Plastic Problem and Big Brands Insights

 

The growing carbon footprint, plastic pollution and increasing water consumption have become a worldwide concern which can have serious consequences in the future if neglected. According to the general data on sustainability trends, in 2050 there will be more plastic in oceans than fishes. Moreover, it has been reported that in China air pollution alone is responsible for the death of 1 million people and costs around 54 billion AUD annually. Some prominent celebrities like and Leonardo DiCaprrio, Emma Watson and Kim Kardashian along with numerous other renowned social media influencers all over the globe have taken strong initiatives towards environmental sustainability. Their pro-environment campaigns have attracted much attention through mass media has had considerable contribution in shifting the consumer’s mind-set from personal to ethical purchasing which is why more and more buyers are becoming increasingly aware of the environmental impact and are willing to pay more to promote a sustainable cause.  

L'Oréal report’s on production assessment tools breaks down of all the innovative sustainability levers into packaging levers, formula levers and social levers. Packaging levers deal with the quantity, quality, efficiency, technologies and source of the material; formula levers are mostly associated with the eco-friendliness of the product’s composition itself whilst the social levers are concerned with the brands responsible actions and user etiquettes.

Lo’real, Nike and Unilever are a few brands to name among many others that may be regarded as pro-environment. As part of L’Oréal’s ‘2020 Sharing Beauty With All programme’, they have committed to improve the environmental or social profile of 100% of their products. As an attempt towards sustainability, L’Oréal is using quinoa husk, which a waste by-product from the agro-food industry, as an innovative and active cosmetic ingredient in its skincare products. This is a commendable action as this project allows Bolivian farmers to benefit from training in sustainable farming practices whilst earning additional income. Garnier, whose parent company is L'Oréal, have also committed to replace all of its plastic packaging with rechargeable, refillable, recyclable or compostable packaging by 2025.

Nike’s FLYKNIT is manufactured with 60% less waste this initiative has lead an overall reduction of 3.5 million pounds of waste since 2012. In 2016 Nike achieved its complete translation of core yarn to recycled polyester for all of its FLYKNIT sports shoes.

Unilever, using its innovative problem solving approach, has set an ambitious goal to halve the amount of water required associated with the consumer use, for e.g. making 100% of their shampoos fast rinse by 2020.

The Lo’real sustainability reports suggest that most Brands are playing their part through there efforts for a sustainable future. However, the journey to a cleaner planet is a two way street as the end consumers have their due share in ensuring and promoting the march towards sustainability. This is a cycle where the consumer is at the end of the loop and hence plays a vital role in ensuring the 100% recycling goal and shaping a better environment. 

How can Chemical Engineers help solve COVID-19 crisis


Participate in COVID-19 research and study the possibility of a similar pandemic in future. As we are progressing in the field of medicine and antibiotics, the bacteria and viruses are developing their antibiotic resilience and getting stronger. Chemical engineers need to understand the bio processes involved in pathogens like bacteria and viruses and develop novel approaches to kill these harmful microorganisms.

Currently the study of advanced polymers such as star polymers such as SNAPPS (Structurally Nano-engineered Antimicrobial Polypeptide Polymers) is gaining popularity. Star polymers are currently studied for their use in medicine to destroy the outer membrane of harmful pathogens like bacteria and viruses. 

Historical data suggests that there is an outbreak of diseases caused by viruses every decade. While the spread of a pandemic is inevitable under such circumstances, developing strategies to have a large scale production of vaccines whenever a new pandemic arises can be a solution. These are areas of research that are in my opinion of high importance to chemical engineers who are in their early stages of career.

 


Plastic Problem and Big Brands Insights

  The growing carbon footprint, plastic pollution and increasing water consumption have become a worldwide concern which can have serious co...