers face a complex set of challenges from weaknesses in their two most critical inputs: energy and CO₂. Together, these challenges threaten grower profitability and operational stability.
:format(webp))
Sep 22 2025
In today's competitive agricultural landscape, growers in controlled environments are constantly seeking ways to increase crop productivity and maximize greenhouse yield while keeping operational costs low. While CEA enables consistent, year-round production, its reliance on artificial inputs can also drive high energy costs.
:format(webp))
Jun 17 2025
Skytree and Algae Capital Collaborate to Integrate Circular CO₂ in Algae Production in Iceland
:format(webp))
From innovation to application
Division Q, Koppert Cress' innovation arm, invests in Skytree's Direct Air Capture (DAC), reinforcing Koppert Cress’ commitment to lead sustainability in horticulture and become climate-positive by 2026.
:format(webp))
GET STARTED
Discover how DAC can optimize energy use and ensure a reliable, fossil-free CO₂ supply for greenhouses.