Cleaner Technology Transfer to the Polish Textile ... - Miljøstyrelsen
Cleaner Technology Transfer to the Polish Textile ... - Miljøstyrelsen
Cleaner Technology Transfer to the Polish Textile ... - Miljøstyrelsen
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Summary<br />
Areas of pollution prevention and resource savings in <strong>Polish</strong> textile industry<br />
are identified from direct contact <strong>to</strong> 20 textile dye-houses including a detailed<br />
survey of 9 selected dye-houses.<br />
Selection of companies Companies have been selected <strong>to</strong> get <strong>the</strong> various processes in <strong>the</strong> industry well<br />
represented. This selection has been done by <strong>the</strong> <strong>Textile</strong> Research Institute in<br />
Lodz on <strong>the</strong> basis of its very thorough and detailed insight in <strong>the</strong> textile industry.<br />
The strategy has <strong>the</strong>n been <strong>to</strong> go in<strong>to</strong> direct contact with <strong>the</strong> companies<br />
with detailed inspection of processes and recipes, and <strong>to</strong> identify possible<br />
Identification of<br />
priority areas<br />
areas of improvement in collaboration with <strong>the</strong> companies. The priority areas<br />
have been confirmed by <strong>the</strong> textile industry itself at a <strong>to</strong>tal of three seminars<br />
with participation of all <strong>to</strong>ge<strong>the</strong>r 30 <strong>Polish</strong> and Danish textile companies, and<br />
<strong>Polish</strong> and Danish research institutions.<br />
Focus The main focus of <strong>the</strong> programme has been possibilities for cleaner technologies<br />
being environmentally and economically sound at <strong>the</strong> same time. With<br />
<strong>the</strong> present financial situation in <strong>the</strong> <strong>Polish</strong> textile industry, this is <strong>the</strong> most<br />
realistic approach <strong>to</strong> pollution prevention. In general, treatment alone has no<br />
realistic economical background for <strong>the</strong> time being. Only improvements, that<br />
imply simultaneous savings in costs, are judged <strong>to</strong> be realistic. However, possibilities<br />
of cost-effective improvements are quite large, and a goal of an overall<br />
50% reduction in water-, energy- and chemical consumption seems achievable<br />
with <strong>the</strong> right cleaner technology strategy.<br />
The identified priority areas are grouped in<strong>to</strong> 4 categories:<br />
Systematic approach 1) Optimization: meaning improvements of routines and procedures within<br />
<strong>the</strong> existing equipment<br />
2) Modernization: meaning rebuilding old equipment or exchanging it with<br />
new<br />
3) Chemical substitution and savings: meaning altering recipes <strong>to</strong>wards less<br />
consumption of chemicals and more environmentally friendly chemicals<br />
4) Re-use: meaning possibilities for treating and re-using selected wastewater<br />
streams and <strong>the</strong> energy and chemical content in <strong>the</strong>se.<br />
Idea catalogue A <strong>to</strong>tal of 41 cleaner technology options are reported in <strong>the</strong> Idea catalogue Part<br />
2, and some are described in more detail in Part 3.<br />
Implementation projects Quite good possibilities are seen for every one of <strong>the</strong> above categories, and<br />
possible case examples are found within <strong>the</strong> 30 companies. Three implementation<br />
projects have been initiated comprising some of <strong>the</strong> most beneficial<br />
options. One of <strong>the</strong>se have been successfully finalized. The implementation<br />
projects are described in Part 4.<br />
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