Veja como você pode incorporar padrões de construção sustentáveis em seus projetos arquitetônicos.

Absolutely agree with this point, I have an experience working on a fully sustainable project, and reuse of materials to adapt them in a new projects. It is a very interesting concept materials like bamboo are environmentally friendly achieving sustainable construction as it grows rapidly which doesn’t require complete deforestation but it can't be used for higher structural loads even there tensile strength rivals steel, and it allows for innovative designs like parametric architecture. In our project we achieved a sustainable design but the main challenges where the structural integrity of bamboos. In general consideration of such sustainable materials really deduct the carbon footprint and materials impact in the environment.

Since in sustainable architecture, the building must be placed in the life cycle as a part of nature's ecosystem, the use of native material, compatible with the region's climate, as well as recycled material or recyclable material can play a significant role.

Adding sustainable building practices to designs is key for reducing environmental impact. It means planning sites well for natural light and air, choosing energy-saving materials, and using water wisely. Working closely with others to meet standards like LEED ensures efficiency and makes spaces healthier. Architects help create sustainable communities by being smart about design and caring for the environment. It's all about making a greener future happen!

Hempcrete is super sustainable. Grows in 100 days, rehabilitating soil, minimal water & chemicals, grow raw material to order. Sequesters tonnes of carbon that is locked into walls creating amazing insulation. Fire/bug proof, no VOCs, manages indoor humidity. Thermal controlling internal spaces is minimal when using hempcrete and passive design principals, and can easily be provided by a PV array with plenty of power to spare. I run the Hemp Building Directory at hempbuilding.au a social enterprise to help with the education and advocacy for this amazing building product. You'll find architects, suppliers, builders and installers. Everything is ready to increase the number of hempcrete houses in Australia which is about 350 to date...

Our material choice makes the biggest impact on the overall carbon footprint in the design phase. As architects, we can reduce waste and create sustainable buildings by using both reusable and recycled materials. Reclaimed wood, salvaged brick, and recycled glass are examples of materials that can be reused or recycled. It also makes a difference to use low VOC paints and finishes in order to improve indoor air quality. We can also use naturally derived materials that have a low-carbon footprint such as hempcrete and lime plaster. These materials have both an aesthetic appeal and lesser embodied energy. By incorporating eco-friendly materials into our designs, we can build a more sustainable future.

Paying attention to renewable energy and its maximum efficiency is the basic principle of sustainable architecture. Investigating the thermal behavior of green roofs and renewable energies in the sustainability and optimization of energy consumption of buildings and its applications in the production of other forms of energy, including photovoltaic electric energy, solar air heaters and solar air coolers, Trombe walls and green roofs with proper use It is inevitable to have a healthier earth.

When considering energy, it is best to know exactly "When". Knowing your environment, and the hot and cold durations throughout the year is an essential knowledge and necessary research, before you even consider passive and renewable energy sources. Do you have sun, wind, or other sources of energy production. How many days a year you need to cool or heat your design. Sometimes and in some environments, the need for HVAC is much less than the minimum required backup active systems, like a fan or small heater, and passive cooling and heating designs are just a waste of money, which in itself is not very footprint efficient. So research before any design is a must!

The integration of passive solar design is perhaps the most important bit of this piece. By orienting buildings to maximise winter sun and summer breeze, you’re already reducing the need for renewable energy. For warmer weather, another technique is using the stack effect to allow for large openings on higher areas of rooms (like clerestories or openable skylights) to allow for hot air to rise up and evaporate out of the building. For cooler climates, well insulated envelopes and interior materials such as double glazed windows help to reduce heating loads. Buildings can also be a part of local Demand Response strategies and lower energy consumption during peak hours in return for discounted rates throughout the year.

Ground source geothermal systems were selected for a number of my K12 school projects and I have come to recognize these as a good design decision for consideration in long term energy saving measures. K12 schools as institutions are in it for the long haul. A robust well designed project with a life cycle cost mentality serves the users and greater community. Because the vertical bores are below grade, athletic or play areas can be installed above. An initial conductance test will reveal the potential efficacy of a site during early site selection or programming. As with most sustainable approaches, early planning is the best approach (and not an afterthought).

Avant l'utilisation de matériaux "renouvelables", il y a, en effet, selon moi, des recherches à faire au niveau conception architecturale pour améliorer l'efficacité énergétique - voir les principes de l'architecture bio-climatique. Ensuite, intégrer des sources d'énergie renouvelable fait partie d'une démarche cohérente.

To incorporate sustainable building standards into your architectural designs, focus on water wisdom by implementing strategies such as rainwater harvesting, greywater recycling systems, and efficient water fixtures. Design buildings that minimize water consumption through landscaping choices that use native plants and drought-resistant species. Additionally, integrate technologies like low-flow faucets and toilets to reduce overall water usage. By prioritizing water efficiency in your designs, you contribute to sustainable building practices that conserve this critical resource while promoting environmentally responsible architecture.

Par expérience personnelle, la mise en place d'appareils à faible débit (douche) a pour conséquence une efficacité moindre pour le lavage des cheveux longs... Les fabricants ne le mentionnent pas mais c'est un fait... En Belgique, au niveau de la récupération d'eau, les règlementations sont telles que la demande d'eau de distribution est diminuée.

Water conservation, coupled with water-sensitive planning, is an integral part of sustainable building. Implementing low-flow fixtures, dual plumbing systems, and rainwater harvesting can significantly decrease reliance on municipal water supplies. Designing landscapes with native, drought-resistant plants and incorporating stormwater management techniques further enhances sustainability. These practices not only lead to cost savings and environmental protection but also increase property value and resilience to water shortages. By integrating these water conservation measures and water-sensitive planning into building design, we can create more sustainable, efficient, and resilient built environments.

As a new architect, I fully agree with the importance of water conservation in sustainable building. Implementing low-flow fixtures and greywater recycling systems are excellent ways to reduce water usage. Incorporating rainwater harvesting and designing landscapes with native, drought-resistant plants further supports a comprehensive water-wise strategy, making it both practical and environmentally friendly.

Water conservation is crucial for sustainable building and construction. Some of the things that I use: 1. System Optimization by efficient water system design to minimize leaks and inefficiencies & by regular leak detection and repair. 2. Water Conservation Measures by installing low-flow fixtures (faucets, toilets, showers), harvest rainwater for non-potable uses & choose drought-resistant landscaping. 3. Water Reuse and Recycling - Treat and reuse graywater, implement on-site treatment systems & promote recycling within the facility. 4. Holistic Approach - integrate water-saving features from design stage, educate occupants on responsible water use & adhere to relevant codes and standards. Together we can create a better environment.

En mis diseños estratégicos interiores aplico holísticamente plantas para reducir los componentes químicos que identifico con medidores como punto central aunque también aplicar otros cambios. Tras poner plantas, he visto mejoras de +20% en reducir VOCS, hasta formaldehído de manera particular en oficinas. Llegando a valores mayores en casos en escuelas. El CO2 también se reduce aunque con detalles que deben involucrar a querer cambiar o mejorar sistemas de ventilación que muchas veces no pasas. Pero es verdad que para una transformación o hacer un proyecto desde cero de éxito, hay que tener en cuenta materiales de acabados a nivel constructivo, mobiliario, ventilación, textiles, productos de uso como limpieza o cosméticos…

When indoor spaces lack sufficient natural light, people often depend on artificial lighting, which not only consumes energy but can also fail to fully promote the well-being of occupants.Architects can enhance buildings by incorporating large windows, skylights, and light shelves. These elements are designed to optimize the penetration of daylight into interior spaces. Additionally, utilizing surfaces that reflect light and employing techniques that redirect light deeper into the building interior further enhances natural lighting, fostering a healthier and more energy-efficient environment.

S'agissant de l'éclairage et de l'aération des bâtisses, tout dépend de la manière et de la méthode dont sont construites ces demeures. Aussi, le savoir-faire de l'architecte a son poids pesant dans la confection des constructions. Aujourd'hui, beaucoup d'opportunités architecturales sont à la portée des architectes. S'ajoutent à cela, l'endroit et la position de la bâtisse.

A design is not complete if it is not from inside out. Same thing goes for indoors for achieving overall sustainable designs. One of the main ingredients in this I feel is the Natural Light & Ventilation Solutions. Design spaces with ample windows and skylights to maximize natural light. Sunlight positively impacts mood, productivity, and overall well-being. Position windows strategically to allow cross-ventilation. Fresh air circulation reduces reliance on mechanical ventilation systems. Install operable windows that occupants can open to regulate airflow. Provide task-specific lighting (e.g., desk lamps) to reduce reliance on overhead lighting. Choose energy-efficient LED bulbs for artificial lighting.

We prioritize indoor air quality by using non-toxic, low-emission materials and finishes. We ensure adequate ventilation and natural light to create a healthy living environment. Incorporating plants and green walls can also improve air quality and aesthetics. Acoustic considerations are made to reduce noise pollution, providing a more comfortable and serene indoor space.

A tecnologia pode promover a sustentabilidade de várias maneiras em projetos de construção, há sistemas de gestão de energia, que permite o monitoramento e controle automatizado do consumo de energia de edifícios, ajustando o uso de acordo com as necessidades e reduzindo desperdícios. Sensores de presença e e iluminação podem ajustar automaticamente a iluminação e HVAC, garantindo eficiência energética. Há sistemas de edifícios inteligentes como o BMS, que permite a integração de sistemas de iluminação, HVAC, energia e segurança em uma plataforma centralizada. Possível também através de Internet das Coisas (IoT), dispositivos que coletam dados em tempo real para monitorar a operação do edifício e consumo de recursos.

Effectivement, les technologies modernes sont le fer de lance de l'architecture de pointe. Aujourd'hui, tout est numérisé, tout est modernisé donc, point de place pour le travail archaïque . La modernisation nous fait gagner du temps et de l'argent en plus de la beauté de l'ouvrage.

We integrate smart technology to enhance energy efficiency and occupant comfort. This includes smart thermostats, automated lighting systems, and energy monitoring tools that allow residents to control and optimize their energy usage. Home automation systems can also manage water usage and enhance security, contributing to a more sustainable and convenient lifestyle.

Minimize Construction Waste: Utilize efficient framing techniques and prefabrication to reduce on-site waste. Design for Reusability and Adaptability: Consider future uses for the building to extend its lifespan. Indoor Environmental Quality: Prioritize natural light, healthy ventilation, and non-toxic materials for occupant well-being.

Resilient Design should be given second priority next to building orientation for energy saving. Because resilient design can help achieve the highest points in terms of sustainability. the resilient design will contribute to making the space more friendly to inhabit.

Our resilient design approach ensures buildings can withstand and adapt to environmental challenges. We use durable, sustainable materials that can endure extreme weather conditions and reduce maintenance needs. Designs are tailored to local climates, incorporating features like rainwater harvesting, solar panels, and green roofs to increase resilience and self-sufficiency. Additionally, we plan for adaptability, allowing spaces to be easily modified for future needs and uses.

Design responsibility is paramount as an architect striving to achieve a sustainable goal in the final outcome of the building completion. Essentially three aspects to keep in mind 1. Optimal footprint on the ground. This ensures that material wastage is negated 2. Reusable/Recycled materials other those that have not been mixed from mother earth. 3. A floor plan and design that achieves cooling and ventilation through minimal mechanical interventions thus consuming less electricity this achieving passive and active energy conservation 4. Water conservation systems, both active and passive.

The main goal towards adding sustainable building codes in Architecture designs is to reduce the impact of the building on the environment. This requires both Architects and Clients to take timely and informed decisions throughout the design journey. Financial awareness and Feasibility studies is one such important aspect towards implementing such measures as it can encourage inhabitants to opt for such techniques. A direct comparison between investment and return period gives a client a clearer picture. The more the people opt for sustainability in design the more impact it will bring to the environment .

La rentabilidad financiera en los proyectos de construcción es una herramienta que también puede contribuir al diseño arquitectónico sostenible. El estudio de rentabilidad de proyectos de construcción permite conocer la viabilidad comercial y económica de las obras; permitiendo una visión profunda de los costes de construcción para identificar los puntos claves de la ejecución y abordar desafíos que ayuden a optimizar gastos en las obras, como la utilización de sistemas de construcción con diseños modulares, de ensamblaje en sitio rápidamente, con menos desperdicios de materiales como sucede en las construcciones tradicionales.

Another important thing to consider is building color. Warm colors like red, yellow add more heat to building and cool colour blue,reduces the heat. In hot climate region like Nigeria buildings can always be painted with cool colours to reduce heat.

Focus on energy efficiency, water conservation, and the use of sustainable materials. Utilize high-performance insulation, energy-efficient windows, and renewable energy sources like solar panels. Implement water-saving technologies such as rainwater harvesting and low-flow fixtures. Choose low-impact materials like reclaimed wood and low-VOC paints. Enhance indoor air quality with good ventilation and natural light. Preserve natural landscapes and use native plants. Design for modular construction to minimize waste, and integrate smart building technologies for optimization. Aim for green certifications like LEED or BREEAM to ensure adherence to sustainability standards.