Eco Carb Presentation

WOOD - HARD SHELLS (Cellulose, Lignum & Water) External Heating: Surface exposed to heat Wood Burning Process

WOOD - HARD SHELLS (Cellulose, Lignum & Water) Heat decomposes the chemical structure of wood and light pyrolysis products volatilize from the surface Wood Burning Process

WOOD - HARD SHELLS (Cellulose, Lignum & Water)
Reactions:
Heat
More Reactions
More Heat
More Reactions
……
Chain Reaction
Wood Burning Process Combustion: Pyrolysis products react with oxygen External heating and combustion reactions : More heat on the surface PYROLYSIS GASES

WOOD - HARD SHELLS (Cellulose, Lignum & Water) cellulose combustion strongly endothermic Wood Burning Process : Very Inefficient and polluting “ tar” (levoglucosan) “ active” cellulose Flammable gases/ vapours
carbon,CO2, H2O, CO - free radicals - carbonyl groups etc
ca. 300C endothermic ca. 200C slightly endothermic endothermic endothermic

WHAT IS CHARCOAL
Sold residue of carbon & low tar when wood is carbonized or pyrolysis
Half burnt wood in its original form
30% to 35% by weight of wood

CHARCOAL (CHAR)
Oldest chemical process
Driver for bronze & iron age
Good source for energy (fuel)
Burns hotter & cleaner
Raw material or activated carbon (air & water purification)
Domestic BBQ fuel

HOW IS CHARCOAL MADE
Pyrolysis (chemical degradation, carbonization) is the conversion of wood to disoriented carbon structure with low volatile content.
Charcoals made by burning wood slowly in a controlled environment in the absence of air

Pit method of charring coconut shells 3

Pit method of charring
Using earth as a shield against O2 and insulating shells against excess loss of heat
Earth forms the necessary gas-tight insulating barrier behind which carbonization takes place with out leakage of air.

Drum method of charring

Using earth as a shield against O2 and insulating shells against excess loss of heat
Earth forms the necessary gas-tight insulating barrier behind which carbonization takes place with out leakage of air.

Pyrolysis & Gasification
Unique Filtrex Technology
Avoidance of Methane and CO2 emission that occurs in pit/drum charring process to make equivalent amount of char.
Scale up to 7 to 9 T/day per reactor

ACTIVATED COCONUT CARBON 120,000 T Activated Carbon 360,000 T Charred Shells

ACTIVATED COCONUT CARBON 1.1 Billion Kg of Shells 11 Billion Coconuts

ENVIRONMENTAL AFFECTS 650 MT VOC 360 MT Charred Shells

ENVIRONMENTAL AFFECTS 10 inch Blocks

V I S I O N Working with “like-minded” partners to eliminate the Global Green House emission caused by charring of coconut shells in current methods of charring.

M I S S I O N
Increase the awareness of environment impact of using coconut shell char generated by pit method
Develop and implement business models to channel resources and technology with equitable partners in all countries producing coconut shell char in pit method
Improve the conditions of workers working in the char producing industry. Support local workers with higher earnings, education funding, health care and better quality of life.

Strategy
Support all stake holders in their desire to meet their CDM commitments
Rapid proliferation of charring plants in India and ASEAN region in partnership with local char producers.
Install activation plants in areas that are economically feasible.
All partnership organizations to be totally committed to the welfare of the workers.

Green Carbon Certification Process GREEN CERTIFICATION & CER DEVELOPMENT AGREEMENT

Green Carbon Certification Process
Ecocarb :
Provides technology and resources
Comply with UN CDM approved protocol
Monitoring/recording of VOC emission
Local employment and economical/health/education
Certified Char sold to activated plant and other users
High Iodine Value Green Char High Performance Activated Green Carbon

C Trade Responsibilities :
PIN and PDD for Kyoto Protocol Registration
Verification/Validation and Issuance of CER
US EPA certification for Green Carbon and Green Block
Transfer of CER credit to Green Carbon Users

Benefits for Green Carbon Users
US EPA certification for Green Products
CER credits to meet CDM requirements
Certification for Participation in
Emission Reduction Use of Renewable Resources Regional impact on economic/ health/social aspects

Eco Partners Stewardship and Network
To be the Change Agents
Our share of decreasing Green House Gas emission
Use of renewable resources
Pollution free filtration of Water & Air

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Eco Carb Presentation

by Dennis Roberts

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