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7. Relevant Information Sources in the Vast and Complex Manure Nutrient Management Network

Author

Cortus, Erin, Kasu, Bishal, Jacquet, Jeffrey, Embertson, Nichole, Schmidt, Amy Millmier, Lim, Teng Teeh, and Heemstra, Jill

Abstract

To understand and delineate pathways for effective information transfer among professional audiences in manure nutrient management, we deployed a survey, taken by 964 professionals, addressing workforce demographics, tasks performed, and information source relevance. Findings indicate that education of industry and the public is a widespread effort among the multiple organizations represented. The average relevance of different types of information sources was consistent across various organization types. Compared to mass media sources, information sources that were technical and individual- or group-oriented in nature were more relevant to respondents representing all organization types and levels of knowledge. Opportunities exist for translation of the findings presented to other networks of entities working toward common objectives.

Published
2018

24. Quality-assured measurements of animal building emissions: particulate matter concentrations

Author

Heber, Albert J., Lim, Teng-Teeh, Ni, Ji-Qin, Tao, Pei-Chun, Schmidt, Amy M., Koziel, Jacek A., Hoff, Steven J., Jacobson, Larry D., Zhang, Yuanhui, and Baughman, Gerald B.

Subjects
Barns -- Design and construction -- Environmental aspects -- Methods -- Measurement, Air quality management -- Methods -- Environmental aspects -- Measurement, Emissions (Pollution) -- Measurement -- Methods -- Environmental aspects, Environmental services industry, Environmental issues, Science and technology
Abstract

ABSTRACT Federally funded, multistate field studies were initiated in 2002 to measure emissions of particulate matter (PM) INTRODUCTION Although several studies of total suspended particulate (TSP) concentrations have been conducted, [...]

Published
2006

41. Overview of the potential cost savings by using biogas from manure as a renewable energy source for drying corn

Author

Spajić, Robert, Tomljenović, Krunoslav, Kralik, Davor, Kovačić, Đurđica, Jovičić, Daria, Ni, Ji-Qin, Lim, Teng-Teeh, Wang, Chaoyuan, and Zhao, Lingying

Subjects
biogas energy recovery, corn drying, corn moisture content
Abstract

This paper presents an overview of two different models of corn drying technologies in Croatia. The standard technology of corn drying with a dryer powered by natural gas as an energy source is compared to with a dryer that is powered by the heat sourced from the CHP unit at the biogas plant. Through the period of 10 days the two different corn dryers were monitored. The main focus of this paper is the basic estimation and comparison of different energy sourced used in the corn per hour. (powered by the heat from the CHP unit) that has a capacity of 12.5 tons of dried corn per hour. The efficiency of the drying process was estimated based on energy consumption expressed in KW of energy, for the period of 10 days. A brief evaluation of cost reduction benefit is presented based on a drying cost per kg of corn. The inlet moisture content of the corn ranged from 17.2 % - 22.4 % at the dryer powered by natural gas. On the other hand, the efficiency of the dryer powered by the Combined Heat and Power (CHP) unit was presented through the drying of corn that had an inlet moisture content ranging from 18.9 % - 24.0 %, where significant costs reduction of 0.015 USD per kg of dried corn is recorded.

Published
2017

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