10.11.2014 Views

CTO Assessment - European Commission

CTO Assessment - European Commission

CTO Assessment - European Commission

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

WARMIA & MAZURY<br />

Biomass utilisation<br />

for energy purposes<br />

EC BALTIC RENEWABLE ENERGY CENTRE • RECEPOL • Centre of Excellence<br />

ul. Reduta Zbik 5 • 80 - 761 Gdansk • Poland<br />

Tel./Fax.: +48 58 301 57 88 • E-Mail: gdansk@ecbrec.pl • Website:www.ecbrec.pl<br />

The Region of Warmia and Mazury is located<br />

in North East Poland and has a<br />

structure of fuel consumption for heat production<br />

that is dominated by coal. Other<br />

major fuels include light oil and in larger<br />

towns also natural gas is used. District<br />

heating is common even in rural areas of<br />

this region which is among the least industrialised<br />

of Poland, and where there is high<br />

unemployment especially in rural areas.<br />

This project describes how biomass district<br />

heating plants (DHP) have been developed<br />

in the region to replace traditional<br />

fuels with a more environmental source of<br />

energy, at a time where refurbishment, or<br />

even replacement, of the old coal district<br />

heating systems is needed anyway for a<br />

significant amount of them.<br />

Main motivations<br />

The region is characterised by availability<br />

of wood fuels derived from forestry and<br />

local wood industry and a significant surplus<br />

of straw existing in the agricultural<br />

sector (forestation in 2001 was 30%),<br />

there was the opportunity to put an end to<br />

the heavy reliance on local fossil fuels.<br />

The typical owners of local district heating<br />

systems are local authorities, which in that<br />

region seem to be often poorer than in other<br />

regions of the country. As such, local investors<br />

have to search for external funding,<br />

which since the end of 90’s is hardly<br />

available for fossil fuels while it can be<br />

accessed for RES projects. Typically this<br />

difficult situation led to biomass replacing<br />

the old heating systems, while at the same<br />

time creating new jobs.<br />

The Project<br />

Having gained inspiration and knowledge<br />

of modern applications of biomass technologies<br />

already implemented especially in<br />

the EU, the regional authorities of Warmia<br />

& Mazury recognised the opportunities for<br />

the wider deployment of renewable energy<br />

in the region. The political will to stimulate<br />

wider deployment of biomass technologies<br />

was then translated into allocation of a<br />

high priority by the Regional authorities<br />

set in the list of priority investment to be<br />

co-funded by the Regional Fund for Environmental<br />

Protection. At the end of 90-<br />

ties some pilot investment projects were<br />

developed, that later became a basis for<br />

spreading out good practices and further<br />

replication in other communes of Warmia<br />

& Mazury.<br />

Innovative aspects<br />

The first projects have been to a certain<br />

extent the direct replications of technological<br />

solutions from the EU. However, growing<br />

interest in the utilisation of biomass<br />

for heat production in the region led to<br />

using some local engineering and manufacturing<br />

capacities and using some locally<br />

invented technological improvements helping<br />

to decrease the cost of biomass application<br />

while improving their efficiency.<br />

Challenges<br />

A major barrier faced especially in the<br />

initial period of the development of biomass<br />

DHP in the region was a mental<br />

barrier among the local decision–makers.<br />

Typical prejudices about biomass<br />

resulted from the lack of knowledge and<br />

a strong perception of coal or gas/oil as<br />

the only modern and secure options for<br />

local energy production. Especially the<br />

utilisation of straw faced a strong distrust<br />

as it was believed to have too low<br />

calorific value and also perhaps considered<br />

as going back to “ stone age technology”.<br />

Financing tools to support biomass<br />

projects on the regional level were provided<br />

by the Regional Environmental<br />

Protection Fund. At the end of the 90’s<br />

they started to provide soft loans and<br />

subsidies with a high priority given to<br />

biomass projects. At an early stage, special<br />

conditions were created for local<br />

authorities, allowing to write off up to<br />

50% of debt provided that these funds<br />

are then used for further environmental<br />

investments. First investments were<br />

characterised by high costs typical to applications<br />

of new technologies and the<br />

lack of experience in this field. However,<br />

with a growing number of biomass investments,<br />

investment costs of further<br />

replication projects decreased (e.g. by<br />

30 % in case of some straw-fired installations).<br />

Replication Potential<br />

Warmia & Mazury Region can be used as<br />

good example for the other regions of Poland<br />

and other countries of CEECs. It seems<br />

that regional authorities may indeed play<br />

an important role in the deployment of RES<br />

technologies at a local level especially if<br />

they can access some regional financing<br />

schemes such as environmental funds.<br />

Boosting Regional Bioenergy Utilization<br />

(1999 – 2003)<br />

The efforts of Warmia and Mazury regional<br />

authorities have been well in line<br />

with the Polish National RES Strategy<br />

endorsed by the Council of Ministers in<br />

2000 and approved by the Polish Parliament<br />

in August 2001 that set a target to<br />

increase the share of RES in the primary<br />

energy balance of Poland from 2.5% in<br />

1999 to 7.5% in 2010. In 1999-2003 in<br />

the Region of Warmia and Mazury over<br />

30 local biomass DHP were installed with<br />

the total capacity of 90 MW.<br />

80 <strong>CTO</strong> - Showcase

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!