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COLLEGE STUDENTS' ATTITUDES TOWARDS GREEN HOTEL PRACTICES
Title
COLLEGE STUDENTS' ATTITUDES TOWARDS GREEN HOTEL PRACTICES.
Creator
Perez, Elvis, Kaufman, Tammie, University of Central Florida
Abstract / Description
This research was conducted to discover college students' attitude towards green hotel practices and will be helpful to the hospitality industry to help focus their marketing efforts Based on the survey correlations between variables it appears that the people who use green practices at home are more aware of green practices when staying at a hotels. Implementing green practices into hotels will help the environment and also create a positive brand image and loyalty from guests. The movement...
Show moreThis research was conducted to discover college students' attitude towards green hotel practices and will be helpful to the hospitality industry to help focus their marketing efforts Based on the survey correlations between variables it appears that the people who use green practices at home are more aware of green practices when staying at a hotels. Implementing green practices into hotels will help the environment and also create a positive brand image and loyalty from guests. The movement of "Green" benefits everyone: the employer, the employees, and the guests.
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Date Issued
2013
Identifier
CFH0004424, ucf:45100
Format
Document (PDF)
PURL
http://purl.flvc.org/ucf/fd/CFH0004424
AN INVESTIGATION INTO HOTEL EMPLOYEES' PERCEPTION OF GREEN PRACTICES
Title
AN INVESTIGATION INTO HOTEL EMPLOYEES' PERCEPTION OF GREEN PRACTICES.
Creator
Kim, Sun-Hwa, Okumus, Fevzi, University of Central Florida
Abstract / Description
This study examined how employees of the hotel industry perceived green practices. Data was collected from 220 employees working in eight green certified hotels in Orlando. Research results revealed that performance levels of green practices implemented by hotels were lower than the importance levels of those same green practices as perceived by hotel employees. The results of the study illustrated that (1) the employees' perception regarding green practices was not different than one of...
Show moreThis study examined how employees of the hotel industry perceived green practices. Data was collected from 220 employees working in eight green certified hotels in Orlando. Research results revealed that performance levels of green practices implemented by hotels were lower than the importance levels of those same green practices as perceived by hotel employees. The results of the study illustrated that (1) the employees' perception regarding green practices was not different than one of hoteliers in terms of importance and performance, and (2) employees weighted the green practices that were beneficial to them as more important than green practices that required their behavior change. Also, a positive correlation between organizational commitment and green practices detected in this study which suggests that hotel organizations may anticipate positive ramifications of green practices in relation to HR approach when they embrace green practices. Unfortunately, employees' green perceptions at work were not generalized by their demographic characteristics, yet a number of considerable results were garnered from this study. These were (1) employees in operational departments were more green conscious than employees in other departments, (2) generation X was critical about green performance by the hotels, and (3) minorities showed more green concerns than other ethnicities. This study suggests that hotels need to spend more time and effort in communicating their green practice to employees. Training to improve green practices should be versatile and job-specific with strategies developed to motivate the employees to engage in green practices. Overall, this study proposes for hotels simply deploying green practices is not enough. They should carefully plan their green practices by training and motivating employees.
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Date Issued
2009
Identifier
CFE0002908, ucf:47990
Format
Document (PDF)
PURL
http://purl.flvc.org/ucf/fd/CFE0002908
Functional Characterization of Green Sorption Media and Scaling of Pilot Studies for Copper Removal in Stormwater Runoff
Title
Functional Characterization of Green Sorption Media and Scaling of Pilot Studies for Copper Removal in Stormwater Runoff.
Creator
Houmann, Cameron, Chang, Ni-bin, Wanielista, Martin, Lee, Woo Hyoung, University of Central Florida
Abstract / Description
Green adsorption media with the inclusion of renewable and recycled materials can be applied as a stormwater best management practice for copper removal. A green adsorption media mixture composed of recycled tire chunk, expanded clay aggregate, and coconut coir was physicochemically evaluated for its potential use in an upflow media filter. The results found that the use of the green adsorption media mixture in isolation or the coconut coir with an expanded clay filtration chamber could be an...
Show moreGreen adsorption media with the inclusion of renewable and recycled materials can be applied as a stormwater best management practice for copper removal. A green adsorption media mixture composed of recycled tire chunk, expanded clay aggregate, and coconut coir was physicochemically evaluated for its potential use in an upflow media filter. The results found that the use of the green adsorption media mixture in isolation or the coconut coir with an expanded clay filtration chamber could be an effective and reliable stormwater best management practice for copper removal. A suite of tests were conducted on the media mixture and the individual media components including studies of isotherm, reaction kinetics, column adsorption and reaction kinetics. Batch adsorption tests revealed that the media and media mixture follow both the Freundlich and Langmuir isotherm models and that the coconut coir had the highest affinity for copper. A screening of desorbing agents revealed that hydrochloric acid has good potential for copper desorption, while batch tests for desorption with hydrochloric acid as the desorbing agent showed the data fit the Freundlich isotherm model. Reaction kinetics revealed that the adsorption reaction took less than 1 hour to reach equilibrium and that it followed pseudo-second order kinetics for the mixture and coconut. Desorption kinetic data had high correlation with the pseudo-second order model and revealed a rapid desorption reaction. Batch equilibrium data over 3 adsorption/desorption cycles found that the coconut coir and media mixture were the most resilient and demonstrated that they could be used through 3 or more adsorption/desorption cycles. The coconut coir also performed the best under dynamic conditions, having an equilibrium uptake of 1.63 mg?g-1, compared to 0.021 mg?g-1 at an influent concentration of 1.0 mg?L-1 and a hydraulic retention time of 30 minutes. A physical evaluation of the media found the macro-scale properties, such as particle size distribution and mass-volume relationships, and observed the micro-scale properties such as surface and pore microstructures, crystalline structures, and elemental composition. FE-SEM imaging found a strong correlation between the porosity of the micro pore structure and the adsorptive capacity. The equilibrium and dynamic adsorption testing results were confirmed by elemental analysis, which showed measureable quantities of copper in the coconut coir and media mixture after adsorption followed by partial desorption. A new scaling-up theory was developed through a joint consideration of the Damk(&)#246;hler and P(&)#233;clet numbers for a constant media particle size such that a balance between transport-controlled and reaction-controlled kinetics can be harmonized. A series of column breakthrough tests at varying hydraulic residence times revealed a clear peak adsorptive capacity for the media mixture at a Damk(&)#246;hler number of 2.7. The P(&)#233;clet numbers for the column breakthrough tests indicated that mechanical dispersion is an important effect that requires further consideration in the scaling-up process. However, perfect similitude of the Damk(&)#246;hler number cannot be maintained for a constant media particle size, and relaxation of hydrodynamic similitude through variation of the P(&)#233;clet number must occur.
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Date Issued
2015
Identifier
CFE0005630, ucf:50205
Format
Document (PDF)
PURL
http://purl.flvc.org/ucf/fd/CFE0005630