5 amazing biomimicry examples providing real sustainability solutions | Architecture Building Energy

Recent questions

• How can nature inspire improvements in CO2 emissions?

  Nature, with billions of years of research and development, offers valuable insights on how to enhance CO2 emissions in buildings and energy sectors. By studying natural processes like coral reefs and termite mounds, researchers have discovered innovative ways to reduce energy consumption and produce materials that sequester CO2 effectively.

• What material in coral reefs can be used to make eco-friendly concrete?

  Coral reefs are primarily made of carbon, with coral's hard exoskeleton composed of calcium carbonate. This material can be utilized to produce concrete that not only sequesters CO2 but also requires less energy to manufacture. By mimicking nature's design, researchers can create sustainable building materials that help combat climate change.

• How did architect Mick Pearce design the Eastgate building in Zimbabwe?

  Architect Mick Pearce drew inspiration from termite mounds to design the Eastgate building in Zimbabwe. By incorporating thermal mass and air channels into the building's structure, Pearce was able to regulate temperature effectively. This innovative design resulted in 35% less energy consumption compared to other buildings in the city, showcasing the power of nature-inspired architecture.

• What is Swarm Logic® service offered by Encycle inspired by?

  Encycle's Swarm Logic® service is inspired by bees' swarm intelligence, where appliances are connected to reduce peak energy demand by 25% and unnecessary energy consumption by up to 30%. By emulating the efficient communication and collaboration seen in bee swarms, Encycle's technology optimizes energy usage in buildings, leading to significant energy savings.

• How do John Dabiri's vertical axis wind turbines differ from traditional turbines?

  John Dabiri's vertical axis wind turbines are inspired by schooling fish, designed to work together efficiently. These turbines have the potential to generate 10 times more wind energy than traditional turbines by leveraging the principles of nature. By studying natural phenomena, researchers like Dabiri are revolutionizing renewable energy technology to create more sustainable and effective solutions.