At Heavengrown, we believe in building a future where sustainable infrastructure thrives. Our mission is to transform agricultural waste into high-quality building materials, promoting a circular economy. By harnessing renewable energy systems, we aim to pave the way for innovative construction practices that respect our planet.
Innovation is at the heart of everything we do. We strive to deliver solutions that not only meet todays needs but also anticipate the challenges of tomorrow. Our dedication to developing renewable systems and regenerative materials sets us apart, ensuring we contribute positively to both our communities and the environment.
In Tulum, Heavengrown developed a pioneering four-story, solar-powered eco-home constructed with a hybrid system of wood structure and hempcrete infill. Set in the jungle environment, the building demonstrates the viability of multi-level, bio-based construction in tropical climates, combining carbon-negative materials with renewable energy systems. The project has become a local landmark and tourist attraction, showcasing scalable, climate-adapted hemp architecture in Mexico.
Near Tepoztlán, Heavengrown developed the first hempcrete and bamboo structure in the world, as part of a small off-grid community project. This pioneering build combined a bamboo structural frame with hempcrete walls, marking one of the earliest examples globally of integrating both materials into a single system. Constructed collaboratively with volunteers, the building served as a community workshop and prototype, demonstrating fast, low-impact construction using locally adaptable, bio-based materials designed for resilience in Mexico’s climate.
Heavengrown has driven innovation in bio-based construction through Cococrete, Agavecrete, and Sugarcrete—materials that transform agricultural waste like coconut husk, agave bagasse, and sugarcane fibers into high-performance building systems. Each iteration improved strength, insulation, and scalability, adapting to different regional resources and climates. Together, these innovations emphasize a circular approach to construction, turning local waste streams into durable, low-carbon solutions.
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