Eco Building

Eco building, also known as sustainable building or green building, is the practice of designing, constructing, and operating buildings in an environmentally responsible and resource-efficient manner. It involves using strategies and materials that minimise negative impacts on the environment, promote energy and water efficiency, prioritise the use of sustainable materials, enhance indoor environmental quality, and reduce waste. Eco building aims to create buildings that have a lower environmental footprint, provide healthier and more comfortable spaces for occupants, and contribute to a more sustainable future.

Concept of eco building:

At our Finca, we wholeheartedly embrace the concept of eco-building as an integral part of our daily lives. Our commitment to sustainability is reflected in every aspect of our construction process. Firstly, we prioritise the use of entirely recycled materials, ensuring that our creations have a minimal impact on the environment. Secondly, we harness our resourcefulness by utilising materials we find or already possess, promoting a circular economy.
One remarkable example of our eco-building approach is manifested in our homes. These dwellings are meticulously crafted using an array of recycled materials. From repurposed pallets to salvaged wood slices, plastic sheets, artificial grass, and even reclaimed roof tiles, we cleverly transform discarded resources into functional and aesthetically appealing living spaces.
By advocating the utilisation of recycled materials, we contribute to the reduction of waste and the conservation of natural resources. Our eco-building practices not only embody environmental responsibility but also showcase the creativity and innovation that can be achieved through sustainable construction methods.
At the Finca, we strive to inspire others to embrace eco-building as a means to harmoniously coexist with our planet. Through our commitment to recycling and resourcefulness, we demonstrate that sustainable living is both attainable and rewarding.

Clay process:

The process of making sustainable clay from natural materials in Tenerife involves utilising locally available resources and traditional techniques. Here is an outline of the steps involved:

  1. Material Selection: Identify and gather suitable natural materials that can be used to make clay. Common ingredients include clay-rich soil, sand, straw, and water. These materials should be locally sourced to minimise transportation and support the local economy.
  2. Soil Preparation: Collect clay-rich soil from the region, ensuring it is free from contaminants. Remove rocks, debris, and organic matter from the soil. The soil can be sieved to obtain a finer consistency, enhancing the quality of the clay mixture.
  3. Mixing Ingredients: In a mixing area or pit, combine the clay-rich soil, sand, and water in appropriate proportions. The exact ratio depends on the desired consistency and intended use of the clay. Mix the ingredients thoroughly to achieve a homogenous blend. Adding straw or other organic fibres can enhance the clay's strength and prevent cracking.
  4. Kneading and Aging: Once the initial mixture is prepared, knead the clay vigorously to improve its plasticity and remove any air bubbles. This process helps align the clay particles and enhances its workability. Allow the clay to age for a period of time, usually a few weeks, to improve its structural integrity.
  5. Testing and Adjustments: Test the clay by creating small samples or prototypes. Evaluate its texture, workability, and drying properties. If necessary, make adjustments to the mixture by adding more water, sand, or clay to achieve the desired consistency and performance.
  6. Shaping and Drying: With the prepared clay, start shaping it into desired forms, such as bricks, tiles, or sculptures, using traditional hand-moulding techniques or specialised moulds. Allow the formed objects to dry naturally, ensuring proper ventilation to prevent cracking or warping during the drying process.
  7. Finishing and Curing: Once the clay objects have dried, they can be further refined and smoothed using appropriate tools. To enhance their durability, they may undergo a curing process, which involves subjecting them to controlled heat or exposure to the sun for a specific period.

By following these steps, local artisans and builders in Tenerife can create sustainable clay from natural materials, promoting the use of locally sourced and environmentally friendly construction materials while preserving traditional craftsmanship.

Rubbish collecting:

At our Finca, we have implemented a comprehensive recycling system that encompasses various materials such as tin cans, plastic, paper, aluminium, metal, and general waste. To facilitate this process, our dedicated construction team has crafted aesthetically pleasing bins that allow us to effectively sort and separate our waste. When these bins reach their capacity, we ensure proper disposal of the accumulated trash.

Moreover, we go beyond conventional recycling practices by actively collecting additional waste from specific areas across the island. By giving this discarded material a new lease on life, we embrace the concept of reuse within our Finca. Pallets are transformed into comfortable sofas, while long pieces of wood find purpose as the framework for our homes and glass bottles become beautiful walls. An abundance of doors, once considered waste, now serves as the foundation for rooms dedicated to our forthcoming volunteers.

Overall, our commitment to sustainable practices sets us apart as a responsible and environmentally conscious Finca.


Biogas offers a promising solution for renewable energy and environmental sustainability. Derived from the decomposition of organic waste, biogas is a renewable source of methane and carbon dioxide. By diverting organic waste from landfills, biogas production reduces greenhouse gas emissions and minimises pollution.

The versatility of biogas makes it an attractive option. It can be burned for heating and cooking or used to generate electricity. Upgraded to biomethane, it can be injected into the natural gas grid or used as a vehicle fuel. Additionally, the nutrient-rich residue from biogas production serves as a valuable fertiliser, closing the nutrient loop and promoting sustainable agriculture.
Biogas systems provide decentralised energy solutions, especially for rural areas with limited access to traditional power sources. They empower communities to become self-sufficient while reducing dependence on centralised grids.

Biogas represents a sustainable energy source that addresses energy and environmental challenges. By harnessing organic waste, we can generate clean energy, reduce emissions, and promote a circular economy. Adopting biogas moves us closer to a greener future built on renewable energy and environmental stewardship.

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