FRONTPAGE – FLAMINGO WASTE SYSTEM

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Clean Energy from Waste Pyrolysis

What is Project FLAMINGO?

Project Flamingo is a new joint-undertaking between PyrlSys team and the DORY team to create the new generation of waste pyrolysis equipment for global communities
PyrolSys is a team of seasoned researchers in the domain of ultra-high temperature pyrolization of wastes that converts most kinds of wastes into clean energy without hamful exhausts or toxic by products
DORY team invented the first IoT connected smart garden products for home and indoor.
Flamingo 500 will be the first ever mini-szied waste pyrolysis equipment to process all kinds of household wastes at 2000°C; perfectly built for distributed community use across the world.

Serious Social Problems

Flamingo Solution to 5 Key Big Problems

1.Solid waste disposal issues

Landfill space runing out
Various pollutions from landfill

2.Energy Generation Pollution

Most energy sources are still not green
Unstable electricity from grid

3.Power for Remote Areas

Lack of power limits growth in remote areas

4.Plastic Recyeling and Pollution

Additional costs for sorting and recycling plastics
Plastics polluting lands and water

5.Waste Sortation and Transfer

Wastes sortation requires disciplines of communities
Wastes transfer over long distances is costly and polluting

Solution ONE

Waste volume reduced to 18%
Converted to biochar fertillzers(rich in potassium & phosphorus)

Solution TWO

The pyrolysis waste generates clean and renewable electricity at 1:20 energy conversion ratio
The generated electricity can be supplied to the grild

Solution THREE

Equipment with small footprint-remote communities use their own wastes to generate electricity and build their own microgrids

Solution FOUR

Pyrolysis can produce 750 cubic meters of natural gas per 1 ton of plastic, with no pollution emissions, and the remaning solids are biochar that is beneficial to the environment

Solution FIVE

Small equipment design-for waste processing within the perimeter of each community

Ultra-High Temperature Pyrolysis

The Theory – Ultra-High Temperature Pyrolysis

The pyrolysis(or devolatilization) process is the thermal decomkposition of materials at elevated temperatures in an anaerobic environment. It involves a rapid change of chemical composition of materials into carbon and hydrocarboin gasses.
Comples carbon-based molecules are broken down into simple carbon structure under certain temperature and pressure. The gasification process also produces hydrogen and oxygen-based gases(CH4, CO, CO2, etc.).
The excess carbon atoms, potassium and phosphorus atoms are condensed into a solid biological char.
Our “Ultra-High Temperature” pyrolysis process is characterized by our ability to create flames over 2000°C while most other pyrolysis equipment can only produce up to 1700°C for processing wastes.

Project Flamingo Team

IVAN YU

Chief Executive Officer

Degree in business administration, with more than 20 years of experience in investment, business development and operation in the field of advanced technologies, and electronics, new energy, biotechnology and other technologies.
Founded and managed technology companies in electronics, marine biological materials, trace element and biological enzyme, aquaculture waste treatment, soil improvement, urban waste processing technology, phosphate lithium batteries, etc.
Participated in domestic and overseas One-Belt One-Road projects; consulted state-owned funds to carry out infrastructure and water conservancy projects in Indonesia, Malaysia, Cambodia and other countries.

B. KAN

Chief Scientist / Associate Professor of Guangzhou City University of Technology

20 years of experience in electricity efficiency techologies
Proprietary technology to generate spark arc at high frequency achieving ultra-high temperature plasma flames
“Science is an important element for human development. Today’s technology seems to have reached a bottleneck in energy, environmental protection, and sustainability. Scientific knowledge is as vast as the ocean, and now mankind has only set foot on the shoreline. Experimenting with the hidden scientific knowledge, my wish is to open a door for the world to explore.” modernizing traditional equipment design, participated in the development of robotic cafe, autonomous warehouses, unmanned central kitchen equipment and other projects
Specialized in IoT project development covering sensors, networks, application platforms, etc.
Responsible for the mechanical design and IoT implementation of the Flamingo Project

GORDON LAU

Chief Technology Officer

Degree in Mechanical Engineering from the Hong Kong University of Science and Technology
Experienced in multiple mechanical design projects, excelled at modernizing traditional equipment design, participated in the development of robotic cafe, autonomous warehouses, unmanned central kitchen equipment and other projects
Specialized in IoT project development covering sensors, networks, application platforms, etc.
Responsible for the mechanical design and IoT implementation of the Flamingo Project

ANDY TSANG

Artificial Intelligence Engineer

Master in Computer Science from the University of Birmingham – BSc. Computer Science (Graduated with First Class Honour), Alistair Harvey Foundation Scholarship Recipient
Andy specializes in computer vision ML/DL algorithm research, focusing on coding development using Python and C/C#
Responsible for the artificial intelligence design and implementation of the Flamingo Project

OLENA LAZAREVA

Marketing Director

Postgraduate in Project Management from Northeastern University (Boston, USA)
More than 4 years of high-tech product market development experience
Interested in urban sustainable development technologies, agricultural technologies, etc.
Responsible for the brand design and global marketing of the Flamingo Project

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Project Flamingo Hong Kong Office

Unit 327, 16w, Hong Kong Science Park,

Shatin, New Territories, Hong Kong

Flamingo Save For Our World Life Next ERA