EcoMedy

EcoMedy : :Discovering That Matter 🌱
:: Sustainability For All !♻️ Discovering sustainable innovations from all around the world.

Join the movement for a Brighter and Greener future with us.

16/09/2024

Ripping up concrete to let the earth breathe!
Cities around the world are turning pavement into green spaces to fight heat and absorb rainwater.

13/09/2023

Explore the future of sustainable energy with IBIS Power - where wind power 🍃 meets solar power ☀️ on rooftops for a greener tomorrow 💚
Follow us .medy for more such amazing innovations.
Source - 🎥 IBIS Power

26/08/2023

From Waves🌊 to Watts ⚡
How about turning the ocean's power 🌊 into electricity⚡?

Follow us .medy for more such amazing innovations.
Source - 🎥 Ecowave power

07/05/2023

Scientists from NTU Singapore have found a way to transform waste paper into eco-friendly batteries for smartphones and other devices.
Do you know of any other innovative ways that waste paper can be reused?

Let us know in the comments.
Source - Nanyang Technological University, Singapore

In recent years, food colourings have received negative attention due to artificial dyes causing neurobehavioral issues ...
14/02/2023

In recent years, food colourings have received negative attention due to artificial dyes causing neurobehavioral issues in children. The production of many artificial food colorants is also environmentally unsustainable.
Biotechnology company Michroma is utilizing precision fermentation to engineer fungi and create a new range of natural colorants and ingredients for the food and drug industries.
The ingredient biotechnology startup was founded in 2019 by Ricky Cassini and Mauricio Braia, both from Argentina, who met at an accelerator program and moved to San Francisco to begin developing the technology for Michroma
Their first product is Red +, a pH-stable, temperature-resistant, bright red shade, which is cost-effective to produce, unlike most other natural food colors. Michroma's vegan, non-GMO, halal, and kosher ingredients are ideal for a variety of uses, including baked goods, confectionery, dairy products, and extruded foods
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📸 Michroma

Young Egyptian entrepreneurs are addressing the country's plastic waste issue by recycling junk-food wrappers, water bot...
03/02/2023

Young Egyptian entrepreneurs are addressing the country's plastic waste issue by recycling junk-food wrappers, water bottles, and other rubbish that typically ends up in landfills or the Nile.
The start-up, TileGreen, operates a factory near Cairo that processes large amounts of plastic scraps into a dense liquid, which is molded into strong, compact tiles used as pavers.
Each tile is made from around 125 plastic bags and .green aims to recycle 3 to 5 billion bags by 2025.
The company began selling the tiles in 2021 and plans to expand into other products typically made from cement.
Egypt has a goal to reduce its single-use plastic consumption by more than half by 2030 and to construct new waste management facilities.

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Source: Tile Green

A British company has developed the first tractor in the world to be completely powered by cow dung. The groundbreaking ...
02/02/2023

A British company has developed the first tractor in the world to be completely powered by cow dung.
The groundbreaking machine was developed by Cornish company Bennamann, which has been researching and developing biomethane production for over a decade.
The liquid methane gas-powered T7 vehicle is said to be first of its kind and could mark a turning point in efficient energy supply on UK farms.
The pioneering 270bhp tractor runs on fuel captured from farmyard manure and is said to match the performance of standard diesel-powered versions.
It works by collecting waste by-products from a herd as small as 100 cows into a biomethane storage unit based on the farm.
Please Share your thoughts about this innovation in comments. ✍️
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Source - Bennamann / Daily mail

An innovative floating solar farm in the Netherlands is soaking up the rays.Proteus, developed by the Portuguese company...
31/01/2023

An innovative floating solar farm in the Netherlands is soaking up the rays.
Proteus, developed by the Portuguese company Solaris Float, is a circular island of solar panels that bobs on top of water, generating renewable energy.
The prototype power source can be installed on lakes, reservoirs and in coastal areas, potentially solving many issues plaguing solar technology.
Floating solar farms have been on the scene since 2008 but Proteus does something none of its competitors can do.
Its solar panels can meticulously track the sun as it passes through the sky, maximising energy yield.
On sunny days, the island can produce around 73 kilowatts of power.
But, thanks to its two-axis solar panels and unique sun-chasing technology, it can generate 40 per cent more energy than non-moving panels on land.
Other benefits of the design are that water cooling improves power generation, plus it avoids taking up precious land, ideal for small densely populated places like the Netherlands and Japan.
Conventional solar farms are often criticised for the amount of land they occupy.
Share your thoughts about this innovation in comments. ✍️
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📸 Euronews

Today, for the removal of microplastics from municipal water supplies, water treatment plants make use of chemicals dubb...
29/01/2023

Today, for the removal of microplastics from municipal water supplies, water treatment plants make use of chemicals dubbed flocculants to the water. They form into clumps which the particles stick to. Removal of these clumps rids the water of microplastics.
Sadly, however, commonly-used flocculants like polyacrylamide on their own can turn toxic under some conditions.
The research conducted by Dr Rajani Srinivasan and her team from Texas’s Tarleton State University has found that polysaccharides found in okra, fused with those from fenugreek worked rather well at removing microplastics from seawater.
The same compound when mixed with polysaccharides from tamarind worked effectively for getting rid of microplastics from freshwater.
What’s more, is that researchers found that they can be used in existing water treatment plants without making any major changes to the process or the facilities.
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📸 Daily Mail

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