Since 2018 when China began the restriction on plastic waste imports, created nations have been in development to decrease plastic waste. Objectives have been set to wiping out single-utilize plastic things, for example, sacks/bags, straws, and cutlery. Besides, there has been a conversation in regards to the decrease in plastic waste from research facilities and medical clinics. Be that as it may, affected by the remarkable COVID-19 pandemic beginning in 2020, we may now need to reconsider the inquiry: Is the future increasingly plastic?


Protecting health and Environment or nature 

For our present fight to battle the COVID-19 pandemic, we see a drastically expanding interest for personal protective equipment (PPE) which contains different plastic and elastic things. Most ordinarily, gloves are mainly used by health care workers. While latex gloves are biodegradable in light of the fact that its material is extricated from rubber trees, nitrite and vinyl gloves that are produced using manufactured polymers which are not biodegradable. In this sense, if just latex gloves are utilized by health workers, fighting the disease is probably not going to cause a lot of environmental pollution. There are numerous other health-related things that are made of synthetic polymers and in this manner are not all that environmentally friendly.

The most significant material to make a surgical mask is a softened blown polymer, most regularly polypropylene (PP), which can successfully shield droplets and microbes. For a similar explanation, non-woven PP is likewise generally used to make defensive attire for medical staff. Additionally, there are numerous other new, clean plastic things generally utilized in medical applications for making a sterile situation, for example, disposal syringes, pill casings, catheters, and blood bags. These things are likewise made of synthetic polymers, for example, polyvinyl chloride (PVC) and PP, which are not biodegradable. Consequently, it would not be astounding to see that the COVID-19 pandemic is creating huge amounts of medical waste.

Not just in the medical division has the pandemic caused expanding measures of plastic waste. To stop the spread of the coronavirus, social distancing rules have been acquainted and we have with training preferable cleanliness over normal. Dispensable polyethylene (PE) gloves are all the more normally utilized by individuals going outside for shopping or different purposes where they have to avoid contacting surfaces. PE is a similar polymer utilized for plastic shopping sacks around the world, which has just caused enormous ecological issues. During the lockdown, numerous individuals are likewise requesting more food conveyances and takeaways, which means expanding measures of dispensable supper boxes are being utilized, which are ordinarily made of PP or polystyrene (PS). Subsequently, the fear of the coronavirus has really pushed peoples to use more plastic than expected. Some governments, for example, England, California, and South Australia have recently canceled the prohibition on single-use plastic to reduce the coronavirus hazard. This has led to surging an amount of plastic waste, although an ongoing report proposes that the coronavirus may really continue longer on plastics than on other materials.


More plastic or increasingly manageable 

So far, we have just accomplished a plastic reusing rate of less than 10%. The current pandemic may present safety issues to waste reusing workers. The ongoing lockdown has hampered our capacity to process recyclable waste appropriately. The ongoing steep drop in oil prices implies virgin plastics could be less expensive and may additionally hurt the feasibility of plastic recycling. With higher measures of plastic utilized and reduced recycling capacity in this pattern, tragically, we are probably going to see increasingly plastic waste or progressively plastic pollution.


In fact, plastic is fundamental to us, particularly for ensuring our health. This is the reason we have been facing huge difficulties to reduce plastic waste while keeping up our current way of lifestyle. If we don’t take critical action now, plastic pollution may affect our health, wildlife, and the common environment in the long term. In any case, would we be able to ensure our health while as yet limiting the negative effect of plastic on our environment?


While decreasing or in any event, staying away from the utilization of unnecessary plastic could assist with reducing plastic waste, utilizing disposable plastic items in many cases remains an important option particularly for cleanliness and comfort purposes. In any case, utilizing disposables doesn’t really mean more pollution.

Boomerang Alliance’s Plastic Free Places program has given a manual for restaurants and cafés of how to maintain a strategic distance from single-use plastics and what compostable packaging choices are available. Disposables can be produced using biomass assets or of biodegradable or compostable plastics. “Biodegradable” plastics can decompose into harmless, little molecules with the activity of living beings in the natural environment, (for example, in soil).


For “compostable” plastics to separate into easier chemical compounds, composting facilities with controlled conditions (e.g., included supplements/nutrients and certain temperature) is required. Polylactide (PLA) is a compostable bioplastic produced using the sugars from fermented starch (e.g., corn and cassava), sugarcane, or sugar beet. Polyhydroxyalkanoate (PHA) is a biodegradable polymer created by microorganisms (microbes) from natural issues like sugar or lipids.


There are numerous biomass assets such as starch, cellulose, chitin/chitosan, alginate, and lignin, which can be used to make biodegradable materials, as well. Obviously, legitimate naming and direction are as yet required for the appropriate disposal of biodegradables and compostable, which is something very similar to plastic recycling.

Other than creating biodegradable or compostable plastics, there is quite a lot more that we have to do. Fighting with plastic waste is much more complex than battling COVID-19 and it needs governments, NGO’s, industry, specialists & researchers, and people, to cooperate and work together to frame synergistic methodologies.


The future doesn’t need to be increasingly plastic. We can accomplish both maintainability and healthier life, yet just by proceeding to make proactive steps and act all the more responsibly for the environment and ourselves.