Sustainable Energy + Carbon Balance 2012 Energy Efficiency Symposium IEEE Buenaventura, Westlake Village, CA Presented by Tom McGrath Founder, Channel.

Slides:

Advertisements

Similar presentations

Research General-Directorate Sustainable Energy Systems NATIONAL CONTACT POINTS SEMINAR Brussels, October 16 NATIONAL CONTACT POINTS SEMINAR Brussels,

Advertisements

Joe Chaisson April 21, Integrated Coal Gasification Combined Cycle (IGCC) Power Plants and Geologic Carbon Sequestration Joe Chaisson.

Regional Digester Manure and Food Processing Waste.

Clear Thinking on Nuclear: Hydrogen fuel 1.Demand for hydrogen is large and rapidly increasing 2.Cost effective with no gas emissions that pollute the.

Thank You! Locally Integrated Food & Energy L.I.F.E. David Yarrow sustain and retain wealth for common good /biochar /CarbonFarming /terracharge.

Constituents Wp Wg Wm Wl Wa Wwg Constituents Wp Wg Wm Wl Wa Wwg Constituents Wp Wg Wm Wl Wa Wwg Constituents Wp Wg Wm Wl Wa Wwg Recycling (X% content =

Environmental Chemistry. Soil Most of the Earth is covered by a layer of soil. What is soil made of? 1) Small fragments of ____ 2) Living and dead vegetation.

HYDROGEN FUEL CELLS CURRENT AND FUTURE DESIGNS USE AS AN ENERGY STORAGE DEVICE RENEWABLE VS. CO2 GENERATING DISTRIBUTION METHODS AND COSTS SAFETY.

Efficient wood Gas Kiln Firing How kilns work best.

Darden School Social Responsibility and Entrepreneurship April 2, 2007 Recycling Energy: Profitably Mitigating Climate Change Tom Casten Chair, Recycled.

Technology Focus on Physical Infrastructures. Sustainable Development as Integration Industrial Ecology Technology Politics Society Environment Industrial.

The Future of Renewable Energy in CA - Near Term Approaching 33% renewable electricity Governor announced goal of 12,000 MW of distributed generation.

Raccoon Mountain Team Hydrogen Production Proposal

Group 6: Jacob Hebert, Michael McCutchen, Eric Powell, Jacob Reinhart

SUSTAINABLE SEWAGE Melissa K. Scanlan Associate Dean & Associate Professor Vermont Law School.

SOFC PFD. Fuel Preparation Desulfurizer (DS-101) 2 ppm H 2 S in natural gas feed H 2 S removed in DS-101 with disposable carbon filters 10% of CH 4 fed.

GHG Balance and Carbon Mitigation Potential of Bioenergy Crops Zoe M Harris PhD Student Funding: ETI Project Name: ELUM (Ecosystems and Land Use Modelling)

BIOMASS Leann Baer Brooke Edwards Nisarg Joshi Josh Olzinski.

Biomass Electricity Megan Ziolkowski November 29, 2009.

Proprietary work product, not for reproduction 1 BIOMASS GASIFIER 20 MW POWERPLANT Energy & Environmental Integrators Note! This system can be scaled from.

Concept 16-8 Hydrogen fuel holds great promise for powering cars and generating electricity, but to be environmentally beneficial, it would have to be.

Current uses and facts. Proton Exchange Membrane Fuel Cells were developed by General Electric in the 1960s Current Fuel Cells use Hydrogen gas and Oxygen.

BIOFUELS Advantages and Disadvantages Brandie Freeman What is a

Siemens sans siemens sans bold siemens sans italic siemens sans italic bold siemens sans black siemens black italic Siemens Building Technologies.

SynGas Gasifier ALTERNATIVE ENERGY Technology Presentation.

The Energy Construct Ben Cipiti May 1, 2008 Mid-Town Brews.

Renewable and nondepletable energies Topic 18 part 4.

Biomass Energy Alex and Emily H..

Energy Sector ETAAC Meeting July 2, 2007 Sacramento, CA.

Geothermal Technologies Systems: Direct-use: A drilled well into a geothermal reservoir to provide a steady stream of hot water. Deep reservoirs to.

Pearse Buckley Sustainable Energy Ireland Energy from Waste.

ZeroPoint Clean Tech, Inc. Biomass to Energy Solutions NYSERDA Business Development Program Review Brooklyn, NY June 10, 2010.

CREA 2008IL FUTURO E’ VERTICALE ICI Caldaie Celle a combustibile per la micro generazione Alberto Zerbinato.

Technology for 2 nd Generation Biofuels Petter Hieronymus Heyerdahl.

ABDULAZEEZ MUHAMMAD ITEC211 BIOMASS. CONTENT BIOMASS WHERE DOES IT COME FROM ? TYPES OF BENEFICIAL BIOMASS METHODS OF CONVERSION ADVANTAGES AND.

WASTE TO FUEL Evaluation and Thermochemical Modeling of High Temperature Steam Gasification of Municipal Solid Waste (MSW) University of Florida Boiling.

By: Joseph J. James, President Agri-Tech Producers, LLC (ATP)

© National Fuel Cell Research Center, /24 High Temperature Fuel Cell Tri-Generation of Power, Heat & H 2 from Waste Jack Brouwer, Ph.D. June 26,

Social Benefits Improve public health of work force and community. Create more walkable, accessible, and livable neighborhoods by incorporating Smart Growth.

Development Of Filling Station Deign and developed efficient, optimize digester Development of Low weight filling Tank Development of the Bio Gas kit.

Fuel cells An electrochemical conversion device Chemical reactions cause electrons (current) to flow Requires a fuel, an oxidant and an electrolyte ( a.

Chapter 13 Renewable Energy and Conservation. Overview of Chapter 13  Direct Solar Energy  Indirect Solar Energy  Wind  Biomass  Hydropower  Geothermal.

Geothermal To Electric Energy BIO FUELS  There are better solutions- such as using hydrogen fuel cells  Not many gas stations have bio fuels available.

1. HUNTER-GATHERER SOCIETIES HAD VERY LIMITED ENERGY REQUIREMENTS. THESE WERE MET USING WOOD (A RENEWABLE RESOURCE). 2. THE INDUSTRIAL REVOLUTION CHANGED.

Electrochemical cells L.O.:  Appreciate that electrochemical cells can be used as a commercial source of electrical energy.  Appreciate that cells can.

Agenda 1.Quiz on Chapter 4 (5% added to Test 1) 2.Discuss anaerobic digestion and gasification 3.Watch video(s) on “Future of Bioenergy” 4.Example on gaseous.

Waste Treatment Pyrogasification PRESENTED BY: BASHIR CORBANI DATE: 17/10/2015.

The Greener way to save Green Kieran Flannery and Nicole Palley.

HOMEWORK CHECK With your closest table mates: Write the answer to your assigned question up on the board. Remember to show work!

BIOMASS ENERGY AND BIOGAS GENERATION Biomass is a renewable energy source that is derived from living or recently living organisms. Biomass includes.

Anaerobic Digestion and Biogas Overview and benefits.

 Fuel cells transform chemical energy from fuels such as hydrogen and methanol into electrical energy  The fuel is oxidised by oxygen from the air.

Company presentation Dipl.-Ing. agr. Ulrich Kittmann Professor Dr. Thomas Hügle Wissenschaftszentrum Fraunhoferstrasse 13 D Kiel Tel

Fossil Fuels Natural Gas, Petroleum, Coal, Propane.

How do hydrogen fuel cells work? First, a membrane separates the hydrogen and oxygen Then, the hydrogen molecules try to reconnect with oxygen to create.

Microgeneration Karl Letten – Change Programme Support Officer (Environment) Change Management.

Nolan Brown and Nimmy Babu Biomass By: Nolan Brown and Nimmy Babu.

Fossil Fuels Natural Gas, Petroleum, Coal, Propane.

Biomass, Tides, and Fuel Cells By Justin Whitney, Jack Muldoon, and Pat Kane A Block Alternative Energy Sources #2.

Teknik Elektrokimia 15/16 Semester genap Instructor: Rama Oktavian Office Hr.: T , Th ; 13-15, F ;

Biomass Power Generation : Recent Trends in Technology and Future Possibilities Narasimhan Santhanam Energy Alternatives India,

Alternative Energy Clickertime. Which of the following will fail to work in the case of a power failure 1.Passive solar heating 2.Active solar heating.

Environmental Chemistry

biomass heating of greenhouses

Multiple Effect Distillation

Date of download: 3/10/2018 Copyright © ASME. All rights reserved.

Environmental Chemistry

Environmental Chemistry

Environmental Chemistry

Presentation transcript:

Sustainable Energy + Carbon Balance 2012 Energy Efficiency Symposium IEEE Buenaventura, Westlake Village, CA Presented by Tom McGrath Founder, Channel Islands BioEnergy Channel Islands BioEnergy

Overview Numbers Eco-system perspective What? BioWaste+BioEnergy Why? Profitable, Efficient, Sustainable Waste and Energy Solutions How? Three (3) Biomass – BioEnergy Subsystems Who? Channel Islands BioEnergy

Numbers Eco-system Perspective 2 o C 0.8 o C o C = 1.6 o C 500 ppm 150 years –> 280ppm to 400ppm 7B 80M –> 16B by 2100 Channel Islands BioEnergy

What? BioWaste+BioEnergy Generate base-load electricity from Biomass Anaerobic Digestion (AD) produces methane Slow Pyrolysis produces syngas Reform methane/syngas to isolate hydrogen for fuel cells Transform BioWaste to Biochar and BioEnergy No hazardous (costly) downstream air, land, or water pollution Tune system for fuel cell electricity Scale for local available waste and electricity need Optimize end-to-end BioStream value Optimize carbon balance  Biochar sequesters carbon in soil Channel Islands BioEnergy

Why? Profitable, Efficient, Sustainable Waste and Energy Solution Generate distributed electrical power Transform local untapped biomass Waste-to-energy asset by generating scalable on-site electricity Improve greenhouse gas balance Beyond standalone BioEnergy deployment Reform Methane and Syngas Boost hydrogen input to fuel cells Refine end-to-end system performance Scale for local needs Channel Islands BioEnergy

How? Three (3) BioWaste-BioEnergy Subsystems 1. Anaerobic Digestion (AD) and Slow Pyrolysis: Configuration 1: AD  Methane only Configuration 2: Slow Pyrolysis  Biochar + Syngas Configuration 3: AD + Slow Pyrolysis  Biochar + Methane + Syngas 2. Gas Reformer: transform Methane and/or Syngas into hydrogen + other useful gases 3. Channel Islands Fuel Cells: directly convert hydrogen into electrical power Channel Islands BioEnergy WGS + PSA Pyrolysis AD Biomass Biochar WGS: Water Gas Shift reactor PSA: Pressure Swing Adsorber Reformer: Fuel Cells

Who? Channel Islands BioEnergy Production costs than half of competition per kWh High energy efficiency % vs % of other waste to energy systems Alkaline fuel cell vs. solid oxide and proton exchange membrane fuel cells -- significant cost savings and reliability boost Easier to maintain in the field, less down-time, increased product life Innovative design, cutting edge fabrication techniques, low parts inventory & local green-tech jobs Channel Islands BioEnergy

Numbers Let’s move in the right direction 2 o C – Livable eco-system 0.8 o C o C = 1.6 o C 500 ppm – Plant carbon to enrich soil 150 years –> 280ppm to 400ppm 7B – Cure waste stream for human community 80M –> 16B by 2100 Channel Islands BioEnergy

Questions? Contact Tom McGrath Channel Islands BioEnergy