Welcome to Raizes Regenerative Projects

About Us

Raizes Consultancy and Management of Regenerative Projects

Climate change, resulting from the current global production and consumption system, triggers increasingly devastating impacts, such as torrential rains, rising temperatures, and catastrophic wildfires. Unfortunately, these severe consequences tend to affect those who contribute minimally to greenhouse gas emissions the most. Around the world, communities face not only environmental damage but also an intensification of socioeconomic disparities. In contrast, more developed countries, historically responsible for the majority of emissions and the exploitation of resources in less developed nations, have greater resources to adapt and mitigate negative impacts.

 

This is why we at Raizes believe that sustainability is not enough. We need to go further, striving for regeneration. Therefore, we are dedicated to the consultancy and management of regenerative projects. Our projects are designed with the mission not only to mitigate negative impacts but also to create lasting positive effects. We believe in the transformative potential of collaborative practices that seek not just to maintain the status quo, but to regenerate and revitalize the natural and social systems on which we depend.

 

Regenerative projects are based on the knowledge and practices of traditional communities that have preserved and regenerated the environment for centuries. This approach not only addresses the challenges of climate change but also promotes climate justice by empowering marginalized communities and reducing inequalities. With a special focus on these communities, we aim not only to restore ecosystems but also to strengthen and support those who have lived in harmony with nature for generations.

 

At Raizes, we understand that the future is built with many hands, and we are committed to moving toward an ancestral future, regenerating our relationship with the planet. If you have a project based on the concepts and principles outlined above, or if you believe you can contribute in various fields to the development and implementation of ongoing projects, join us.

Welcome to Raizes
Regenerative Projects

Our Team

Elcia Clara

Elcia Clara is a biologist with a master's degree in Aquatic Ecology and a strong passion for studying traditional knowledge. Since her undergraduate studies, her focus has been on valuing ancestral practices of environmental protection, believing that these methodologies offer essential solutions to mitigate climate change and the devastating impacts of large-scale activities. Additionally, she has dedicated herself to understanding the effects of human actions, particularly tourism, on marine ecosystems, exploring the complex ecological interactions that emerge from this activity. A proponent of regenerative tourism, she sees this approach as a sustainable and harmonious way for all species to coexist.

Bruno Matos

Bruno Matos is an artist, builder, and activist dedicated since 2008 to studying regenerative building solutions based on locally available natural resources. His work ranges from simple residences with low raw material consumption to more robust constructions for commercial or institutional purposes. Bruno conceived the idea of a “house without bills,” a building capable of producing its own energy, capturing and purifying water, treating waste, and generating food and natural gas. His approach connects communities to ancestral knowledge, applying these insights to meet contemporary demands in a regenerative way.

Our Services

Self-Sustaining Constructions

Building self-sustaining structures involves the careful selection of techniques and materials from the design phase. In this context, BIOCONSTRUCTION stands out by prioritizing user benefits from the outset, while incorporating principles of regeneration and sustainability. This approach utilizes natural, local, and low-cost materials, reducing waste generation and energy consumption, while promoting knowledge exchange with the community and valuing traditional wisdom. In contrast, conventional construction techniques, though considered advanced, often rely on synthetic materials with a high carbon footprint, generating significant environmental and social impacts.In light of ongoing climate crises, these conventional approaches prove inadequate for addressing current challenges. By observing ancient constructions, such as the city of Shibam Hadramaut in Yemen and the Great Wall of China, we see that it is possible to build monumental structures using simple techniques and natural materials. This ancestral inspiration motivates the pursuit of a self-sustaining building model that integrates environmental restoration with building autonomy in water management, wastewater treatment, climate control, and energy production, while also supporting the cultivation of plants for consumption and surrounding regeneration.Since 2020, ABNT regulations on the use of earth have facilitated the application of these ancestral techniques with contemporary technologies, allowing for the construction of comfortable earth walls without the need for additional electrical systems.
water

Eliminating Water Dependence

Rainwater, an abundant and free resource, can be captured, filtered, and reused efficiently. Starting with the installation of a green, ecological, or living roof, the filtration process is initiated. Once filtered, the water is stored in cisterns for various domestic activities, including human consumption. It is then directed to irrigate a garden, serving as a natural filter before being channeled to a second cistern. Here, it can be reused once more, either for toilet flushing or to feed a biodigester responsible for wastewater treatment. In addition to treating waste, the biodigester generates methane gas and a liquid fertilizer that enriches the soil and nourishes plants, creating a sustainable cycle integrated into the home’s construction with minimal energy consumption.
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Building with Earth: Resistance and Sustainability

Earth, a widely available natural material, offers a sustainable alternative for construction. Its properties include resistance, durability, thermal and acoustic insulation, and climate control capability. The ABNT regulation on earth use since 2020 has propelled methods such as rammed earth and compressed earth blocks, allowing for the construction of structural walls without the need for additional resources.
climate

Passive and Efficient Climate Control

Clay walls, due to their hygroscopic nature, efficiently absorb and release moisture, ensuring pleasant indoor temperatures without the need for electrical systems. The larger the wall, the greater its thermal regulation capacity, contributing to environmental comfort and reducing energy consumption. Coupled with this system, a range of passive designs—i.e., without the installation of equipment or energy expenditure—combine to provide climatic comfort.

Sustainable Wastewater Treatment

Basic sanitation is achieved through biodigesters, where organic matter is anaerobically decomposed, generating biofertilizers and biogas. After treatment, the water can be reused for outdoor activities, contributing to the environmental water sustainability.
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Social and Community Impact

Integrating these practices into construction projects not only reduces housing costs but also promotes energy and water independence, potentially eliminating monthly bills. These systems can be adapted for individual homes or communities, helping to address climate change challenges and promoting sustainability. Inspired by Michael Reynolds' Earthship model, these principles are already being applied globally, including in research projects in Brazil.

Regenerative Tourism

Regenerative Tourism (RT) is an alternative to conventional tourist activities and aims to empower local actors to drive environmental and cultural regeneration, while also enabling these individuals to lead the economic and social development of their community. From the tourist’s perspective, the main objective of RT is to “leave the place better than you found it.” Therefore, RT seeks to maximize benefits for both the tourist and the community (understood here as the collection of populations of different species that interact and exchange energy in a given location) and to transition from an EGO mindset to an ECO mindset. The core of RT projects lies in valuing and reviving local traditional knowledge and transformative vision, where cultural heritage and connection are prioritized.

To ensure that these projects are environmentally responsible, the values underpinning this philosophy are based on ecosystemic, circular, and non-extractive approaches, with a focus on protecting traditional practices. 

RT projects should be developed collaboratively (involving the public and private sectors, volunteers, agents, community members, and tourists) and aim to reduce dependence on tourism in a single sector (against monoculture). 

To achieve this, we must rethink the roles of the involved agents: tourists, locals, and external collaborators, utilizing collective and/or collaborative intelligence to promote horizontal decision-making and community leadership in project management (co-creation). This horizontality ensures that decisions are made collectively with the various agents of the project, as well as regarding the type, pace, and scope of the possible tourism project for the region. It is understood that political and environmental awareness is built collectively and never imposed vertically.

The ability to build, contribute to, and manage the power/potential found in the NETWORK of involved people is essential. To this end, training courses for conscious tourism will be conducted, through which the community becomes a catalyst for positive change, incorporating regenerative principles.

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