Jaime Nivala – författare

Treatment Wetland Processes, Design, and Implementation presents a state-of-the-art coverage of wetlands applied to the treatment of municipal wastewater, industrial wastewater, combined sewer overflows, sludge and other sources. It builds upon the highly acclaimed previous editions of Treatment Wetlands, but includes a wealth of new information, data, concepts and approaches that are in syntony with the new developments in the field.Focusing on subsurface flow wetlands, the text has been thoroughly revised, fully updated and expanded, including a new and detailed coverage of important treatment wetland variants, such as horizontal flow, vertical flow, French vertical flow, aerated, fill-and-drain, combined sewer overflow and sludge treatment wetlands.Treatment Wetland Processes, Design, and Implementation contains a carefully planned balance between theory and practice, with a clear and didactic presentation of the main concepts, working principles, expected performance, design criteria, construction aspects, and operational guidelines of treatment wetlands with a worldwide perspective on application. The book is an essential source for novice and experienced professionals, researchers, teachers, and students across the globe.KEY FEATURESThe most comprehensive and updated book on subsurface flow treatment wetlandsAvailable in print version and as open-access e-bookWastewater treatment fundamentals applied to treatment wetland process designOver 1,000 pages with information at basic, intermediate, and advanced levelsClear and didactic color artwork, photographs, charts, and summary tablesFully executed practical design examples supported by downloadable spreadsheets

The ebook edition of this title is freely available as an Open Access text. Treatment Wetlands is the seventh volume in the Biological Wastewater Treatment series, which gives a state-of-the-art presentation of the science and technology of sewage treatment. The major variants of wetland systems are covered in this volume, namely: (i) horizontal flow wetlands; (ii) vertical flow wetlands; (iii) French vertical flow wetlands; (iv) intensified wetlands; (v) free water surface wetlands; (vi) other applications of treatment wetlands. The book presents in a clear and didactic way the main concepts, working principles, expected performance, design criteria, design examples, construction aspects and operational guidelines. The book has been written by an international team of top experts in the field of treatment wetlands.

Water quality standards across the world are being re-written to promote healthier ecosystems, ensure safe potable water sources, increased biodiversity, and enhanced ecological functions. Treatment wetlands are used for treating a variety of pollutant waters, including municipal wastewater, agricultural and urban runoff, industrial effluents, and combined sewer overflows, among others. Treatment wetlands are particularly well-suited for sustainable water management because they can cope with variable influent loads, can be constructed of local materials, have low operations and maintenance requirements compared to other treatment technologies, and they can provide additional ecosystem services. The technology has been successfully implemented in both developed and developing countries.The first IWA Scientific and Technical Report (STR) on Wetland Technology was published in 2000. With the exponential development of the technology since then, the generation of a new STR was facilitated by the IWA Task Group on Mainstreaming Wetland Technology. This STR was conceptualized and written by leading experts in the field. The new report presents the latest technology applications within an innovative planning framework of multi-purpose wetland design. It also includes practical design information collected from over twenty years of experience from practitioners and academics, covering experiments at laboratory and pilot-scale up to full-scale applications.Scientific and Technical Report No.27

Los estándares de calidad del agua alrededor del mundo están siendo actualizados para garantizar ecosistemas saludables, asegurar recursos hídricos para potabilización, incrementar la biodiversidad, y mejorar las funciones ecológicas. Los humedales para tratamiento son utilizados para depurar una variedad de aguas residuales o contaminadas, lo que incluye, aguas residuales municipales, escorrentía agrícola y urbana, efluentes industriales, y efluentes de los vertederos de excesos en alcantarillados combinados, entre otros. Los humedales para tratamiento son particularmente adecuados para la gestión sostenible del agua porque pueden manejar cargas variables en los afluentes, pueden ser construidos con materiales locales, tienen pocos requerimientos de operación y mantenimiento en comparación a otras tecnologías, y pueden proveer servicios ecosistémicos adicionales. La tecnología ha sido exitosamente implementada en países desarrollados y en vías de desarrollo.El primer Reporte Cientifico y Tecnológico (STR, por sus siglas del inglés, Scientific and Technical Report) sobre la tecnología de humedales fue publicado en el 2000. Con el desarrollo exponencial de la tecnología desde entonces, la generación de un nuevo STR fue desarrollada por el Grupo de trabajo de la IWA sobre la integración de la tecnología de humedales (IWA Task Group on Mainstreaming Wetland Technology). Este STR fue conceptualizado y escrito, junto con su traducción al castellano, por expertos líderes en la materia. Este nuevo reporte presenta las últimas aplicaciones de la tecnología dentro de un marco de planificación innovador del diseño de humedales para múltiples propósitos. También, incluye información práctica para el diseño recolectada a partir de 20 años de experiencias de profesionales y académicos, que abarca experimentos a escala de laboratorio, piloto y real.

Humedales para tratamiento es el séptimo volumen de la serie “Tratamiento biológico de aguas residuales” (en inglés “Biological Waste Water Treatment Series”), que provee una presentación de vanguardia sobre la ciencia y tecnología del tratamiento de aguas residuales. Los principales tipos de sistemas de humedales son tratados en este volumen, a saber: (i) Humedales de flujo subsuperficial horizontal, (ii) Humedales de flujo vertical; (iii) Humedales de flujo vertical tipo francés; (iv) Humedales intensificados; (v) Humedales de flujo libre; (vi) otras aplicaciones de los humedales para tratamiento. El libro presenta en forma clara y didáctica, los conceptos básicos, los principios de la tecnología, desempeños esperados, criterios de diseño, ejemplos de diseño, aspectos constructivos y guías para la operación. El libro ha sido escrito en su versión inglesa, y traducido al castellano, por un equipo internacional de expertos en el campo de los humedales para tratamiento.

The book addresses urban transformations towards sustainability in light of challenges of global urbanization processes and the consequences of global environmental change. The aim is to show that urban transformations only succeed if both innovative scientific solutions and practice-oriented governance approaches are developed. This assumption is addressed by providing theoretical insights and empirical evidence pointing particularly at 3 concepts or qualities which are determined here as being central for achieving urban sustainability: resource efficiency, quality of life and resilience. Urban case studies from several international research projects illustrate our conceptual approach of urban transformations towards sustainable development. Thus, the book reaches far beyond a mere additive description of single case studies. It incorporates the results of condensed synthesis, resulting from comparisons and evaluations. It provides, based on cross-cutting reflection of single casesand different scales and methods of analysis, general and transferable findings. They do not only consider the scientific sphere but deliberately go beyond it discussing transferability of knowledge into practice, governance options and the feasibility of policy strategies in order to pave the way for sustainable urban transformations to happen today and in the future.