NEW

MAYA-CO2

Oox-Beh is part of the MAYA-CO₂ project, a German-Mexican collaboration that reimagines the invasive macroalga *Sargassum* as a potent, CO₂-capturing construction material.
The initiative brings together partners such as the Technical University of Dresden, the Alfred Wegener Institute (AWI), the Scientific Research Center of Yucatán (CICY), the Center for Research and Advanced Studies of the IPN (CINVESTAV), MacroCarbon, and the Zittau/Görlitz University of Applied Sciences.
Through cutting-edge research and bio-economic innovation, this alliance transforms an environmental challenge into a climate opportunity by designing construction materials that actively store carbon and foster a regenerative future.

NEW

Green Hydrogen

Oox Beh is partnering with GreenH2 LATAM to develop sustainable green hydrogen solutions originating from Yucatán, Mexico. By combining advanced German clean-tech expertise with Yucatán’s abundant renewable resources, we aim to create scalable hydrogen projects that drive the energy transition and unlock new market opportunities in Germany and beyond.

NEW

Renewable Energy

Oox Beh partners with ZORA Power to provide comprehensive environmental monitoring services at their renewable energy sites (such as Solar Plant San Ignacio in Yucatan and Viborillas in Jalisco) across Mexico. Our work focuses on monitoring and documenting local flora and fauna, performing maintenance, relocating flora when necessary, and carrying out reforestation efforts. Together, we support sustainable energy development while ensuring the conservation of biodiversity and ecological balance at each project site.

Oox Beh also supports follow-up and monitoring activities for reforested areas related to Grenergy’s Solar plant in San Miguel de Allende, Mexico. This work includes technical site visits, assessment of reforested areas, monitoring of plant condition, species identification, and detection of risk factors that may affect plant survival. These activities contribute to biodiversity conservation, ecological restoration, and responsible environmental management at renewable energy sites.

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