13.07.2015 Views

Proceedings Volume 2010 (format .pdf) - SimpBTH

Proceedings Volume 2010 (format .pdf) - SimpBTH

Proceedings Volume 2010 (format .pdf) - SimpBTH

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.

THE ENVIRONMENTAL IMPACT OF VITICULTURE: INFLUENCE OFTHE BIOFERTILIZER ON PRUNING AND WINE WASTESIVČEV BRANISLAVA (1) , LALEVIĆ BLAŽO (2) , PETROVIĆ NEVENA (1) , RAIČEVIĆVERA (2) , RANKOVIĆ-VASIĆ ZORICA (1)(1) Belgrade Univesrity, Faculty of Agriculture, Department of Viticulture,(2) Department of MikrobiologyandNemanjina 6 11081 Zemun - BelgardeABSTRACTThe global wine and table grape industry, with annual sales exceeding US$100 billion, generateslarge quantities of cane pruning waste each year. This pruning is usually composted or burned aswaste, often with a net cost incurred to the winery. The ‘end-use’ grapevine waste can be degraded bymicro-organisms, soil organisms or enzymes. In the European Waste Catalogue (EU, 2001)grapevine waste is indexed as plant waste and as a part of biowaste. Since grapevine waste is subjectto the aerobic treatment process, it is compost. Grapevine waste is subject to an anaerobic treatmentprocess or treated by other methods, including mixtures with other materials like grape markbefore/after treatment.The aim of this paper is to investigate quality and quantity of the compost types made of pruningwaste, grape mark, and the mixture of both. Preparation of microbiological fertilizers consists of theBacillus and Pseudomonas straining and their placement, at an adequate amount, in all assemblage.Results indicate that the microbiological biomass causes the improvement of natural degradation.Key words: pruning vinegrape, pomace, biowaste, microbiological fertilizers Bacillus,PseudomonasINTRODUCTIONSince agricultural secondary products / waste are barely used, highly-valuablesubstances, which separate during the natural or industrial procedures and whichmay be re-implemented in the production or as a supplement in human or animalnutrition, are thus ignored. Efficient extraction and commercial implementation ofthese components may help carry out sustainability of the given productionfacilities, in this case vinyards and wine cellars (Das and Singh, 2004). So, forexample, the total wine and table grapes production, with the basic value exceeding100 billion dollars, guarantees a large quantity of pruned vine every year.However, the pruned mass is frequently burned, thus increasing expenses in thevineyard. In avereage, there is about a ton (USEPE, 1995) of the pruned vine masswhile nearly 7,500,000 hectares are used for the world grape production each year(PricesSTAT-FAOSTAT). Grapes are fruit crops grown widely in many areas ofthe world and 71% of the fresh grapes produced are used for wine production.During wine making, large quantities of wastes such as grape marc (the residueafter pressing for white wines or vinification for red wines) and stalks are producedas by-products. The placing of the enormous amount of waste grape marcgenerated all over the world is an increasing problem. By processing 100 kilograms245

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

Saved successfully!

Ooh no, something went wrong!