Learning from Austria:
How Government and the Private Sector
Worked Together to Grow a Thriving Biomass
Thermal Industry
Christiane Egger Herbert Ortner
O.Ö. Energiesparverband ÖkoFEN
[email protected], [email protected],
www.esv.or.at www.pelletsheizung.at
The State of Upper Austria
Oberösterreich
Capital: Linz
Population: 1.38 million (similar to NH)
Area: 4.600 mi² (similar to CT)
Economic activities: industry, service sector, tourism,
25% of the Austrian
industrial exports
O.O. Energiesparverband is the state agency for renewable
energy & energy efficiency & provides services to private
households, SMEs, public bodies
Renewable energy sources in Upper Austria
• Share of renewable energy: 34 % of total primary energy demand
(15 % hydro, 15 % clean biomass,
4 % solar & other renewables)
• Share of renewable heating: 46 % of total heating demand
• Avoided imports of fossil fuels: >1.3 billion US$ per year
By 2030, all electricity and space heating will come from renewables!
reduction of heat demand by 39 %
reduction of electricity demand by 0.5 %/year
minus 65 % CO2 emissions
The Oekoenergie-Cluster Upper Austria (OEC)
• network of renewable energy & energy efficiency companies
in Upper Austria
• 160 partner companies
• since 2000, managed by O.Ö. Energiesparverband
• www.oec-en.at
• main business fields:
- biomass heating
- solar heating
- energy efficient buildings
• Turnover: 2.3 billion US$
• Employees: 6,260
• Export share: > 50 %
Solar thermal, Biomass heating, Efficient Buildings
Biomass boiler producers –
company headquarters in Upper Austria & OEC partners
Visit our booth in the vendor fair (booth 28) and at www.oec-en.at
Biomass heating in Upper Austria
clean, efficient, fully automated
• 15 % of total energy consumption
• > 40,000 biomass heating installations
• 300 biomass district heating plants
• > 40 % of the municipalities mainly use
biomass for heating
Biomass heating technologies
technology automatic pellet modern automatic wood district heating combined
fuel heat & power
heating firewood boilers chip boilers stations
pellets firewood wood chips wood chips whole trees
typical installed 5-15 kW 20-40 kW 50-150 kW 100 kW-3 MW >1 MWel
capacity farm buildings > 10 MWth
all buildings
users, single-family usually from public & all buildings
customers homes own forest commercial farmers &
buildings cooperative sawmills &
fuel supply bulk delivery members & other channels
often by local form sawmills
farmers – forest
owners
Economic impact of biomass heating in Upper Austria
The state of Upper Austria has pioneered biomass heating in the last
two decades and achieved global leadership in small-scale systems.
25 % of all biomass boilers installed in the EU are produced in Upper
Austria
• Total employment in biomass heating: 4,500 jobs
• Annual revenue of biomass boiler/ stove industry
750 million US$
in Upper Austria (production, sales, installation): 150 million US$
• Annual investments in new biomass heating systems: 130 million US$
• Annual sales of biomass heating fuels:
Carrots, sticks and tambourines
Upper Austria's sustainable energy strategy
3 Pillars
Regulatory Financial Information
measures measures activities
"sticks" "carrots" "tambourines"
Upper Austria's sustainable energy strategy –
example biomass heating
"sticks" "carrots" "tambourines"
Regulatory measures Financial measures Information & training
• Emission & efficiency • Investment grant • Energy advice
standards programs • Training programs
• Publications,
• Fuel requirements • Renewable heating
• Renewable heating as a program campaigns &
requirement competitions
mandate • Local energy action
• Minimum • Contracting program plans
• Regional R & D • OEC - sustainable
requirements energy business
heating & cooling program, pilot network
projects
stimulate demand
Policy Packages
support supply
Overcoming "the chicken or the egg" problem
Building up a local market for automatic pellet heating
The fuel supply chain
• fuel quality standards (production & handling)
• bulk delivery (fully-pressurized trucks)
The equipment
• well-functioning pellet boilers
• stringent emission standards
• high consumer convenience
• trained technicians for installing & servicing
The customers
• homes & larger buildings
(to avoid too long payback for bulk delivery systems)
Information and awareness for market actors and stakeholders
Challenges in
Young Markets
Customer requirements to
a pellet heating systems
very less not
important important important important
Reliability 91 7 0 0 2
0 2
Convenience + high quality 82 16 1 0 1
0 2
Good advice 81 16 1 0 3
2 2
Cost/performance ratio 77 18 3 4
7 3
After sale service 58 32 7 3 4
9
Regional partners 52 30 14
Service contract 34 32 23
Good brand 33 31 29
Product design 24 42 21
Documentation of the survey
n= 300 telephone-interview with austrian customers since 1996
survey period: from 01. to 08. September 2008, maximum statistic fluctuation range is about ± 5,43 %
What do we need to achieve
these requirements?
Pellets:
- High quality – certified productions
- Availability of pellets delivery in bulk
Pellet boilers and storage solution:
- Approved and field testet
- Automated and comfortable
Installers, technicians and advisers:
- Well trained and skilled
Sustainable Energy Policies:
Incentive programs; Public relation; Clusternetwork
Legal requirements
Certified pellet production
Pellet production has to be under examination
Pellets: requirements on quality
In Europe pellets have to meet the standard EN 14961-2/A1
• Diameter: 6 - 8 mm ; 1/4 - 5/16 in
• Length: 3,15-40 mm ; 5/4 – 1.6 in
• No chemical adhesive
• Calorific value: >16,5 MJ/kg ; 7,200 BTU/lb
• Ash content < 0,5 %
• Water content < 10%
• Bulk density: min. 600 kg/m³ ; 37 lb/ft³
• Ash melting point: > 1.200°C ; 2.200°F
• Fines < 3,15 mm: < 1%
It‘s important that customer use standard pellets –
then pellet boilers run well and with low emissions
The main quality issues
Problem Limits/Requirements
Length Blocked vacuum suction system max. 4 cm /1.5“
Diameter Unburned pellets 6 – 8 mm / 1/4“ – 5/16“
Ash melting point Slag on the burner plate < 1.200°C , 2,200 °F
Fines < 3,15 mm Blocked auger screw and to < 0.5 %
much fly ash
through a screen of 3,15 mm
Low consistent Damaging the pellets during
hardness (bulk blowing in – lot of fines in the > 600 kg/m³; 37
density) tank pounds/ft³
Chlorine Damages of combustion < 0.03 % relativ to dry mater
chamber
> 1.5%
Ash content Poor in proportion to the price
Pellets: bulk delivery
with pneumatic truck
Convenient
Clean
Dust-free
On-board electronic scale
Pellets: bulk delivery
with pneumatic truck
Max. 96 ft presser vessel with
with pressurized air
transport system
preassurized air
0.5 -1.0 bar
filling capacity
5 minutes per 1 ton
Pellet boilers:
for Domestic heating
Capacity range
11,500 - 41,000 BTU/hr
17,000 - 51,000 BTU/hr
20,500 - 68,300 BTU/hr
27,300 - 85,300 BTU/hr
34,000 - 109,500 BTU/hr
37,500 - 123,000 BTU/hr
51,000 - 164,000 BTU/hr
58,000 - 191,000 BTU/hr
Pellet boilers:
for Commercial heating
Cascade boiler
246,000 - 955,000 BTU/hr
Pellet boiler: for Commercial
Energybox
• Pre-fabricated
• Ready to plug-in
Cornish Elementery School Forest cooperative
New Hampshire, USA Quebec, Canada
Pellet boilers: highly convenient
Automated cleaning system
• Very convenient
• No manual cleaning during the
heating season
• Constant high efficency
Electrical
ignition
Automated ash compression
system with external box
Pellets boiler:
storage solutions
Fabric tank - capacity up to 9 ton
Empty Full
min. 6.6 ft
max. 7.8 ft
Patent registered EP 10155313.9 /17.03.2009
Training & knowledge transfer
• Training programme for installers (plumbers) and those
involved in the supply and specification – energy advisers,
Architects, local authorities, building officers,
politicians etc.
ÖkoFEN-Pellet-Academy in UK
After sale service
• well trained service
partners which are
approachable on a
service hot line and
provide a repair service
• training program for
installers (plumbers)
has to be provided by
the boiler manufacturer.
How the cooperation works
politics media public
etc. bodies
OEC
international
companies & the OEC-Team partners
customers
home owners + businesses +
public buildings
Driving the market through standards
Fuel
• early standardisation of pellet fuels: a important reason for Austria's
pionieering role
• highly standardised fuel allows for high efficiency and low emission
combustion technologies were developed based on and optimised for
the standardised fuel
• warranty of the boilers only if standardised pellets are used
• European pellet fuel standard
Equipment standards (Upper Austria)
• efficiency and emission standards
• regularely up-dated to drive innovation
Emissions & efficiency of biomass boilers
Results from more than 1,000 boiler tests
Efficiency factor of CO emissions of
tested biomass boilers tested biomass boilers
Source: FJ-BLT Wieselburg; Bioenergy 2020+
Raising awareness & skills
• end consumers, e.g.:
- costs (higher investment costs, lower fuel costs, public support)
- where to install (storage), how to operate
- fuel supply (availability, price stability)
• installers, building professionals, e.g.
- technical know-how to plan & install & service, storage solutions
• stakeholders, media, authorities e.g.
- sustainability of biomass
- costs
Biomass Tank – an information program
in the early market development phase
1997-1999
• market analysis on automatic pellet heating systems and pellet logistics
• test run in 8 family homes (heating season 1997)
conclusions: storage room should be sized according to the annual heating demand,
storage rooms have to properly sealed during delivery, only boilers meeting standards
should be installed
• info leaflets for 4 targets groups (end consumers, fuel distributors,
boiler manufacturers, fuel manufacturers)
• on-site check of 60 pellet heating systems, collection of operational
experiences
• half-day info events for installers: 100+ installers participated
Market development activities today
• energy advice (15,000 individual face-to-face advice sessions, for
homeowners, public bodies and companies training programmes)
• "Energy Academy" (for professionals across the value chain:
manufacturers, planners, installers, building professionals, users)
• technical site-visits for potential users (commercial + public buildings)
• market analysis: survey to 1,100 homeowners that installed a biomass
heating system or a heat pump in the last years
• export support program
• competitions & campaigns
Lobbying and Networking
Together is better!
Government
local and federal
Politicians
Authorities
Camber of
commerce
Journalists
Renewable Incentive Scheme
in Upper Austria - examples
• 3.100 US$ for pellet boilers or wood chip boilers in
private households
• 40% Subsidies of the investment costs for a
pellet- or wood chip boiler for commercial applications
• Subsidies for R&D – Product development
The result – high-tech biomass boiler technology
Regional pellets campaigns
2008 and 2009
Funded by the state
government of
Upper Austria
• 500 billboards
• Radio and TV spots
• Pellets competion
• Complementary advertising by boiler producers
Export activities
•Exhibitions – joint booth
•Export tours
•Conferences
•Financial support
How to get a pellet market started
• take a "package approach" (regulatory, financial & training/awareness
programmes)
• communicate the benefits (not "just" climate protection)
• allow for a learning curve across the value chain (demonstration
programmes & pellets campaigns & training)
• identify most promising markets (often new construction)
• understand progress & communicate success & take corrective action
(market intelligence)
• take a longer term perspective
Report & video
available at
www.oec-en.at
International Training Seminar
on Biomass Heating
May 17-19, 2011, Linz/Austria
• biomass heating technologies & market development
(wood pellets & wood chips)
• technical training sessions & site-visits
• in English
• further information: www.oec-en.at & at our booth in the vendor fair
European Pellet Conference 2012
February 29 – March 1, 2012
Wels / Austria
Deadline Call for Papers:
October 5, 2011
www.wsed.at
O.Ö. Energiesparverband,
Landstrasse 45, A-4020 Linz,
T: +43-732-7720-14380,
[email protected], www.esv.or.at
The end of the oil-era?
36 %
oil-heating < 0.01 %
> 85 %
renewable energy 32 %
technologies 1999 2009