Angenium: Creating Jewels From Waste

in #crypto6 years ago

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Environmental pollution remains to be a big issue in the world today; this, even after all the efforts to reduce, reuse, and recycle waste. Apparently, not all wastes can be reused and recycled, so either they find their way to landfills or end up in resource recovery centers where they are processed to become an energy source or to serve as raw products for an industry.

Now there are landfills for practically every classification of waste there is. We have landfills for combustion ashes, hazardous waste, municipal landfills, industrial landfills, and so the list goes on and on. We have landfills numbering by the thousands, and while they may be created, supposedly, as a means to better manage wastes that cannot be recycled, landfills are not exactly a fool-proof solution as we are now experiencing their effects especially on humanity. For example, the conversion of land to landfills to serve the purpose of waste management means there are fewer lands to be used for habitation, thus depriving thousands of people of setting up homes and communities that would have improved their living condition.

But waste recycling is not a guaranteed solution to the environmental crisis, either. Recycling plants are also polluting the earth, and endangering the lives of many. Even then, there is no known fool-proof technology, nor essential equipment, to process ash and slag wastes, so far.

So here comes Angenium, breaking into the market for the first time and beating all the odds to bring a unique technology that’s never been tried before, a technology with the capability to extract the likes of silicon dioxide, alumina, and iron oxide from ash landfills with a 99.9% purity without employing any toxic measures, only by aid of a unique sorbent that’s way cheaper than the sorbents currently used. Angenium is a technology meant to create jewels from wastes. A waste treatment plant will soon be in the works, one that is guaranteed to be 100% cost-efficient, and one that will have the ability to produce products of high value.

How is Angenium going to operate differently? Angenium is, first and foremost, a tokenized ecosystem, that will run on a blockchain platform. As such, transactions will be monitored by smart contracts, and goods will be duly certified so buyers of the products are assured of no-erroneous transactions.

Angenium’s unique technology will be good for the environment. It will not be a double-edged sword, unlike other waste recycling facilities that seem to get rid of one problem only to re-create a bigger one. Angenium will cleanup the environment without causing it further harm, then use the recycled waste as raw materials to come out with a gem of a product but at a significantly lower cost. Mining precious metals will become faster and less costly because of Angenium. And, Angenium, too, will also be able to prevent the creation of more landfills.

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Angenium will be designed to be scalable, as well, meaning the technology can be replicated elsewhere or even franchised. Investors who participate in the ICO may expect a return of their investment in as fast as 8 months. Guaranteed of real income, investors, too, will have the opportunity to take part in a project that has a truly worthy cause, that is, to beat environmental pollution once and for all with a responsible waste recycling plant.

Token Details:
Token: ANG
Price: 1 ENG = 1 USD
Platform: Ethereum
Soft cap: 18,500,000 USD
Hard cap: 90,000,000 USD
Country: Estonia

For more information, visit the following pages:

Whitepaper: https://angenium.io/files/WP_English.pdf
Bitcointalk ANN Thread: https://bitcointalk.org/index.php?topic=4899507
Website: https://angenium.io/en.html
Telegram: https://t.me/Angenium_ico/
Twitter: https://twitter.com/AngeniumTeam/
Facebook: https://www.facebook.com/Angenium/
Medium: https://medium.com/@angenium
Youtube: https://www.youtube.com/channel/UCT3tMisCS5Ox0JJRgjOSX-Q
Bitcointalk User: Kalikanan
Bitcointalk Profile Link: https://bitcointalk.org/index.php?action=profile;u=2079149