The developed gasifier system consists of two different reactors, which each operate a fluidized bed. The thermo-chemical conversion starts when solid fuel particles enter the gasification chamber, where drying, devolatilization and partially char gasification takes place at a temperature of about 850 °C. Within the gasification reactor steam is used for the fluidization and as gasification agent. The necessary heat for the gasification is provided by circulating bed material. The bed material is circulating between the gasifier and a second fluidized bed reactor, which is used as a combustion chamber. Within the combustion chamber remaining biochar from gasification is combusted and the bed material is heated up to around 930 °C. The hot bed material leaves the combustor at the top as it is operated as a circulating fluidized bed. Afterwards the hot bed material is separated from the hot exhaust gas stream with a cyclone and returned to the gasification reactor. This closed loop enables the heat exchange between the two reactors at adequate operation temperatures and a regeneration of the bed material.
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What is TerraGreen
The general thought behind TerraGreen is to use the blockchain technology and cryptocurrency to make the earth (Terra) a greener place by revolutionizing the concept of how green energy is produced and supplied to the customer.
In contrast with current methods of energy production via fossil fuels like oil, coal and natural gas, TerraGreen focuses on renewable energy that is generated from waste and renewable elements. In the end, TerraGreens purpose is to create a truly sustainable and clean community while allowing consumers to directly participate in the renewable energy industry in a positive manner. It is all in our own interest to stop the pollution by coal and oil and move to an age of renewable energies.
We have only one earth and we need to take good care of it. TerraGreen intends to break down the walls between energy producers, investors, utilities and consumers so that people get involved and influence how their energy is produced personally.
Environmental stress to earth has induced an urgent quest for innovation in the energy structure on a global scale. As evidenced by the 148 nations which ratified the Paris Climate Accord, there is profound interest in fostering a cleaner future as these nations agreed to fulfill its responsibility by capping GHG emissions as soon as possible. However, the measures taken by companies and governments addressing global warming due to climate change are often tainted with controversial, insincerity, inconsistent policies and conflicting interest. It has been far too long since people have placed both their hope and trust in big companies and the governments to bring about change and lead the way for generation of green energy to mitigate the catastrophic effect of climate change.
In hindsight the enormity of global warming is mainly due to the disconnection between energy users and energy producers. The users have no way to control or influence the generation of energy and have to completely rely on the companies or governments’ profundity in managing the energy supply.It is well known that climate change poses the risk of having significant negative impact on future generations and the use of traditional counter-measures have proven to be insufficient over the long term. TerraGreen is all about bringing reform in the existing energy supply structure and transition to a new energy system through the use of the blockchain technology that can fundamentally reduce GHG emissions and mitigate waste pollution.
TerraGreen is an ecosystem, where renewable energies are tokenized and can be used by the community in exchange for fiat currency or payment for consumed energy. But we are not stopping there, we want to use the blockchain technology in a way that users can monitor how the energy is produced and what it is used for.
Formation of TerraGreen
Platform feasibility test
Starting development of TerraGreen Platform
Partnering with renewable energy companies AVI Renewables and Augustina Tradelink
ICO launching (January)
ICO Closing & KYC verification
Lab and field test of the Hydrogreen Amplifier in India for emission and fossil fuel
Certification of Blockchain security by external audit
Implementation of AVI Renewables DApp and Token Distribution for Use-Case 1:2.4 MW Gasification Project
2.4MW Gasification Project – commencement of civil & structural activities
Collaboration with energy distribution companies in Cambodia, Malaysia and Central Africa Republic
Implementation of Emission Reduction and Fuel Savings Web Platform on Blockchain
Test of Gasification performance of produced briquettes on pilot scale for 2.4 MW Gasification Project
First Test of a Smart Meter on TerraGreen Platform Commercial Operation Date (COD) of 2.4M We Gasification project
Founder & CEO
Co-founder & CTO
COO & Blockchain Developement Specialist
Joylin F. Telagen
Sabina Abdul Aziz
Biomass Waste, Energy Crop & Smart Contract Developer
UI / UX Designer
Digital Marketing Expert
Terry T. Robinette
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