Attention!After successful pre-ICO Angenium project applied to SEC (USA) to obtain additional advantages for the project stockholders. The main ICO is rescheduled to the second half of January 2019. Follow the additional info in our telegram.
A unique project of the efficiently extract of noble and rare metals, silicon oxides, aluminum and iron from man-caused waste.
Transforming waste into a jewel - 1 ton - >$1000
The funds collected at the ICO are used to build a waste treatment plant with the subsequent extraction of high-purity (99.9%) oxides of silicon, aluminum, iron and precious metals. The technology is based on fluoridation and the use of a one-of-a-kind universal sorbent, which is tens of times cheaper than imported analogues
A UNIQUE TECHNOLOGY FOR THE COMPLETE DECOMPOSITION
OF WASTE INTO CONSTITUENTS, WHICH ARE THE FINAL PRODUCT.
We recycle waste, saving the environment from pollution. From the mass of waste, we get a product of high cost. This becomes possible because of the use of a unique sorbent that extracts precious metals with maximum selectivity and is suitable for all types of waste. Today, this technology is absent at the market and has no analogues.
EFFECTIVENESS
The purity of product is 99.9%, the degree of dispersion is from tens of nanometers to microns. The selectivity of the sorbent is 95%, its universality for all precious metals. Resumption and reuse of the main reagents during processing
SCALABILITY
Placement and replication of production in any country and region of the world. Ready solutions with a capacity from 5 000 to 1 000 000 tons per year for the processing of ash and pyrite cinders. Adaptation of technologies for various types of waste (SDW, TKO, etc.). Franchise. Ready-made business “on a ready-to-operate basis”
LIQUIDITY
Consumers of non-ferrous metals, including the state, refining companies, electronics manufacturers, manufacturers of cosmetics, medicines, toothpastes, rubber products, composite materials, paints, paper, building mixtures and much more, including agriculture
ECONOMICAL EFFICIENCY
One of our universal sorbent is 10 times cheaper than each of the imported analogues. Low cost of raw materials: extraction of a certain element from waste is from 5 to 15 times cheaper than at a special deposit
ECOLOGICAL COMPATIBILITY
The release of tens of thousands of hectares of territories irretrievably lost under the waste. Does not pollute the environment (atmosphere, water, soil). The 4th and 5th groups of waste: non-toxic and with no need for additional permits for functional. The sorbent is organic
EXCESS RETURNS
Internal rate of return is from 733%. The cost of raw materials is 10 $ / t., The cost of the products received is from $ 1000 / t. Return of investments in 1 year 8 month after the start of the Pre-ICO. Revenue from 100% per annum for investors from the nominal value of the token
PRODUCIBILITY
100% decomposition of ash dumps into components is the final products. At processing of ash dumps, only 2 reagents are used: ammonium fluoride and ammonia. At processing of pyritic cinders, the technology is used with recycling of the main reagent - ammonium chloride. It is possible to integrate the facility into the existing ecosystem, including the absorption of industrial and domestic waste
Andrey Zotov
CEO
Alexey Rakov
Director for Scientific Research
Igor Tertyshny
Senior Researcher
Yuri Gorbunov
Technical Director
Shelestov Maxim
Development Director
Valentin Moiseenko
Igor Pugin
Eduard Rakov
Doctor of Chemical Sciences, Professor
Olga Vilkova
Svetlana Zotova
Executive Director
Dmitry Petrovsky
Head of Economic Security Service
Lyubov Kovalenko
Lidia Bashkirova
Dmitry Lisin
Adviser in financial matters
Sergey Gureev
IT
Roman Bratchenko
IT Engineer
2013
Laboratory establishment.
2014- 2017
R&D,development and confirmation of technology.
2017- 2018
Creating and improving of experimental sample.
June-August 2018
Private round of fund-raising (before Pre-ICO).
September -October 2018
Pre-ICO.
October-December 2018
ICO.
December 2018
Listing on stock exchanges.
June-November 2018
Selection of a space to build a factory.
November 2018 - May 2019
Design and survey works.
May-August 2019
Construction and installation works.
June-August 2019
Delivery and installation of equipment.
September 2019
Commissioning works.
December 2019
Entry to a planned capacity.
June 2020
Buy-back of tokens
June-September 2020
Searching for the new locations for factories.
October 2020
Factories construction in new locations.