Towards Achieving the Cleaner and Greener Environment

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The environmental impacts of our waste are immediate and undeniable. Waste rotting in landfills could create horrible-smelling methane gas that is both explosive and a large contributor to global warming. Incinerating our waste is also troublesome as burning plastics produces toxic substances, like dioxins. Gases from incineration cause air pollution and contribute to acid rain, where the rain’s pH balance is off and could destroy crops and plants. Even worse, the ashes of incineration often have heavy metals and toxins in them that could make surrounding groundwater carcinogenic. However, there is a solution, as recycling eliminates or lessens these burdens on our futures and ourselves.

Recycling leads to less air and water pollution. Recycling a single glass bottle means a 20 percent reduction in air pollution and a 50 percent reduction in water pollution compared to making a bottle from raw materials. Tossing out waste that is not biodegradable means landfills cannot properly decompose, and this wastes vast amounts of landfill space. A glass bottle takes about 4,000 years to decompose, meaning that even if the degradable waste in the landfill is properly finished decomposing, the land cannot be re-used as the amount of rubbish left might remain for thousands of years. This means more land must be used for landfills than necessary. (1) Want to get rid of plastic pollution completely? If you look throughout, you might well be able to uncover the answer to your dilemma here.

Around the world, inventors, scientists, and entrepreneurs are trying to innovate us out of this predicament. With everything from plastic-munching machines, to watchful drones and microplastic-dissolving technologies, they’re finding clever ways to remove plastics from the ocean — or to stop it reaching there in the first place. The majority of these inventions target pollution in rivers, down which most waste travels before reaching the seas. Some, however, venture much further out to tackle the gargantuan task of scooping plastic directly out of the open ocean.

But could technology really solve the plastics crisis? Arguably, the only real solution is to stop making so much plastic available to infiltrate the environment in the first place. That not only means reusing and recycling more but also drastically reducing the production of single-use plastics, which are used for a day but could persist in the environment for centuries. And, ultimately, it means closing the tap on all non-essential production of this material. Combined action from governments, sectors, and consumers is the only way to move the dial on this ultimate goal. (2) Be sure to look for these extra sectors, which focus on the difficulties and possibilities offered by their region’s unique interaction with the ocean and its limited freshwater supply! It’s a good idea to save this site to your favorites so you could visit it at any time!

Even if we do all of this, however, these changes might be gradual — taking years, if not decades, to unfold. And in the interim, tonnes of plastic might continue entering rivers and flowing into the seas. So while we figure out how to break up with plastic, we could play a role in reducing its impact, and perhaps unpicking some of the damage that’s already been done. Yet this page could be able to provide some light on this subject! Check the disclaimer on my profile and landing page

Source1: https://www.recyclingbins.co.uk/blog/environmental-impacts-of-recycling/
Source2: https://chinadialogueocean.net/17153-twenty-plastic-busting-inventions-to-clean-our-rivers-and-seas/

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