Forest Biomass and its Role in a National Renewable Electricity Standard. Environmental and Energy Study Institute March 4, 2009.

Similar documents
Biomass Electricity in the United States Understanding the Economics

Biomass Power Plant Development in California, Overview and Lessons Learned

Biomass Power & CHP Systems

Bioenergy: What is it?

Wood Fiber Supply in Oregon: Struggles Between Fiber Markets and Biofuel

Investments. Jack Lutz. Forest Economist Forest Research Group Alton, ME. Director, Global Research FourWinds Capital Management Boston, MA

Forest-based Biomass Energy Projects Will sustainable forestry, renewable energy, and climate benefits goals overlap this time?

Forest Biomass Supply and Availability in the Northeastern U.S. Charles D. Ray November 17, There s plenty of it!

Integrating Large-Scale Biomass Harvesting into the US Wood Supply System

Biomass Power for Utility Applications --- Southern Company s Experience ---

The Economics of Wind Energy. Charles Vaughan Regional Director, Eastern United States Clipper Windpower, Inc.

The Benefits of Renewable Energy From Biomass. Traxys Power Group, Inc.

Utility Green Power Marketing 2.0: Evolution and Reinvention Uncovering the Issues. Jessica Thibodo-Johnson We Energies September 14 th, 2009

An Update on Range Fuels Soperton Plant Project

Outline. Introduction to Wisconsin. Barriers to Generating Electricity from. Incentives and Regulations Intended to

Densified Biomass Market Development. Jennifer Hedrick, Executive Director Pellet Fuels Institute April 25, 2013

Georgia Power's Solar Overview. Ervan Hancock III Renewable Development and Green Strategy Manager Georgia Power Company

Energy Policy and Pellets

Woody Biomass Utilization

REVIEW OF THE NEAR TERM MARKET AND GREENHOUSE

LCOEs and Renewables Victor Niemeyer Program Manager, Energy and Environmental Policy Analysis and Company Strategy Program

RENEWABLE ENERGY RESOURCES

Sustainability and Bioenergy from Forests

Products and Services Overview

Biomass Power Generation Resource and Infrastructure Requirements. Idaho Forest Restoration Partnership Conference, Boise, Idaho February 1, 2012

Western Bioenergy Forum. Mark Mathis

Bioenergy: Westervelt s Pellet Mill in Pickens County. Alabama Forest Owners Association, Inc st Annual Meeting April 21, 2012

Update: The Global Demand for Wood Fibre

Impacts of Renewable Energy Demand. National Conference of State Legislatures

Bioenergy Demand and the Southern Forest Resource. Bob Abt. NC State University

Timber Marketing Strategies

Impacts of a 15 Percent RPS: Regional Assessment

White Tag Certificates - Trading Energy Efficiency as a Commodity

WHAT IS ENERGY COSTING YOU? An overview of the Michigan Wood Energy Calculator

Woody Biomass Utilization Technologies: What is real now?

US South Biomass Feedstock Supply for Asian Biopower Producers

North American Timber Outlook

Generating New Funding for Renewable Energy

North American Bioenergy Outlook

Wood Supply Study For Coos County

Wind Energy Update. Larry Flowers National Wind Technology Center, NREL Arizona - September, 2009

Effects of Renewable Portfolio. Biomass Power Generation. Decker Energy International

Woody Biomass: What, Where, & How Much HEATING THE MIDWEST APRIL 2014

Woody Biomass Utilization for Power/Heat. Woody Biomass to Energy Workshop, Oroville, California September 14, 2010

Community Choice Aggregation: A Workshop for Local Government Leaders and Staff. PG&E and Climate Change

Department of Natural Resources Forest Resource Management

Power Sector Transition: GHG Policy and Other Key Drivers

NCASI West Coast Regional Meeting Vancouver, September 2011 David Smith, Oregon State University

Preliminary Report on Resource and Technology Assessment

La Plata Electric Workshop June 8, Brad Nebergall Senior Vice President

Biomass Heating on a Small Scale

Densified Wood Products

Estimating Biomass Supply in the U.S. South. Robert C. Abt

Wind Energy Update. RMLUI 2008 Land Use Conference Ron Lehr, Presenter Presentation by Larry Flowers

Biomass Supply and Cost Profile: Worcester, Massachusetts

INTEGRATING WOODY BIOMASS INTO THE U.S. SOUTH WOOD SUPPLY CHAIN

Integrated Biomass Energy Campus: Creating value from woody biomass in Northeast Oregon

Minnesota Power Trends in Biomass Energy

Biomass Gasification: Applications in Thermal District Energy & presentation to US Army Net Zero Workshop, Chicago, IL January 19 th, 2012

Renewable Electricity Standards:

Understanding the Scale of the Problem: US Energy Sources and CO2 Emissions

2012 FLORIDA FORESTRY ECONOMIC HIGHLIGHTS

Biomass Research & Development Initiative (BRDI - Department of Energy)

Wood based Biomass in the U.S. An Emphasis on Wood Energy

Renewable Energy 101. National Renewable Energy Marketing Conference Portland, Oregon October 20, 2010

Sealaska Biomass Projects: Proving the Technology. Sealaska Corporation

Renewables Portfolio Standards in the United States: A Status Update

Realistic opportunities for wood energy

Value Proposition of Solar Photovoltaics and Fuel Cells in California

Design & Implementation of Modern Biomass Systems

THERE S SOMETHING IN THE AIR: A PRIMER ON WIND LEASES. by Robert P. Wright

Biomass Context. March 9, Yana Valachovic, UC Cooperative Extension. With information from John Shelly (UCCE) and Tad Mason (TSS Consultants)

CHP Technical Assistance Partnerships

Joint Session of the ECE Timber Committee and

Meeting Renewable Energy Portfolio Standards Dwayne Breger Massachusetts DOER

Enclosure (7) Wood Fiber Supply Assessment: US Marine Corps, MCIEAST New Bern, Jacksonville, and Kenansville NC. FiberAnalytics

Renewable Portfolio Standards U.S. Overview

State Wind Power Policy: An Update on RPS, SBC, and IRP

Integrating Electricity and Environmental Markets

Biorefinery Siting Considerations in the PNW

Adding Thermal Energy to State Renewable Energy Standards: Opportunity, Status, and Challenges

Whither Low-Grade Markets in the Northeast - Silviculture be Damned

A TIMBERLAND INVESTOR S PRIMER TO BIOENERGY OPPORTUNITIES. Chung-Hong Fu, Ph.D., Managing Director

Southern Pine Tree Size Dynamics Where s the Pulpwood? (Potential Diameter-class Imbalance in Southern Pines)

Biomass Thermal Energy

ECONOMIC IMPACTS ON THE FARM COMMUNITY OF COOPERATIVE OWNERSHIP OF ETHANOL PRODUCTION

Practical Issues of Co-Firing and Gasification of Biomass October 28, 2003

State Policy in the Biogas Arena

$36,200, MILLION, TASK ORDER AWARD 2014 DEPARTMENT OF ENERGY SAVANNAH RIVER SITE, SC $ 795 CASE STUDY TECHNOLOGY TYPE FACILITY SIZE

Bioenergy Forest Plantations September 13, 2011 Jeff Wright

New York Bioenergy. Janet Joseph. Vice President New York State Energy Research and Development Authority (NYSERDA)

52 MW Wood-Chip Fired Steam-Turbine Generator

Update on ICI Boiler MACT

Low-Grade Wood Markets: The New England Perspective

Geothermal Energy Utilization: REC Markets and Tax Credits

Renewable Energy Overview. CleanMed 2012 Jeff Rich, Executive Director GL Envision, LLC 1

Low-Grade Wood Markets: The New England Perspective

Life Cycle Assessment (LCA) of Poplar Plantations Global warming potential and energy consumption in the US PNW

Renewable Energy at Landfills - OR - The New Waste Management Hierarchy

Effects of Renewable Energy Mandates on the Sustainability of Forests in the Southeastern U.S.

Transcription:

Forest Biomass and its Role in a National Renewable Electricity Standard Environmental and Energy Study Institute March 4, 2009 Overview 1. Who we are 2. Where we operate 3. Myths about Biomass 4. Biomass Economics 101 5. Thoughts on sustainability 1

Who We Are Owners, operators, fuel providers, stakeholders Created in 1999 50 members, 20 states, 2000 MW 1% of nations power www.biomasspowerassociation.org Florida Where We Operate 2

Myths About Biomass 1. We cut down trees to generate electricity. 2. We compete with the pulp and paper industry for pulp-grade fiber, driving up the cost of paper, and threatening U.S. manufacturing. 3. A Federal RES will turn the landscape of the Southeast into something that looks like Scotland. 4. There is a biomass boom in this country that, if left unchecked, will result in the next corn to ethanol. But instead of food vs. fuel we will have paper vs. fuel. NEW NORTH AMERICAN WOOD BIOMASS PROJECTS Recent Announcements Project type Company Location Region Wood Use 1 Start date Annual Production Cost (US$/million) Wood Energy Oglethorpe Power GA (undetermined) South Atlantic 1,000 2Q/2014 100 MW $400-500 Wood Energy Oglethorpe Power GA (undetermined) South Atlantic 1,000 2Q/2014 100 MW $400-500 Liquid Biofuels Raven Biofuels MS (undetermined) South Central 1,000 Unavailable 33 million gal. Unavailable Liquid Biofuels Mascoma Kiross, MI Lake States 950 1Q/2012 40 million gal. $200 Wood Pellets Woodlands Alt. Fuels Meigs, GA South Atlantic 600 2Q/2009 300,000 tons $15 Wood Energy Catalyst Renewables Geddes, NY Northeast 540 1Q/2011 40 MW $100 Wood Energy Loblolly Green Power Newberry Co., SC South Atlantic 500 4Q/2011 50 MW $170 Wood Energy Decker Energy Linville, TX South Central 450 Unavailable 35-50 MW $130 Wood Energy SunMark Energy Henderson, TX South Central 400 1Q/2012 60 MW $160 Liquid Biofuels Raven Biofuels Kamloops, BC Western Canada 370 Unavailable 11 million gal. $26 Wood Pellets Integro Earth Fuels Roxboro, NC South Atlantic 360 Phased 2Q/2 170,000 tons $20 Wood Pellets Integro Earth Fuels Eastman, GA South Atlantic 350 4Q/2009 168,000 tons $20 Wood Energy NRG Energy Uncasville, NH Northeast 300 Unavailable 30 MW Unavailable Wood Energy Terrace Bay Pulp Terrace Bay, ON Eastern Canada 300 4Q/2008 30 MW $36 Wood Energy Evergreen Comm. Reading, PA Northeast 300 1Q/2009 30 MW $115 Wood Energy Clean Power Devel. Berlin, NH Northeast 250 4Q/2010 22-27 MW $80-85 Wood Energy Xcel Energy Ashland, WI Lake States 218 4Q/2012 30 MW $55-70 Wood Energy Kandiyohi Rockford, MN Lake States 200 Unavailable 20-21 MW 75 Wood Pellets American Refining McCean Co., P.A. Northeast 180 Unavailable 65,000 tons Unavailable Wood Pellets Indeck Energy Magnolia, MS South Central 180 3Q/2009 90,000 tons Unavailable Wood Pellets First Nations Wood Johnstown, PA Northeast 160 1Q/2009 78,000 tons $5 Pellet Wood Energy Roseburg Forest Weed, CA Pacific Northeast/ 150 Unavailable 15 MW Unavailable Product West Wood Energy IntelliWatt Energy Coal Township, PA Northeast 120 4Q/2009 12 MW Unavailable Wood Energy Koda Energy Shakopee, MN Lake States 67 4Q/2008 24 MW $60 Wood Energy Kruger Westminster, BC Western Canada 66 1Q/2009 Unavailable $7-10 TOTAL WOOD USE 10,011 Note: 1 Wood use (1000 green tons/year) ANNOUNCEMENTS 2007 TO PRESENT, WOOD DEMAND Wood Energy 27,504 Wood Pellets 12,218 Liquid Biofuels 3,685 TOTAL WOOD USE (000 green tons/year) 43,407 Source: Wood Biomass Market Report December, 2008 3

Biomass Economics 101 Bottom line The biomass power industry cannot pay enough for its fuel to credibly compete for the chip and pulpwood supplies of the nation s pulp & paper industry. Even with the full PTC, a fairly large new biomass power facility selling power and green tags at a current market price of 8 cents/kwh can only afford to pay less than $40/bone dry ton (BDT) for its fuel supply and earn an acceptable investor return. By contrast, current prices of chips and pulpwood in the South, traditionally the area of lowest prices, range from $60/BDT for hardwood chips to $70+/BDT for conifer chips or pulpwood. Assumptions In order to answer questions regarding the overall economics of biomass power and the impact of an expansion of biomass power capacity on other wood users, a complete financial model of a new 25MW plant was developed. A plant size of 25MW is large enough to achieve economies of scale in terms of capital and operating cost without an unreasonably large fuel working circle. The plant parameters are as follows: Boiler Size 250,000000 lb/hr steam at 900 psig/900ºf Turbine Size 30MW, 3600 RPM Boiler Technology Traveling grate stoker fed design Pollution Control Electrostatic precipitator for particulate control Ammonia injection for NOx control Gross Plant Output 27MW Net Plant Output 24.6Mw Plant Capital Cost $57,900,000 Plant Cost/net KW $ 2,353 Annual Fuel Requirement 194,000 bone dry tons (BDT) Power Value 1st yr 8.0 /KWH Power Value Escalation 2%/yr General Inflation 3%/yr Plant Startup Date 2010 Depreciation MACRS depreciation Property Tax Rate 2.1% of investment/yr State Income Tax Rate 6% Federal Income Tax Rate 35% Plant Staffing 19 personnel 4

Assumptions Cont. The 8 /KWH starting power sales price was chosen so as to be indicative of a current bundled (electricity plus green tags) power selling price in large areas of the country such as the Southeast, Rocky Mountains, Pacific Northwest and Midwest. There are pockets of higher bundled renewable pricing such as in California and parts of New England, but these are isolated situations driven by aggressive Renewable Portfolio Standard (RPS) timetables. Analysis The financial model was then tested to determine what starting delivered wood fuel price would produce a 12% unlevered net present value after tax return over the 20 year life of a power contract. The 12% after tax return is the amount judged to be necessary to attract equity investors in today s markets. The results for varying levels of federal production tax credit (PTC) are as follows: 2010 PTC 2010 Max. Wood Fuel Price After Tax Return (1/2) 1.1 /KWH $28/bone dry ton (BDT) 12% (full) 2.1 /KWH $37/bone dry ton 12% The allowable $28/BDT when receiving the current ½ of the federal PTC is $ g not sufficient to move material from the woods as fuel for the plant. With the current tax situation, the 25MW plant is not likely to be built. With the full PTC, the $37/BDT allowable fuel price is thought to be sufficient to grind and move slash piles left behind by harvesting operations, but only within less than a 50 road mile radius. 5

Competition for Pulp and Paper To determine if biomass power represents a legitimate threat to chip and pulpwood supplies to the nation s pulp & paper industry it is necessary to look at current prices of these materials when delivered to the pulp mill. The following represent current prices in the South, which have historically been the lowest prices in the US for such material. These are prices tracked by Wood Resources International on a quarterly basis for many years: Conifer Non Conifer Chips $70/BDT $61/BDT Roundwood $70/BDT $72/BDT The only logical l conclusion is that t biomass power does not represent a credible threat to the pulp & paper industry as the biomass power industry can only afford to pay less than half current prices with the current ½ PTC and only 60% of current prices with the full PTC. Sustainability Inevitable for use biomass uses But,lets not reinvent the wheel Rely upon existing state standards Keep definitions consistent with Section 45 of the IRC 6