Bioarchitecture services for businesses

Unsustainable traditional construction methods are beginning to give way to bioarchitecture and bioconstruction, just as non-polluting, renewable energies are becoming more important than the near-obsolete traditional energy sources.

More forward-thinking companies are already seeking integral bioarchitecture services that not only address factors of economics, functionality and aesthetics, but also adopt a holistic approach that incorporates ecological and health considerations into each solution.

Water use, mixed land use, the development of ecological technologies, use of renewable energies, use of biotechnology for the treatment of waste, recycling and the conservation of biodiversity are gradually integrating with the need for actions on a small scale, the decentralised participatory model and the implementation of systems that serve the needs of the market in a sustainable manner.

Geosanix offers an innovative bioarchitecture service designed for small and medium-sized organisations wanting to create, develop and build businesses at the national and international levels.

Bioarchitecture services

For private individuals we offer bioarchitecture services that combine criteria of economics, functionality, aesthetics, ecology and health in an integrated, holistic approach.

The key factors that we consider in the construction process are:

1. A unique design, adjusted and adapted to the needs of the client.

2. Bioclimatic design of the building, giving careful consideration to orientation and the layout of spaces to take full advantage of passive energy systems.

3. Biocompatible design of installations (electricity, plumbing, drainage, fittings), to ensure that they are efficient, comfortable and comply with principles of geoenvironmental health.

4. Harnessing of natural resources available on the site and renewable energies to increase energy autonomy and reduce environmental impact.

5. Use of healthy and sustainable construction methods and materials.

6. Implementation of energy- and resource-saving systems, as well as systems that establish responsible, sustainable consumption.

7. Integration of the building into its surroundings, taking into account the aesthetics of the landscape and the local architecture.

8. Finding the right location, by choosing places that are free of geoenvironmental pollution.

9. Aesthetics and functionality of interiors: colour, light, spaces and dimensions.

10. Recycling and responsible management of waste and water.