Andreottola G, Foladori P, Ziglio G
Department of Civil and Environmental Engineering, University of Trento, via Mesiano 77, 38100 Trento, Italy.
Water Sci Technol. 2009;60(5):1117-25. doi: 10.2166/wst.2009.551.
The treatment of winery wastewater can realised using several biological processes based both on aerobic or anaerobic systems using suspended biomass or biofilms. Several systems are currently offered by technology providers and current research envisages the availability of new promising technologies for winery wastewater treatment. The present paper intends to present a brief state of the art of the existing status and advances in biological treatment of winery wastewater in the last decade, considering both lab, pilot and full-scale studies. Advantages, drawbacks, applied organic loads, removal efficiency and emerging aspects of the main biological treatments were considered and compared. Nevertheless in most treatments the COD removal efficiency was around 90-95% (remaining COD is due to the un-biodegradable soluble fraction), the applied organic loads are very different depending on the applied technology, varying for an order of magnitude. Applied organic loads are higher in biofilm systems than in suspended biomass while anaerobic biofilm processes have the smaller footprint but in general a higher level of complexity.
葡萄酒厂废水的处理可以通过几种基于好氧或厌氧系统的生物工艺来实现,这些系统使用悬浮生物质或生物膜。目前技术供应商提供了多种系统,当前的研究设想有新的、有前景的葡萄酒厂废水处理技术。本文旨在简要介绍过去十年葡萄酒厂废水生物处理的现有状况和进展,同时考虑实验室、中试和全规模研究。对主要生物处理方法的优点、缺点、应用的有机负荷、去除效率和新出现的方面进行了考虑和比较。然而,在大多数处理中,化学需氧量(COD)的去除效率约为90%-95%(剩余的COD是由于不可生物降解的可溶部分),根据应用的技术不同,应用的有机负荷差异很大,相差一个数量级。生物膜系统中的应用有机负荷高于悬浮生物质系统,而厌氧生物膜工艺占地面积较小,但总体上复杂度较高。