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50 years of Earth Day

50 years of Earth Day

Home > Blogs > 50 years of Earth Day

Read time: 2 minutes

Apr 21, 2020

The companies tackling today’s environmental challenges

 

The first Earth Day was in 1970, and today, we must rise to meet these dual crises again as Earth Day marks 50 years.

 

The theme this year is ‘climate action’. The enormous challenge — but also the vast opportunities — of action on climate change have distinguished the issue as the most pressing topic for the 50th anniversary.

 

Climate change represents the biggest challenge to the future of humanity and the life-support systems that make our world habitable.

 

On April 22, 1970, 20 million Americans — 10% of the U.S. population at the time — took to the streets, college campuses and hundreds of cities to protest environmental ignorance and demand a new way forward for our planet.

 

The first Earth Day is credited with launching the modern environmental movement and is now recognized as the planet’s largest civic event. The first Earth Day, in 1970 launched a wave of action. The passage of landmark environmental laws in the United States. The Clean Air, Clean Water and Endangered Species Acts were created in response to the first Earth Day in 1970, as well as the creation of the Environmental Protection Agency (EPA). Many countries soon adopted similar laws.

 

Earth Day continues to hold major international significance: In 2016, the United Nations chose Earth Day as the day when the historic Paris Agreement on climate change was signed into force.

 

Here’s a quick introduction to some of the businesses within our collective who are tackling environmental challenges.

 

Meet the pioneers

 

Azotic Technologies

Working to reduce the global use of synthetic nitrogen fertiliser via their product N-Fix ®.

 

“Our team of scientists at BioCity are developing N-Fix®  as a platform technology based on enabling plant cells with the ability to fix their own nitrogen.   The bacteria are essentially giving nature a helping hand to transfer this naturally occurring bacteria derived from sugarcane into other crop species. The Company will commercialise a variety of technologies based on this platform.”

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Worn Again

Created a process that can recycle non-reusable textiles, PET bottles and packaging into a new textile as a raw material

 

“Worn Again Technologies’ pioneering polymer recycling technology can separate, decontaminate and extract polyester polymers, and cellulose from cotton, from non-reusable textiles and PET bottles and packaging and turn them back into new textile raw materials as part of a continual cycle. “

More info

 

Deep Branch Biotechnology

Developing a gas-fermentation technology to transform the polluters of today into the producers of tomorrow.

 

Generating clean, nutritious, and sustainable single-cell-protein directly from the carbon dioxide in industrial waste gases, we are looking to reduce the carbon footprint of emitters and to provide a sustainable protein alternative to soy and fishmeal in the feed industry.

More info

 

Bio Cleansers

Creating environmentally friendly cleaning products for industry.

 

“Bio Cleansers Ltd are a manufacturer of plant-based, environmentally friendly cleaning products for Industry. Our fully biodegradable products are designed to give the industry a choice to move away from hazardous cleaning products that include caustic and chlorine. Our products which are equally as effective as their hazardous alternatives are derived from sustainable resources and are competitively priced. What’s not to like!”

More info

 

Activatec

Take unused and low-value organic sources to create plant-based ingredients for cosmetics and nutraceuticals.

 

Activatec develops biobased ingredients from renewable sources. We are specialised in the evaluation, scale-up and commercialisation of processes to produce biotechnological and plant-based ingredients for cosmetics, nutraceutical and pharma and from currently unused and low-value organic sources. We count on a proficient team of chemical and biochemical engineers and researchers with experience in the industrial biotech that works to provide a confidential service with an efficient and high-quality product output.”

More info

 

 

Insignia

Tackling food waste by creating colour-changing labels for food packaging

 

“Insignia Technologies offer unique and innovative labelling solutions designed to indicate the quality and freshness of goods and products. These smart labels act as time-temperature indicators (TTIs) and are cost-effective, easy to apply smart packaging solution for improving food freshness and quality.”

More info

 

 

CuanTec

Developing antimicrobial, biodegradable, compostable food packaging from by-products of fisheries to extend shelf-life of fresh food and to help reduce food waste, packaging waste and greenhouse gas emissions.

 

“CuanTec’s mission is to work in harmony with our natural environment to reduce the human impact that food waste and plastic pollution have on our world. We’ve developed a gentle, biological method to extract the natural product chitin from different sources of waste from the food industry.  We use this chitin to develop our formulations to create alternatives to single-use plastic, creating new materials that work in harmony with the environment.”

More info

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Scottish Bioenergy

Developing Clean and natural colourant solutions for food, cosmetics and pharmaceuticals.

 

“At ScotBio, we use biotechnology to reshape what’s possible. Revolutionising how we create all-natural food colourants and proteins to achieve a level of purity and consistency never seen before. Our unique, controlled indoor GMP production process ensures we can grow spirulina safely and consistently, every single day of the year. It means we can produce high-quality natural ingredients at almost any scale.”

More info

 

Pharm2Farm

Designing and manufacturing of nanoparticles which deliver the micro-nutrients essential for healthy plant growth, supporting vertical farming.

 

“Pharm2Farm has developed and patented a process to increase the bioavailability of trace minerals in plant fertilizer. This patented process uses nanotechnology and amino acid coatings to dramatically improve trace element take-up by plants in hydroponics, horticulture and agriculture. Pharm2Farm produce and sell these products through an exclusive licence to this technology from Nottingham Trent University, UK.”

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TAGS: Agtech, Azotic, BioCity, BioCity company, Blog, Cuantec, Environmental sustainability, Life Science