Our Future
Belmar Villas
A new chapter in Belmar’s story — where conscious luxury and nature meet to redefine the Monteverde experience.

The Villas
Each of the 10 villas has been thoughtfully designed as a private retreat, balancing spaciousness, intimacy, and immersion in nature. With an average size of 100 m2, these standalone structures are nestled into the hillside above our suites building, offering panoramic views, natural materials, and refined architectural details that reflect our dedication to quality and sustainability. Designed to accommodate both couples and families or small groups, the villas redefine luxury lodging in Monteverde — elevating the region’s offering with a new standard of privacy, comfort, and connection to place.
Features
A Catalyst for Innovation and Regenerative Growth
This project represents more than an expansion — it’s a platform for innovation in sustainable hospitality. Every villa was designed to minimize impact, regenerate the surrounding ecosystem, and inspire change within the industry.
Explore below how each action reflects our vision of growth in harmony with nature.
Less water use than traditional builds.
Higher energy efficiency than conventional models.
Of the property preserved as natural forest.

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Ecosystem Regeneration
We are actively advancing a long-term regenerative plan for the land that now hosts our hotel and the new villas — once used for cattle grazing. Building on years of restoration efforts, our current focus includes specific strategies to support ecosystem recovery, enhance biodiversity, and transform the landscape into a sustainable and resilient environment. This stage reaffirms our commitment to building in harmony with nature, honoring regeneration as a core part of our vision sustainable landscape. This phase reflects our ongoing commitment to stewarding the land not just for beauty, but for resilience and balance.

Pursuing excellence in regenerative hospitality
We are focused on achieving the CORE Green Building Certification, a rigorous and globally respected standard that validates regenerative design, energy efficiency, and net-zero environmental impact. This certification reinforces our commitment to sustainability at the highest level, positioning the villas as a model of excellence within the evolving landscape of conscious, nature-integrated hospitality.

Water reuse and advanced treatment
At Belmar, water is treated as a vital and finite resource. This project integrates rainwater harvesting and the advanced BioNest biological treatment system to minimize water waste and promote reuse for non-potable needs such as laundry and irrigation.
Beyond reducing the environmental footprint of the new villas, these systems will also enhance the sustainability and efficiency of the existing hotel operation, contributing to a more holistic and resilient water strategy. Altogether, the initiative is expected to achieve at least a 50% reduction in overall water consumption compared to conventional hospitality models — positioning Belmar as a regional leader in regenerative water management.


Energy-Efficient design for long-term performance
Through a combination of thermal modeling and AI-powered design optimization, the villas have been engineered to drastically reduce energy consumption, particularly for climate control. Key features such as cross-ventilation, solar-filtered glass, heat pump systems, and thermal panels allow the buildings to maintain comfort while minimizing reliance on mechanical systems.
This design strategy is expected to achieve up to 50% lower energy use compared to conventional constructions. Moreover, the knowledge and systems developed through this project will positively influence energy efficiency across the broader hotel operation, reinforcing Belmar’s commitment to low-impact, high-performance hospitality.
Innovative Construction with Low-Impact Materials
El Artista project has been designed to reduce environmental impact from the ground up, with a strong focus on material innovation. We are partnering with Nestetik, a Swiss firm specializing in FSC-certified timber structures, to implement a modular construction system that works like a precision puzzle assembled on-site — significantly reducing waste and energy use during the building process.
We are also incorporating bagacreto, an eco-friendly material made from sugarcane bagasse and lime, which has a much lower carbon footprint than traditional concrete or steel. In addition, HDPE (High-Density Polyethylene) — a recyclable, durable, and non-toxic material — is being used for select structural and plumbing components, offering a resilient alternative with reduced environmental impact throughout its lifecycle.
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