Post by bonnasuttadhar225588 on Feb 15, 2024 6:24:50 GMT
From growing plants on the moon to the "urine cycle" to fertilize crops, Eco-Business highlights major innovations in sustainability in a year when war broke out in Europe and food and energy shortages caused Humanity will struggle to find ingenious solutions to maintain hope. While innovation in general has been vital to the survival and growth of the world, sustainable innovations seek to address social and environmental impacts, in order to provide products and services that are good for both business and society in the long term. . That said, here are the 10 smartest and most sustainable innovations of 2022. 10 innovations in sustainability 1. Monthly farming Botanists at the Queensland University of Technology plan to grow plants on the Moon by 2025, an effort they say will help shore up food security as crops begin to fail on Earth. This will be done through a capsule containing seeds of selected hardy plants – such as the Australian species known as “resurrection grass”, which can survive for months without water – which will travel aboard a private Israeli shuttle to the Moon.
Along with sensors, a camera and water, in 2024. The seeds will be watered inside a sealed chamber after landing and monitored for signs of growth. innovation-in-sustainability Printed panels Solar energy is one of the most widespread and established clean renewable energies both in the international energy market and in self-consumption practices . However, despite having made progress in energy efficiency issues and the costs of production and installation of the necessary infrastructure, solar panel technology still has challenges to overcome, and the solution could lie Saudi Arabia Email List in printed solar panels. Scientists at Newcastle University in Australia have developed solar panels that can be printed and rolled up like newspaper. The panels are lightweight, recyclable, can be made with conventional printers, are cheap to manufacture (they cost $10 per square meter), and are the thickness of a packet of potato chips. 3. Plastic in diamonds Plastic waste is a global problem. From plastic drinking straws to single-use food containers, all this plastic is overwhelming landfills and much of it ends up in our waterways, eventually reaching the ocean. However, according to a study recently published in Science Advances , scientists in Germany and California have found ways to turn plastic waste into valuable, albeit small, diamonds.
By exposing the PET to a high-powered X-ray laser, the scientific team has been able to recreate the conditions found on icy planets such as Neptune and Uranus, where hydrocarbons are transformed into diamonds below the surface. 4. Sea water into electricity The Wayuu people of northern Colombia, who live in small rural villages and depend on fishing and crafts to survive, have little access to electricity. This inspired a starting point for a sustainable solution: seawater. Inside the portable “WaterLight” device—developed by Colombian renewable energy startup E-Dina—salt water causes an ionization reaction, producing enough electrical energy to generate light and charge phones and radios. Just half a liter of salt water can produce 45 days of electricity. 5. Recyclable wind blade Wind turbine blades are made of different materials embedded in resin, making them difficult to recycle. The Spanish-German renewable energy company Siemens Gamesa claims to have created the first recyclable wind blade in a commercial wind farm in Germany. Imaginatively called RecyclableBlade , a mild acid solution can be used to separate the resin, fiberglass and wood from the blade, for use again.