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Retrofitting is the most sustainable solution for the real estate market. Its concept goes beyond simply updating or adapting a structure; it involves preserving and enhancing all the quality of the original construction, while ensuring sustainability and respect for historical heritage.

When we maintain materials such as wood and granite during a retrofit, we not only value a legacy and the identity of the space, but we also adopt a sustainable approach, avoiding wasting resources by discarding something that still has a lot to offer.

By incorporating elements of the past into a contemporary project, we are preserving history, enriching the experience of residents and passersby, and contributing to the architecture of the city.

ESG on Retrofit

A SUSTAINABLE APPROACH,
WHICH AVOIDS WASTING
RESOURCES BY DISCARDING SOMETHING
THAT STILL HAS A LOT TO OFFER.

The concept of retrofit goes beyond simply updating or adapting a structure; it involves preserving and enhancing all the quality of the original construction, while ensuring sustainability and respect for historical heritage.

Many materials from the past, such as wood and granite, have a quality and aesthetic that are difficult to replicate today.

When we preserve these materials during a retrofit, we are not only enhancing the history and identity of the space, but we are also adopting a sustainable approach, avoiding the waste of resources by discarding something that still has a lot to offer.

Furthermore, by incorporating elements of the past into a contemporary project, we are creating a connection between the present and the past, enriching the experience of residents and passersby and contributing to the preservation of collective memory.

At Planta.Inc., immediately after acquiring an asset, the first step is to map and protect everything that will be used. We believe it is essential to recognize and value the quality of existing materials in a harmonious and conscious way in the project, thus ensuring a final result that is both aesthetically appealing and environmentally responsible.

Principles

At Planta, we respect technical concepts
that aim at greater population
density, including:

1.

Development
in consolidated and priority
urban areas

Imagem da obra da piscina do Edifício Renata Sampaio Ferreira, construído pelo arquiteto Oswaldo Arthur Bratke em 1965 e tombado pelo patrimônio histórico. Localizado na Rua Araújo, 216, na Vila Buarque, passou por um retrofit feito pela Planta.inc

2.

Brownfields development

Imagem da obra da piscina do Edifício Renata Sampaio Ferreira, construído pelo arquiteto Oswaldo Arthur Bratke em 1965 e tombado pelo patrimônio histórico. Localizado na Rua Araújo, 216, na Vila Buarque, passou por um retrofit feito pela Planta.inc

3.

Development in urban areas not vulnerable to flooding

Foto do Centro de São Paulo

4.

Connection to transport networks

Foto do Edifício Itália, na Vila Buarque, em São Paulo

5.

Bringing housing and work closer together

Foto de edifícios na região da Vila Buarque, em São Paulo

6.

Development in qualified urban areas

Foto do Centro de São Paulo

7.

Promote housing densification in priority areas

Detalhes da Vila Buarque, em São Paulo

8.

Promote mixed use

Limões, um boné, um óculos de sol e uma toalha de banho listrada em verde e branco

9.

Disincentive to car use

Detalhe do ambiente externo do Restaurante Cora, localizado na cobertura do Edifício FSMJ, localizado na Rua Amaral Gurgel, 344, na Vila Buarque, em São Paulo, um retrofit feito pela Planta.inc

10.

Promote socioeconomic diversity and affordable products

Detalhe da fachada de cobogós do Edifício Renata Sampaio Ferreira, construído pelo arquiteto Oswaldo Arthur Bratke em 1965 e tombado pelo patrimônio histórico. Localizado na Rua Araújo, 216, na Vila Buarque, passou por um retrofit feito pela Planta.inc

11.

Protection, restoration and conservation of historical and cultural heritage

Vista aérea do Centro de São Paulo com destaque para o Edifício União Continental, um prédio retrofitado pela Planta na rua Rêgo Freitas, 260, no bairro da Vila Buarque

12.

Encourage activities with social/environmental impact

Foto da fachada da Livraria Gato Sem Rabo, localizada no térreo do Edifício FSMJ

13.

Choose assets with an active facade, or with the possibility of creating them

Foto do Theatro Municipal de São Paulo

14.

Choose assets that have architectural or cultural importance

Good Practices

When project development reaches the architectural stage, good ESG practices include adaptations that have an impact not only on the building, but on the lives of residents and the neighborhood's surroundings.

Encouraging
mobility
by bicycle

Reduction of
urban environmental
impacts (drainage,
heat islands)

Ensure environmental
comfort and minimum thermal,
acoustic and lighting performance
of the building

Use of
cross-ventilation

Presence of
landscaping

Projects that
consider accessibility
and mobility

Engineering

Engineering is fundamental to the foundations of ESG in civil construction. It is through engineering that waste management, the use of certified materials and the design of solutions that intensify savings on emissions of gases that are harmful to the atmosphere are ensured.

Safety assurance
in construction

Construction waste management

Management of air, noise and visual pollution during construction

Use of certified materials

Conducting assessments
and obtaining certifications
by product

ESG assessment when contracting
services

Assessment of compliance with standards