Woodfuel opportunities in Oxfordshire 5 August 2012 Matthew Woodcock Forestry Commission – South East England.

Slides:



Advertisements
Similar presentations
Conifer Plantations Module #7 Restoring Your Plantation 7-1.
Advertisements

{Customer} Divisions Plan {Date} – {Version} Salesforce.com.
Heartland Coast-to-Coast Corridor Study ___________________ Presented Sept. 11, 2007 Sanibel Harbour Resort Spa Heartland Coast-to-Coast Corridor Study.
Name: Date: Read temperatures on a thermometer Independent / Some adult support / A lot of adult support
Energy in the U.S. - Why Wind? Financing Wind Power: The Future of Energy Institute for Professional and Executive Development Santa Fe, N.M. July 25,
Win Big AddingSubtractEven/Odd Rounding Patterns Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Last Chance.
Unit A: Introduction to Forestry
16 th April 2008 Energy Outlook View of an International Oil Company Thierry PFLIMLIN President & CEO Total Oil Asia-Pacific Pte Ltd 2 nd ARF Seminar on.
Sponsored by: Key Stakeholders Workshop 9-10 March Matthew Woodcock Forestry Commission England Key Stakeholders Workshop.
Sponsored by: Key Stakeholders Workshop 9-10 March Matthew Woodcock Forestry Commission England Key Stakeholders Workshop.
September Wood to Warmth – Bioenergy Appliances Michael Beech TV Energy.
How woodheat can be cost effective – good practices Key stakeholders Workshop New Forest, England, 9-10 March, 2011 Jyrki Raitila VTT Technical Research.
Sponsored by: Biomass Implementation Workshop 29 March Matthew Woodcock Forestry Commission England Renewable Heat Incentive.
Wood to Warmth – Case Studies Alison Wilshaw, TV Energy 16 February,
Successful small and medium scale wood heating Key stakeholders Workshop New Forest, England, 9-10 March, 2011 Jyrki Raitila VTT Technical Research Centre.
Woodfuel opportunities in Oxfordshire 1 BUT - not just woodfuel.
& sponsored by: Led by the 22 March 2011 Support available.
Woods for Water South East Workshop 22 nd October 2013 Forestry Commission grants & support Matthew Woodcock Partnerships & Expertise Manager South East.
Matthew Woodcock Forestry Commission – South East & London Making the most from woodfuel.
Harvesting Energy Wood to Warmth: Opportunities and practicalities 22 nd February 2013 Matthew Woodcock Partnerships & Expertise Manager South East England.
Electricity Efficiency in Californias Future Mark D. Levine Sacramento, CA May 24, 2006.
Year 6 mental test 15 second questions Numbers and number system Numbers and the number system, Measures and Shape.
I can interpret intervals on partially numbered scales and record readings accurately ? 15 ? 45 ? 25 ? 37 ? 53 ? 64 Each little mark.
Silvicultural systems Peter Savill (University of Oxford)
Welcome to Who Wants to be a Millionaire
£1 Million £500,000 £250,000 £125,000 £64,000 £32,000 £16,000 £8,000 £4,000 £2,000 £1,000 £500 £300 £200 £100 Welcome.
Pieter D. Kofman Wood energy consultant to COFORD
Biomass Furnaces for Heating Poultry Houses November 2008 By Jim Wimberly BioEnergy Systems LLC Fayetteville, AR.
Markku Lappalainen Aalto University Energy and Ecology in Finland.
$100 $200 $300 $400 $100 $200 $300 $400 $100 $200 $300 $400 $100 $200 $300 $400 $100 $200 $300 $400.
Operations Management For Competitive Advantage © The McGraw-Hill Companies, Inc., 2001 C HASE A QUILANO J ACOBS ninth edition 1 Strategic Capacity Management.
EURIS – Europeans Using Roundwood Innovatively & Sustainably Roundwood fencing solutions.
The Minimum Price Contract. Purpose of a Minimum Price Contract Minimum price contracts are one of the marketing tools available to producers to help.
4 chapter: >> Market Strikes Back Krugman/Wells
Chapter 4 Estimating and Reducing Labor Costs
UCSD Medical Center - Hillcrest Campus Case Study Gerry White Facilities Design & Construction University of California, San Diego.
Renewable Firewood Stoves; a community approach to widespread installation and fuelling suitable for future inclusion in the RHI Jeremy Thorp Cwm Harry.
Managing Capacity.
Capacity and Constraint Management
Capacity and Constraint Management
Chapter 5 Capacity Planning For Products and Services
User Conference 11/14/13 Forgotten Oil & Gas Study John D. Grace Earth Science Associates Long Beach, CA 2013 User Conference Hosted by Maersk – Houston.
1 CHAPTER 7 Cost of Goods Sold & Inventory. 2 Key Terms Inventory (beginning, ending) Cost of goods sold (COGS) Inventory cost flow assumptions Lower.
$ TOTAL INCOME 100 Quick Start 4 Within 30 Days of Start Date.
Figure 1. PX Prices and Total ISO Load (May 15 - August 31, 2000) MW $/MWh.
Structural Pine Supply & Demand Trends Christine Briggs National Sales & Marketing Manager.
Example of a Decision Tree Problem: The Payoff Table
Lecture No. 5 Financial Forecasting
Strategy Review Meeting Strategy Review Meeting
Biomass for heat and power production - opportunities for land owners and buildings managers Ian Tubby Biomass Energy Centre RRSP, October 2009.
Forestry Commission woodfuel objectives and activities in south east England Matthew Woodcock Programmes Manager.
Managing Trees for Energy Andrew Clark (Fuel Quality & Compliance Manager) Energy Made Better.
Cherwell Sustainable Community Strategy. Sustainable Community Strategy Evidence Base Policy Local Knowledge.
Equal or Not. Equal or Not
Slippery Slope
EnvironmentEnvironnementCanada Nusa Dua, Bali, Indonesia September 5 – 7, Part 4: LFG Utilization.
Fractions Simplify: 36/48 = 36/48 = ¾ 125/225 = 125/225 = 25/45 = 5/9
Fundamentals of Cost Analysis for Decision Making
FIRM BEHAVIOR AND THE ORGANIZATION OF INDUSTRY
Copyright©2004 South-Western 13 The Costs of Production.
Chapter 16 Homework Day 2.
A2 Biology UNIT F215 Module 3: Ecosystems and Sustainability
FORESTS – IMPORTANT ENERGY SOURCE. Forests in the EU Apart from their importance for ecology and environment conservation forests are one of the Europe's.
Forestry and Climate Change - issues and potential indicators For UNECE/FAO Team of Specialists, Edinburgh, May 2007 Simon Gillam, UK.
POTENTIAL FOR ENERGY FROM BIOMASS IN THE UK Alex McBurnie ENV-2E02 Energy Resources February 24 th 2005.
Shawn Grushecky Assistant Director WVU Appalachian Hardwood Center
UK Sawmill View September 2017.
Rangelands & Forestry.
Presentation transcript:

Woodfuel opportunities in Oxfordshire 5 August 2012 Matthew Woodcock Forestry Commission – South East England

Woodfuel opportunities in Oxfordshire 2 South east England Woodland - Background Undermanaged mixed (conifer/broadleaf) woodland planted in the 1950s Typical broadleaved woodland of south east England – overstood coppice last cut > 40 years ago Also ancient woodland with high ecological value – declining through under-management

Woodfuel opportunities in Oxfordshire 3 Our energy culture Didcot Power Station Were used to the convenience of energy from large scale power stations Yet the overall efficiency in converting solid fuels into usable power is low (around 30-35%) – all the steam going up the cooling towers is wasted energy! On the continent powerstations are often smaller and the heat is circulated around the community via district heating mains (just as we have gas mains)

Woodfuel opportunities in Oxfordshire 4 The case for woodland management Pearl–bordered fritillary populations Population Decline due to lack of active management maintaining the diversity of woodland habitat this, and many other native woodland species, require

Woodfuel opportunities in Oxfordshire 5 Woodland cover

Woodfuel opportunities in Oxfordshire 6 A vision for Oxfordshires woods? Active management of coppice with standards woodland Impacts of management

Woodfuel opportunities in Oxfordshire 7 Maintaining our history

Woodfuel opportunities in Oxfordshire 8 Potential for sustainable production? Traditional broadleaved trees like beech and oak can grow at 4m 3 per ha per year Conifers like Scots pine can grow at > 8m 3 per ha per year Traditional coppice species like sweet chestnut and ash can grow at > 6m 3 per ha per year

Woodfuel opportunities in Oxfordshire 9 Potential production from Oxfordshire Non FC Woods ha Est YC m 3 /ha/ yr m 3 per yrFrom 75% of woods Proportion of sawlogs Proportion of woodfuel Prop. Of Slabwood Energy of Wf MWh/yr Conifer89987,2005,400 3,2002,2001,6003,900 Broadleaved10,643442,60031,900 3,20028,7001,60071,800 Mixed (* 3 )2,683616,20012,100 7,2004,9003,60010,600 Coppice (* 8 ) Coppice with standards (* 8 ) Windblow (* 4 ) Felled (* 4 ) Open space3, TOTAL 17,606 66,30049,50013,60035,9006,800 86,700 FC Woods haEst YC m 3 per yr Assume all is managed Sawlogs Woodfuel Slabwood MWh/yr Conifer262102,600 1,5001, ,800 Broadleaved ,100 Mixed24361, ,300 Coppice Coppice with standards Windblow Felled Open space TOTAL (* 2 )629 4,6002,4502,1501,120 4,200

Woodfuel opportunities in Oxfordshire 10 Assumptions * 1 includes all woods of < 2 ha * 2 Area of FC woodland will have been reduced by sales during this period so area of non FC woods could be slightly greater. * 3 Assume 60% broadleaves by area and 40% conifer by area – on basis that most mixed crops will be > 40 years old and well into their thinning regime to establish a final crop of broadleaves * 4 Assume windblown and felled areas will be restocked with broadleaves *5 Estimate that 25% of all woods will not be actively harvested due to owners preference or site difficulties *6 Estimate that 60% of conifer and mixed crops, and 10% of broadleaf growing resource could be used as sawlogs *7 Estimate that there is a 50% conversion rate of saw logs into sawn timber, hence 50% of the sawlog volume will be slabwood or sawdust and hence potential woodfuel *8 Traditionally many of the broadleaved woods in SEE would have been managed as coppice, or as coppice with standards, whereby the stems were felled every 7 (hazel) to 15 (sweet chestnut) years and then allowed to regrow from the cut stump. Having the well established root stock effectively supporting regrowth the growth rates of coppiced woods are significantly higher in their early years than would be possible from newly planted trees. Our ancestors found that this was the most effective way to produce the fuel and building material they needed. I have used an estimated growth rate of 6 m3 per ha per year to balance between hazel where the volumetric growth rates appear to be lower (no-one to my knowledge has done any research on this as hazel has traditionally been used for the hurdle and thatching market) and where we break the estimate down to counties I have dropped the estimated growth rate for Hampshire coppice to 2 m3 per ha per year as a good proportion of Hampshire coppice is hazel). At the other end of the spectrum sweet chestnut on a 15 year rotation will deliver 8 m3 per ha per year BUT if the rotation is extended to years this increases to up to 12 m3 per ha per year. However, we should also remember that sweet chestnut coppice can be converted into a whole range of products - spile fencing, cleft fencing, even faggots for flood defence but having a use for the lower quality elements and offcuts is essential to make the whole business work. This principle of increased average growth rates by extending coppice rotations to years is likely to hold true for all major broadleaved coppice species such as ash and hornbeam. Overall traditional coppice management appears to offer considerable opportunites for woodfuel production - just as our ancestors found! *9 Assumes wood is seasoned to 30% moisture content (as a proportion of overall weight), broadleaves deliver 2,500kWhrs per m 3, conifers 1,800kWh per m 3 and mixed crops 2,200kWh's per m 3. Again figures are conservative as oak and beech will manage 2,800 and 2,700kWh per m 3 respectively but poplar and willow will deliver about 1,800kWh's per m 3

Woodfuel opportunities in Oxfordshire 11 Heating oil at 60 pence per litre Provides 10kWhrs per litre Cost = 6 pence per kWhr Seasoned beech (30% MC) Provides 2,800 kWhrs per m 3 Matched against oil = > £160 per m 3 OR the cost of heating oil to deliver the same heat as the 35,900m 3 of wood which could be sustainably produced from 75% of Oxfordshires existing woods is about £5million per year! OR enough to heat about 6,000 homes Potential opportunity?

Woodfuel opportunities in Oxfordshire 12 Existing markets: timber and wood VerdoSloughBedmax

Woodfuel opportunities in Oxfordshire 13 Medium scale CHP BAA – Heathrow T2

Woodfuel opportunities in Oxfordshire 14 Small scale CCHP Waitrose