The document discusses a proposed biorefinery that would convert a paper mill's waste fiber stream into valuable products through catalytic processes. The biorefinery would extract ethanol and peroxide from 350 tons per day of waste solids. It estimates the biorefinery could generate $77 million in annual added revenue by converting the mill's waste processing costs into a profit center. Specifically, it could produce over 12 million gallons of ethanol and over 2 million gallons of peroxide annually from the waste fiber.
N Viro Fuel Technology, Dr Terry J LoganTerri Linnon
This document describes the N-VIRO process for stabilizing and drying organic wastes like sewage sludge and manure to produce a soil amendment product or fuel. The process involves mixing the organic waste with alkaline materials at high heat and pH to disinfect and dry the waste. This produces a stable, dry product that can be used as a soil amendment or blended with coal for fuel. The N-VIRO Fuel process further recycles some of the dried material to increase fuel value and works synergistically with coal power plants.
Fiberight has developed an anaerobic digestion process as part of a sugar-platform biorefinery for municipal solid waste that can extract high value products. The process involves separating waste into fibers and contaminants, washing to produce clean cellulose pulp, hydrolyzing the pulp to sugar, and fermenting the sugar to produce chemicals, fuels and other bioproducts. Anaerobic digestion is used to recover over 90% of soluble organic waste in less than 12 hours to fuel pyrolysis or gasification without producing solid digestate. This process provides an alternative to landfilling or incineration of municipal solid waste that extracts more value.
This is a modified version of a presentation given to high school students about understanding their digital reputations and identities online. It includes practical tips and guides from Erik Qualman's book, What Happens On Campus Stays On YouTube. A book to which I was a contributing author. Available on Amazon: http://www.amazon.com/gp/product/0991183525/ref=as_li_tl?ie=UTF8&camp=1789&creative=390957&creativeASIN=0991183525&linkCode=as2&tag=paulgordonbro-20&linkId=VEIE5AKM4DCK7MW2
This presentation on sleep hacking provides an overview of some of the variables that affect sleep. Understanding these variables provides insight into how to optimize your sleep so you can achieve a better sleep. I tried to include some less obvious sleep hacks as a precursor to my class: Sleep Hacking - How to Dominate Your Sleep in Less than A Week
My recent presentation from the East Midlands Learning Technology Winter 2015 meeting discussing and highlighting the power of Digital Assessment for teachers, students and schools.
Despite the myth of "digital natives," most of my students have very little experience using technology as anything more than a consumer device. It doesn't have to be this way. By using the design thinking cycle, teachers can foster creative thinking in every content area.
This document discusses biomethanation as a technique for waste processing. It provides an overview of Mailhem Ikos Environment Pvt. Ltd., which converts waste to energy through biomethanation. The company has over 117 years of combined experience and has installed over 300 biogas plants. Biomethanation is described as a process where bacteria breaks down organic waste to produce biogas containing methane. Mailhem offers both decentralized small-scale biogas plants and centralized large-scale waste management projects utilizing various organic waste streams. Benefits include waste treatment at source, renewable energy generation, and organic fertilizer production.
This document summarizes Cambi AS's sludge and bioslurry treatment process. It discusses how their high temperature, high pressure steam explosion process called CAMBI can help address challenges with overloaded digesters, difficult to dewater sludge, high disposal costs, and class A requirements. It provides an example of how the CAMBI process could benefit a large city wastewater treatment plant by reducing investment costs in digesters, increasing biogas production, improving product quality, and reducing disposal costs. The document encourages proceeding with further discussion on how the CAMBI process can help.
N Viro Fuel Technology, Dr Terry J LoganTerri Linnon
This document describes the N-VIRO process for stabilizing and drying organic wastes like sewage sludge and manure to produce a soil amendment product or fuel. The process involves mixing the organic waste with alkaline materials at high heat and pH to disinfect and dry the waste. This produces a stable, dry product that can be used as a soil amendment or blended with coal for fuel. The N-VIRO Fuel process further recycles some of the dried material to increase fuel value and works synergistically with coal power plants.
Fiberight has developed an anaerobic digestion process as part of a sugar-platform biorefinery for municipal solid waste that can extract high value products. The process involves separating waste into fibers and contaminants, washing to produce clean cellulose pulp, hydrolyzing the pulp to sugar, and fermenting the sugar to produce chemicals, fuels and other bioproducts. Anaerobic digestion is used to recover over 90% of soluble organic waste in less than 12 hours to fuel pyrolysis or gasification without producing solid digestate. This process provides an alternative to landfilling or incineration of municipal solid waste that extracts more value.
This is a modified version of a presentation given to high school students about understanding their digital reputations and identities online. It includes practical tips and guides from Erik Qualman's book, What Happens On Campus Stays On YouTube. A book to which I was a contributing author. Available on Amazon: http://www.amazon.com/gp/product/0991183525/ref=as_li_tl?ie=UTF8&camp=1789&creative=390957&creativeASIN=0991183525&linkCode=as2&tag=paulgordonbro-20&linkId=VEIE5AKM4DCK7MW2
This presentation on sleep hacking provides an overview of some of the variables that affect sleep. Understanding these variables provides insight into how to optimize your sleep so you can achieve a better sleep. I tried to include some less obvious sleep hacks as a precursor to my class: Sleep Hacking - How to Dominate Your Sleep in Less than A Week
My recent presentation from the East Midlands Learning Technology Winter 2015 meeting discussing and highlighting the power of Digital Assessment for teachers, students and schools.
Despite the myth of "digital natives," most of my students have very little experience using technology as anything more than a consumer device. It doesn't have to be this way. By using the design thinking cycle, teachers can foster creative thinking in every content area.
This document discusses biomethanation as a technique for waste processing. It provides an overview of Mailhem Ikos Environment Pvt. Ltd., which converts waste to energy through biomethanation. The company has over 117 years of combined experience and has installed over 300 biogas plants. Biomethanation is described as a process where bacteria breaks down organic waste to produce biogas containing methane. Mailhem offers both decentralized small-scale biogas plants and centralized large-scale waste management projects utilizing various organic waste streams. Benefits include waste treatment at source, renewable energy generation, and organic fertilizer production.
This document summarizes Cambi AS's sludge and bioslurry treatment process. It discusses how their high temperature, high pressure steam explosion process called CAMBI can help address challenges with overloaded digesters, difficult to dewater sludge, high disposal costs, and class A requirements. It provides an example of how the CAMBI process could benefit a large city wastewater treatment plant by reducing investment costs in digesters, increasing biogas production, improving product quality, and reducing disposal costs. The document encourages proceeding with further discussion on how the CAMBI process can help.
This document describes a portfolio of sustainable technologies including waste-to-energy, renewable energy, manufacturing, buildings, infrastructure, coatings, lighting, IT, and energy solutions. It focuses on high solids anaerobic digestion (HSAD) technology that can process a high percentage of solids in waste to generate biogas, electricity, and fertilizer. HSAD offers advantages over competing digestion systems like higher temperature operation, higher solids content processing, and ability to handle more types of waste feedstocks. The document outlines the HSAD process, outputs, advantages, and revenue generating opportunities from building HSAD facilities to convert organic waste into renewable energy.
This document discusses biogas as a renewable resource. Biogas is produced through anaerobic digestion of biodegradable waste materials and is used worldwide, primarily by farmers. It can be used for heating, cooking, generating electricity, and as a vehicle fuel. While biogas production is an environmentally friendly process, it has limitations such as a slow production time and variability in raw material quality and availability.
120MN0550_Waste water treatment case studies..pptxAbhisekMahalik1
Italcanditi-Vitalfood, a large European producer of food products, needed to expand its wastewater treatment to handle increased production volumes. It chose Fluence Corporation to install a new biological treatment system using anaerobic digestion. The system uses an external forced circulation reactor to break down organic matter in the wastewater into biogas, which is then converted to electricity and thermal energy to power the plant. This saves Italcanditi-Vitalfood around $400,000 per year compared to its previous treatment system. The combined aerobic and anaerobic biological treatment effectively handles the food industry wastewater streams while generating renewable energy.
Setting Up An AD Project: Lucy Lewis, BiogenGreenfinchSonia Large
This document provides an overview for setting up an anaerobic digestion project. It discusses the basics of anaerobic digestion, applications of the technology, and the key considerations for a new project including objectives, feedstock, biogas and digestate utilization, planning, permitting, plant design, finance, and operation. The presentation is given by BiogenGreenfinch, a UK-based company experienced in developing anaerobic digestion plants, and provides guidance on evaluating the feasibility and requirements to implement a new anaerobic digestion project.
Green Box has developed technologies to process food contaminated post-consumer waste from fast food and other waste streams. This transforms the waste into high quality tissue pulps, paper cups containing up to 40% post-consumer waste approved by the FDA, tissue products, diesel fuel, biochar, and fuel pellets. The process has zero waste water discharge or landfill waste, and fully reclaims and sustains the waste streams.
This document discusses the benefits of recycling office paper waste through Greenobin's paper recycling services. It notes that a typical organization with 200 employees generates around 250kg of paper waste per month. Recycling paper waste is presented as the best solution for managing office waste as it keeps waste out of landfills, reduces waste handling costs, and helps conserve natural resources like trees, water and oil. The document outlines Greenobin's end-to-end paper recycling model and notes benefits like reduced waste, cost savings, and a positive environmental and corporate image. It highlights Greenobin's experience and services for efficient paper waste collection, confidential shredding, and providing recycled paper and stationery to customers.
Biochar & Biochar Catalyst Production InvestmentTodd Davis
The document reviews the investment potential of producing biochar and a biochar catalyst. It outlines converting 80,000 lbs of waste wood into biochar annually, with markets for biochar mixed with nitrogen fertilizer and as a biodiesel catalyst. Capital investments of $132,694 for nitrogen fertilizer enhancement and $651,000 for biodiesel catalyst are required. Both show positive cumulative cash flows within 8 years, with the catalyst projected to reach $2,000,000 in 8 years.
The document describes a process to convert municipal solid waste into ethanol using a proprietary GPV (Gas Phase Vinification) reactor. The GPV reactor converts cellulosic materials into sugars via weak acid hydrolysis. The sugars are then fermented and distilled to produce ethanol. Byproducts like biogas are also produced. The process aims to produce ethanol as a clean-burning fuel from local waste materials rather than exporting waste or using imported fuels.
The workshop will cover innovative water reuse and wastewater treatment options for commercial, institutional and medium-large residential development applications with an emphasis on environmental protection, cost effectiveness and simplicity of Operations & Maintenance. In addition to regulatory requirements, the key environmental drivers that are the basis for sustainability water management design will be described.
The presenter was Pio Lombardo, PE, President of Lombardo Associates, Inc. (LAI).
The document discusses water reuse and wastewater management best practices. It provides details on Pio Lombardo's credentials and experience in wastewater management over 35 years. It then outlines various commercial and residential development project types that have implemented water reuse and wastewater treatment systems to reduce potable water demand and achieve no net discharge of wastewater. Specific case studies and projects are described that utilized water reuse for toilet flushing, irrigation, and other non-potable uses.
SciCorp BIOLOGIC® is a proprietary plant-based blend of organic micronutrients that stimulates specific aerobic, anaerobic and facultative bacteria species causing competitive inhibition of sulphur reducing bacteria. The technology reduces energy costs, lowers sludge handling and disposal costs, reduces odors and improves treatment results at wastewater treatment plants. Wastewater treatment plants where the product has been successfully applied range in type and size from high capacity municipal and industrial plants to very small, low flow package plants, as well as many holding tank and waste storage/portable toilet applications.
Recent talks on biofuels have outlined their un-sustainability in the production phase; commodities such as corn, rapeseed, palm oil and soya are being grown and harvested in a way that could have negative economic, social and environmental effects, and have a global impact on land use, food security, water resources, deforestation and global markets.
Solucyle is passionate about helping the planet breathe easier by innovating organic waste management in commercial food operations.
Solucycle converts all manner of organic waste in commercial kitchens to 100% Renewable Natural Gas (RNG). Our platform radically simplifies organic waste processes for kitchen staff while creating renewable & responsible RNG for inner-city short haul transportation.
This presentation outlines Pepsi's sustainability efforts across its value chain. It discusses Pepsi's use of raw materials like water, sugar, and carbon dioxide in production. It also addresses Pepsi's initiatives to reduce water usage in operations by 20% from 2006-2015. The presentation further details Pepsi's efforts to increase energy efficiency and reduce emissions from its fleet and facilities through investments in renewable energy and green buildings. It both shares positive news like a new fat-blocking soft drink but does not provide details on any negative news.
This document summarizes ITC's processes for paperboard production, effluent treatment, and utilization of plastic waste and carbon sequestration at their facility in India. Some key points:
- ITC uses 75% recycled paper and produces 250 tons of paperboard per day through a process that consumes water, chemicals, and fuels.
- Effluent is treated on-site through a multi-step process before being used for irrigation. Emissions also meet regulatory standards.
- The facility aims to implement carbon sequestration through applying biochar to 225 acres of land and produce fuel from 500kg of plastic waste using pyrolysis.
The document discusses green GDP and environmental accounting. It notes that GDP overlooks environmental costs like resource depletion and pollution-related damages. Green GDP/EDP aims to adjust GDP to account for the value of environmental assets and costs of environmental damage. The document then analyzes a case study on industrial water pollution in Tiruppur, India. It estimates economic costs of pollution abatement and finds marginal costs of reducing pollution loads. Reverse osmosis is recommended to treat wastewater and recycle it. Proper operation of treatment plants is needed to actually reduce pollution.
The American Reusable Textile Association shares how the textile service industry can further green its operations and promote the environmental benefits of its service and products — providing reusable textiles to the heatlhcare, hospitality and manufacturing industries.
This document describes a portfolio of sustainable technologies including waste-to-energy, renewable energy, manufacturing, buildings, infrastructure, coatings, lighting, IT, and energy solutions. It focuses on high solids anaerobic digestion (HSAD) technology that can process a high percentage of solids in waste to generate biogas, electricity, and fertilizer. HSAD offers advantages over competing digestion systems like higher temperature operation, higher solids content processing, and ability to handle more types of waste feedstocks. The document outlines the HSAD process, outputs, advantages, and revenue generating opportunities from building HSAD facilities to convert organic waste into renewable energy.
This document discusses biogas as a renewable resource. Biogas is produced through anaerobic digestion of biodegradable waste materials and is used worldwide, primarily by farmers. It can be used for heating, cooking, generating electricity, and as a vehicle fuel. While biogas production is an environmentally friendly process, it has limitations such as a slow production time and variability in raw material quality and availability.
120MN0550_Waste water treatment case studies..pptxAbhisekMahalik1
Italcanditi-Vitalfood, a large European producer of food products, needed to expand its wastewater treatment to handle increased production volumes. It chose Fluence Corporation to install a new biological treatment system using anaerobic digestion. The system uses an external forced circulation reactor to break down organic matter in the wastewater into biogas, which is then converted to electricity and thermal energy to power the plant. This saves Italcanditi-Vitalfood around $400,000 per year compared to its previous treatment system. The combined aerobic and anaerobic biological treatment effectively handles the food industry wastewater streams while generating renewable energy.
Setting Up An AD Project: Lucy Lewis, BiogenGreenfinchSonia Large
This document provides an overview for setting up an anaerobic digestion project. It discusses the basics of anaerobic digestion, applications of the technology, and the key considerations for a new project including objectives, feedstock, biogas and digestate utilization, planning, permitting, plant design, finance, and operation. The presentation is given by BiogenGreenfinch, a UK-based company experienced in developing anaerobic digestion plants, and provides guidance on evaluating the feasibility and requirements to implement a new anaerobic digestion project.
Green Box has developed technologies to process food contaminated post-consumer waste from fast food and other waste streams. This transforms the waste into high quality tissue pulps, paper cups containing up to 40% post-consumer waste approved by the FDA, tissue products, diesel fuel, biochar, and fuel pellets. The process has zero waste water discharge or landfill waste, and fully reclaims and sustains the waste streams.
This document discusses the benefits of recycling office paper waste through Greenobin's paper recycling services. It notes that a typical organization with 200 employees generates around 250kg of paper waste per month. Recycling paper waste is presented as the best solution for managing office waste as it keeps waste out of landfills, reduces waste handling costs, and helps conserve natural resources like trees, water and oil. The document outlines Greenobin's end-to-end paper recycling model and notes benefits like reduced waste, cost savings, and a positive environmental and corporate image. It highlights Greenobin's experience and services for efficient paper waste collection, confidential shredding, and providing recycled paper and stationery to customers.
Biochar & Biochar Catalyst Production InvestmentTodd Davis
The document reviews the investment potential of producing biochar and a biochar catalyst. It outlines converting 80,000 lbs of waste wood into biochar annually, with markets for biochar mixed with nitrogen fertilizer and as a biodiesel catalyst. Capital investments of $132,694 for nitrogen fertilizer enhancement and $651,000 for biodiesel catalyst are required. Both show positive cumulative cash flows within 8 years, with the catalyst projected to reach $2,000,000 in 8 years.
The document describes a process to convert municipal solid waste into ethanol using a proprietary GPV (Gas Phase Vinification) reactor. The GPV reactor converts cellulosic materials into sugars via weak acid hydrolysis. The sugars are then fermented and distilled to produce ethanol. Byproducts like biogas are also produced. The process aims to produce ethanol as a clean-burning fuel from local waste materials rather than exporting waste or using imported fuels.
The workshop will cover innovative water reuse and wastewater treatment options for commercial, institutional and medium-large residential development applications with an emphasis on environmental protection, cost effectiveness and simplicity of Operations & Maintenance. In addition to regulatory requirements, the key environmental drivers that are the basis for sustainability water management design will be described.
The presenter was Pio Lombardo, PE, President of Lombardo Associates, Inc. (LAI).
The document discusses water reuse and wastewater management best practices. It provides details on Pio Lombardo's credentials and experience in wastewater management over 35 years. It then outlines various commercial and residential development project types that have implemented water reuse and wastewater treatment systems to reduce potable water demand and achieve no net discharge of wastewater. Specific case studies and projects are described that utilized water reuse for toilet flushing, irrigation, and other non-potable uses.
SciCorp BIOLOGIC® is a proprietary plant-based blend of organic micronutrients that stimulates specific aerobic, anaerobic and facultative bacteria species causing competitive inhibition of sulphur reducing bacteria. The technology reduces energy costs, lowers sludge handling and disposal costs, reduces odors and improves treatment results at wastewater treatment plants. Wastewater treatment plants where the product has been successfully applied range in type and size from high capacity municipal and industrial plants to very small, low flow package plants, as well as many holding tank and waste storage/portable toilet applications.
Recent talks on biofuels have outlined their un-sustainability in the production phase; commodities such as corn, rapeseed, palm oil and soya are being grown and harvested in a way that could have negative economic, social and environmental effects, and have a global impact on land use, food security, water resources, deforestation and global markets.
Solucyle is passionate about helping the planet breathe easier by innovating organic waste management in commercial food operations.
Solucycle converts all manner of organic waste in commercial kitchens to 100% Renewable Natural Gas (RNG). Our platform radically simplifies organic waste processes for kitchen staff while creating renewable & responsible RNG for inner-city short haul transportation.
This presentation outlines Pepsi's sustainability efforts across its value chain. It discusses Pepsi's use of raw materials like water, sugar, and carbon dioxide in production. It also addresses Pepsi's initiatives to reduce water usage in operations by 20% from 2006-2015. The presentation further details Pepsi's efforts to increase energy efficiency and reduce emissions from its fleet and facilities through investments in renewable energy and green buildings. It both shares positive news like a new fat-blocking soft drink but does not provide details on any negative news.
This document summarizes ITC's processes for paperboard production, effluent treatment, and utilization of plastic waste and carbon sequestration at their facility in India. Some key points:
- ITC uses 75% recycled paper and produces 250 tons of paperboard per day through a process that consumes water, chemicals, and fuels.
- Effluent is treated on-site through a multi-step process before being used for irrigation. Emissions also meet regulatory standards.
- The facility aims to implement carbon sequestration through applying biochar to 225 acres of land and produce fuel from 500kg of plastic waste using pyrolysis.
The document discusses green GDP and environmental accounting. It notes that GDP overlooks environmental costs like resource depletion and pollution-related damages. Green GDP/EDP aims to adjust GDP to account for the value of environmental assets and costs of environmental damage. The document then analyzes a case study on industrial water pollution in Tiruppur, India. It estimates economic costs of pollution abatement and finds marginal costs of reducing pollution loads. Reverse osmosis is recommended to treat wastewater and recycle it. Proper operation of treatment plants is needed to actually reduce pollution.
The American Reusable Textile Association shares how the textile service industry can further green its operations and promote the environmental benefits of its service and products — providing reusable textiles to the heatlhcare, hospitality and manufacturing industries.
Similar to Pulp Mill Sludge Ethanol Project[1] (20)
1. Pulp Mill Sludge
BIO-REFINERY
PRESENTATION BY
GEORGIA ALTERNATE FUELS, LLC
CO-PRODUCTS – BYPRODUCTS FROM SLUDGE
WASTE STREAM
ETHANOL AND PEROXIDE
Extracted from 350 tons per day of waste solids
2. BIO-REFINERY OPPORTUNITY
• PAPER MILLS PRODUCE WASTE FIBER TO SEWER
• WASTE FIBER MUST BE PROCESSED FOR DISPOSAL
• WASTE WATER TREATMENT COSTS INCREASE
• BOD WATER TREATMENT COSTS ARE INCREASING
• WASTE SOLIDS MUST BE DISPOSED OF AT SOME
COST TO OPERATIONS
• WHAT CAN BE DONE TO CONTROL THESE COSTS?
6. BIO-REFINERY JUSTIFICATION
• COST ESTIMATES ON WASTE SOLIDS DISPOSAL
THROUGH WATER TREATMENT, NOT INCLUDING
LANDFILLING SOLIDS IF APPLICABLE
LABOR -
CHEMICALS -
YIELD LOSS -
ELECTRICITY -
MAINTENANCE -
ESTIMATED LOSS OF +$107.00 PER TON OF WASTE STREAM
SOLIDS
7. BIO-REFINERY JUSTIFICATION
COST CENTER IS CHANGED TO PROFIT CENTER
• A BIO-REFINERY OFFSETS WASTE STREAM PROCESSING
COSTS TO PRODUCE VALUABLE BYPRODUCTS
• HOW?
– BY CONVERTING A WASTE STREAMS CHEMICAL
COMPOSITION INTO USEFUL MATERIALS
– USE SPECAILLY DESIGNED CATALYSIS TO ACCOMPLISH
THE REACTIVE WORK NECESSARY TO ADD CORPORATE
INCOME INSTEAD OF COSTS
• A BIO-REFINERY CAN HAVE A DOUBLING AFFECT ON
CORPORATE PROFITS, BY CONVERTING A COST CENTER
INTO A REVENUE CENTER
8. BIO-REFINERY JUSTIFICATION
• PAPER MILLS TRADITIONALLY HAVE ONE REVENUE
CENTER AND ALL OTHER DEPARTMENTS ARE COST
CENTERS
• BIO-REFINERY JUSTIFICATION CONVERTS A
PLANTS COST CENTER INTO A REVENUE CENTER
• HOW?
– SEE THE NEXT SLIDE
9. BIO-REFINERY JUSTIFICATION
• Convert waste fiber to Glucose Sugars using a
specially designed atmospheric pressure catalysis
reactor developed by GEORGIA ALTERNATIVE FUELS
(GAF)
• Waste fiber is converted into simple sugar,
fermented, and produces (ETHANOL and CARBON
DIOXIDE)
• Inert solids pass through the process
• CARBON DIOXIDE is captured, catalytically reacted
and converted into additional (augmentation)
ETHANOL with a Peroxide water solution byproduct.
The techniques are developed using GAF’s
HETEROGENEOUS catalysis reactor technology.
10. BIO-REFINERY JUSTIFICATION
Byproduct Value
• Current market price for ethanol ~$4.00 per gallon
• Current market price for Peroxide is ~$6.50 per gallon
• Estimated daily byproduct production from 350 tons waste fiber solids
per day
ETHANOL PRODUCT FROM WASTE FIBER
• 560,000 pounds fiber solids per day
• Daily Production, approximately
– +30,000 gallons of ethanol
– Augmented Ethanol 6,000 gallons
– Total daily Ethanol +36,000 gallons
– Annual Ethanol gallons, ~12,000,000
• Daily Ethanol Value @$4.00 per gallon
– $144,000 daily revenue
– Cost avoidance also adds an additional $36,000 to Corporate daily
revenue
• Total Daily potential revenue from Bio-refinery
$180,000
• $63,000,000 annual profit to Corporate Income from existing
waste stream operations
11. BIO-REFINERY JUSTIFICATION
Byproduct - PEROXIDE
• PEROXIDE byproduct is estimated and approximately
equal to the amount of augmented Ethanol produced
from Fermentation Carbon Dioxide gas
• Peroxide daily production, estimated at
6,000 gallons or 50,000 pounds
– This should be sufficient Peroxide to supply
+100% of a Newsprint Mills daily production
bleaching needs, at 10 pounds per ton bleach
rate
– Based on $6.50 per gallon Peroxide purchase
price
– PEROXIDE VALUE $39,000 daily or
$13,000,000 annually
13. WHITE BIRCH - PAPER MILL BIO-REFINERY
ETHANOL – PEROXIDE BYPRODUCTS
14. WHITE BIRCH - PAPER MILL BIO-REFINERY
JUSTIFICATION SUMMARY
• CONVERT WASTE STREAM INTO VALUABLE PRODUCTS
• ADD CASH TO CORPORATE INCOME
• REDUCE COSTS
• REDUCE CARBON EMISSIONS
• OFFSET PETROLEUM USE
• GENERATE VALUABLE PULP MILL CHEMICALS AT LOW COST
• GENERATE VALUABLE PAPER PRODUCTION CHEMICALS
• SIGNIFICANTLY IMPROVE OPERATING MARGINS
• CREATE VALUE – ADD VALUE TO EXISTING OPERATIONS
• BE A MARKET LEADER
• ENVIRONMENTALLY FRIENDLY PROCESSES, PAPER BIO-
REFINERY OF THE FUTURE FROM WASTE STREAM
15. WHITE BIRCH - PAPER MILL BIO-REFINERY
JUSTIFICATION SUMMARY
• ENVIRONMENTAL STEWARDS OF WASTE STREAMS, THE FIRST
SUCH OPERATION IN THE WORLD
• GENERATE $77,000,000 ANNUALLY FROM A COST CENTER,
AND REDUCE CARBON FOOTPRINT ~20,000 TONS PER YEAR.
REMOVE EQUIVALENT +20,000 CARS FROM THE HIGHWAY
PER YEAR
• PRODUCE 12,000,000 GALLONS OF ENVIRONMENTALLY
RESPONSIBLE AND FRIENDLY ETHANOL, NOT FROM FOOD
SOURCES
• PRODUCE 2,100,000 GALLONS OF ENVIRONMENTALLY
RESPONSIBLE AND FRIENDLY PEROXIDE ANNUALLY
16. GEORGIA ALTERNATIVE FUELS, LLC
BIOREFINERY
“AN ADVANCED CATALYSIS TECHNOLOGY COMPANY”
TOMORROW’S TECHNOLOGY TODAY
CONTACT INFORMATION:
244 John B. Brooks Road
P.O. Box 169
Pendergrass, Georgia 30567
Alan Lawson
CEO/President
404 735-5866