Tamer Mohamed Ismail

Personable Technical Consultant with 14 years helping individuals and companies better utilize technology to achieve goals. Adept at communicating complex concepts and technical roadmaps to everyone from Chief Technical Officers to Floor Workers. Accomplished at applying statistical analysis to upgrade systems and operations, without dismissing invaluable human input and intuition.

• A Funded project on medical waste to energy with Suez Canal University and Fraunhofer institute under my supervision 2017-2021
• Design and implementing Medical Waste Incinerator in Egypt the same as in Fraunhofer institute
• Adjunct research faculty in Harbin Institute of Technology (HIT), under supervision of Prof
• Rui Sun
• Studying Combustion of MSW, biomass and coal char in fixed bed and drop tube furnace, till now
• Adjunct research faculty in East China University for Science and Technology (ECUST), under supervision of Prof
• Chen Xueli and Asoc
• Prof
• Ding Lu
• Studying Gasification of Hydrothermal, biomass and coal, till now
• Adjunct research faculty in Tokyo Institute of Technology (TIT), under supervision of Prof
• Kunio Yoshikawa
• Studying Gasification of carbonized woody briquettes, pellets and food waste in updraft gasifier, 2016- 2022
• Adjunct research faculty in Universidade de Trás-os-Montes e Alto Douro - Energy research Centre, under supervision of Prof
• Abel Rouboa
• Studying Gasification of agro-industrial biomass in fluidized gasifier and plasma gasifier, till now
• Visiting Programming by BRISK II in EBRI at Aston University - UK, under supervision of Prof
• Tony Bridgwater and Dr
• Scott Banks
• Project Title: Renewable Fuels Produced from Biomass Pyrolysis., 2019- 2021
• Visiting Programming by BRISK II in CENER - Spain, under supervision of Dr
• Inés del Campo
• Project Title: Fluidized Bed Gasification of Multiple Agricultural Biomass: Experimental and Numerical Approaches., 2020
• Patent from Japan, named Environmentally Ionic Reactor (EIR) for Waste to Energy Conversion, 2022, Japan
• Title of the invention: The thermochemical conversion process and a thermochemical conversion device
• The planet's environmental problems, such as global warming and climate change, have become serious issues in all countries, whether advanced or developing
• This proposed innovation is a new environmental concept that supports current or new waste disposal issues
• This invention has a great importance for energy production and safe disposal of all kinds of waste with minimum emissions to the environment
• This invention is a reactor and related to the thermochemical conversion method (pyrolysis, gasification, and incineration) in a very innovative process
• This invention has many advantages according to energy and environmental impact such as, no pre-segregation of wastes is required, inert material (metals, glass, etc.), can be recovered from the ash material and the remaining ash is approximately 1% only
• Also, it has low emissions, prevents the formation of NOx, HCL, Dioxin, and dust emissions with low costs, in terms of operational and maintenance cost
• In addition, any kind of burnable wastes and non-inert waste are thermally decomposed and changed into ceramic-like ash material
• This novel technology based on producing an electric field that causes a negative ion carried by the introduce air into the reactor and with steady temperature, it formed an ionization space and the combination between the oxygen atoms break up
• Under the condition of closed magnetic heat effect, electron accelerates from the separation of atoms
• Negatively charged electrons and positively charged nucleus constantly interact with each other and form a plasma state and will completely oxidized organic matter from the surface into scrawled oxide element to the element state
• The treated organic matter was indirect magnetization (wind cloud) which greatly improve the pyrolysis and makes the organic matter completely carbide and completes free-pollution disposal of organic hazardous substances
• Published Papers from this Patent: