Land application uses for dry flue gas desulfurization by-products: Phase 3

Dick, Warren A.; Bigham, Jerry M.; Forster, R.; Hitzhusen, Fred J.; Lal, R.; Stehouwer, Richard C.; Traina, Samuel J.; Wolfe, William E.; Haefner, Ralph J.; Rowe, Gary L.

doi:10.2172/6565

Cited by 9 publications

(2 citation statements)

References 33 publications

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“…Reports of positive FGDG effects, even in long-term studies, are regular. Such effects include plant macro and micronutrients fertilization, reclaiming soil physicochemical attributes and polluted soils, stimulation of soil microbiota activity and ecological services, control of soil and nutrient erosions, improved plant development, and increased crop yield (Dick et al, 2006;Baligar et al, 2011;Watts and Dick, 2014;Marchis et al, 2016;Panday et al, 2018;Wang and Yang, 2018;Wang et al, 2021;USEPA, 2023). Zhao et al (2019) studied the physical-chemical attributes and heavy metal contaminations after 17 years of FGDG application on sandy loam soil.…”

Section: Gypsum As By-productmentioning

confidence: 99%

Low-Cost Class a Evapotranspiration Pan for Reference Evapotranspiration Estimation in Protected and Field Environments: A Practical Approach

Tavares,

Rodrigues,

Corrêa

et al. 2024

Agricultural Sciences Unveiled: Exploring the Dynamics of Farming and Sustainability

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Atena Editora declares, for all legal purposes, that: 1. This publication constitutes only a temporary transfer of copyright, right to publication, and does not constitute joint and several liability in the creation of published manuscripts, under the terms provided for in the Law on Rights copyright (Law 9610/98), in art. 184 of the Penal Code and in art. 927 of the Civil Code; 2. Authorizes and encourages authors to sign contracts with institutional repositories, with the exclusive purpose of disseminating the work, provided that with due acknowledgment of authorship and editing and without any commercial purpose; 3. All e-books are open access, so it does not sell them on its website, partner sites, e-commerce platforms, or any other virtual or physical means, therefore, it is exempt from copyright transfers to authors; 4. All members of the editorial board are PhDs and linked to public higher education institutions, as recommended by CAPES for obtaining the Qualis book; 5. It does not transfer, commercialize or authorize the use of the authors' names and e-mails, as well as any other data from them, for any purpose other than the scope of dissemination of this work. PRESENTATIONCollection "Agricultural sciences unveiled: exploring the dynamics of farming and sustainability": a work that has as its main focus a scientific discussion through various works that compose its chapters. The purpose of the Ebook is to explore different contents linked to environmental issues in 19 chapters, tracing a contemporary theme of sustainability and the direct action of human beings in the responsibility and creation of strategies for the development of the environment. The volume will address in a categorized and interdisciplinary way works, investigations, case reports and/or reviews that go through the various areas of the environment and sustainability.It is worth mentioning that sustainability is tied to the growing demand for global progress, with the emergence of the need to expand studies that present alternative uses of the present resources in the environment in a responsible manner, without compromising the benefits and systems involved. Seeking to minimize impacts, develop environmental responsibility and strengthen sustainable growth. Thinking about development allied to sustainability involves economic, social, and cultural aspects.In this way, the work "Agricultural sciences unveiled: exploring the dynamics of farming and sustainability"" presents the foundation of the theory obtained in practice by the authors of this e-book, several professors, academics, and researchers who have arduously developed their work that will be presented here in a manner concise and didactic. The importance of this space for scientific dissemination is evidence or commitment and the structure of Atena Editors that provides us with a consolidated and trustworthy platform for researchers to expose and disseminate their results.The authors hope to contribute with relevant content to provide technical, scientific, and constructive ass...

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Section: Gypsum As By-productmentioning

confidence: 99%

Low-Cost Class a Evapotranspiration Pan for Reference Evapotranspiration Estimation in Protected and Field Environments: A Practical Approach

Tavares,

Rodrigues,

Corrêa

et al. 2024

Agricultural Sciences Unveiled: Exploring the Dynamics of Farming and Sustainability

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“…This is the result of tremendous cooperation and support by a large number of organizations including: Several researchers at The Ohio State University participated in a long-term study aimed at characterizing the physical, chemical, mineralogical and engineering properties of dry and wet FGD material and its land application , 1998, Wolfe and Cline, 1995, 1999a, 1999b). An extensive review of the state of the art for the characterization and utilization of FGD materials was performed , 1998, Dick et al, 1999a included optimum moisture content, density, compressive strength, compressibility, permeability, and swelling potential. These engineering properties were identified to be critical n the design and construction of high volume engineered fills, highway embankments and other earth structures that might be made of compacted FGD.…”

Section: A-2 Research On Utilization Of Ccpsmentioning

confidence: 99%

Coal Combustion Products Extension Program

Butalia¹,

Wolfe²

2006

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Evaluation of Sorbents for High Temperature In Situ Desulfurization of Biomass-Derived Syngas

et al. 2014

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In a preparative study, the use of different sorbent materials for in situ desulfurization of biomass derived synthesis gas is evaluated. Results of phase equilibrium calculations using FactSage version 6.4 for the H 2 S equilibrium concentration with a variation of different parameters are compared to values for the residual H 2 S content found in literature. The focus is strictly set on a high temperature, high steam application for biomass-derived syngas conditions. Possible synergistic effects between different sorbent components and deviations from simulated results are discussed subsequently. The use of copper-based sorbent material turns out to be promising due to a predicted positive impact of high steam conditions for sorption equilibria. Results for the implementation of a CaO−BaO mixed phase sorbent are confirmed, qualifying this material combination as a promising candidate for in situ application. Equilibrium calculations predict a desulfurization of syngas to a sulfur level of 2.1 ppm v H 2 S at a steam content of about 40 vol % and 820 °C which is sufficient for further catalytic gas processing applications.

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Land application uses for dry flue gas desulfurization by-products: Phase 3

Cited by 9 publications

References 33 publications

Low-Cost Class a Evapotranspiration Pan for Reference Evapotranspiration Estimation in Protected and Field Environments: A Practical Approach

Low-Cost Class a Evapotranspiration Pan for Reference Evapotranspiration Estimation in Protected and Field Environments: A Practical Approach

Coal Combustion Products Extension Program

Evaluation of Sorbents for High Temperature In Situ Desulfurization of Biomass-Derived Syngas

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