Who Keeps Michigan State University Clean - Research Paper Example

 Who keep Michigan States University Area Clean? Introduction The Michigan State University (MSU) management has maintained high standards of environmental and public health over the recent decades. The initiative of keeping the institution clean is not only an achievement of the institution management but also the MSU students. In addition, the institution’s culture has also contributed a significant role towards making the institution exemplary in terms of high environmental and public health. However, institutions in other countries such as China display low levels of cleanliness. Environmental experts attribute the unclean environment to huge population and poor environmental policies and strategies. The dumpsites within the institutions cannot sufficiently support the frequency at which the population dumps waste. There are various explanations, therefore, that explain the variations in learning institutions in the US and those in other cultures such as China. Initiatives to keep Michigan States University Clean Michigan State University has various sources of solid waste that, if not managed, can present environmental, and public health challenges. Such waste sources include lecture halls, classrooms, and other halls. Administrative, faculty offices, research, and laboratory facilities are major contributors as well (Dabholkar, 2010). In addition, cafeterias, medical, and veterinary offices, transportation departments, power plants, and firms are other sources of waste to the institution. It also evident that MSU also record some wastes from demolitions, construction, and renovation activities. The University also hosts certain special events that leave the environment untidy. Some of the sources of waste listed are permanent while others are periodic in nature. MSU hosts more than three hundred and fifty lecture halls and classrooms. The numerous numbers of lecture halls indicate that it also hosts a large population of students. Moreover, the university also has over fifty classes. Consequently, the institution accumulates a lot of waste from such environments. The major types of wastes are general refuse as well as office wastes. Other forms of waste include office papers, plastic bottles, cans, and newspapers that the school management recycles to avoid accumulating. Administrative faculties and offices, on the contrary, generate toner cartridges, magazines, and corrugated board. Such materials are also recyclable to avoid waste accumulation. MSU has Olin Health Center within it, which equally generates waste. The health facility hosts many outpatients through its full service that operates for twenty-four hours a week. The center complies with regulations of the state of Michigan responsible for handling biohazard wastes. The center generates blood stained gauze as refuse, speculums, swabs, and items that have human contaminations of fluids. ULAR is responsible for the collection of such wastes while ORCBS helps in the collection of sharp contaminated items. In addition, Olin Health Center also engages a contractor who is independent to help in the disposal of expired pharmaceutical medicine. The contractor does the disposal by either sending them back to their manufacturer or following FDA regulations when disposing expired medications. Most of the waste generating sites at the university mainly produce general refuse. In the residential halls as well as University apartments, the university charges ORWM with the responsibility of collecting waste items. ORWM collects loft lumber at the end of every spring semester after which it recycles the materials. ORCBS handles maintenance wastes from residence halls that include incandescent and inflorescent tubes and those from the emergency lights such as lead acid batteries. MSU has other medical facilities off-campus. However, China has failed to secure its environments with cleanliness. Research indicates that Chinese even spit on the bus other than spitting on the road. There is little application of common sense among the Chinese students. There are drops of fingernails and hair along the college streets that demand proper waste management and disposal. Chinese streets, whether within learning institutions or outside require curio services that would help in waste disposal management and removal. Michigan State University has at least three complexes made of apartments. The three apartment complexes are Cherry Lane, University Village, and Spartan Village. The three villages generate large volumes of household wastes. Spartan village has an elaborate cleaning system, which does drop-off recycling collection on the permanent basis that goes for twenty-four hours. In the same manner, the university maintains the cleanliness of Cherry Lane and University Village using drop-off recycling collection that runs for at least three hours per week in one evening. There are companies such as Waste Management, Inc. that help promote sustainability in institutions. The University appreciates the role of other institutions in enhancing high levels of hygiene. That is possible through the “Give and Take Center” for the university apartment residents. The program compels the MSU students as well as their families to participate in various educational and household materials donations. Students should promote a culture of recycling (Johnson, 2015). Such culture among students and their families promote proper cleanliness and waste management that creates a clean MSU environment. Moreover, the university possesses a hotel and conference center that mainly generates general refuse. The general refuse idea slightly differs with that of Chinese colleges that mainly disposes industrial wastes (Johnston, 2014). The kitchen for Kellogg Hotel has three garbage disposal units. The hotel also ensures proper filtering of the kitchen gray water before releasing them into the sewage system. ORWM compacts and collects refuse from the conference center once a week. Food service facilities and cafeterias at Michigan State University also produce general refuse, frying grease and food wastes. However, such wastes do not lead to environmental degradation within the institution because the university has a garb orator in which it directs its waste materials. From that point forward, the waste materials go into the main sewage system that finally landfills them. MSU also has a transport department that disposes over two hundred batteries each year. However, the batteries are not a threat to degenerating the institution’s environment. The batteries do not pose any threat to the environment because the campus has glycol-based antifreeze equipment useful in recycling such waste batteries. Further, waste batteries management boosts from the effort by the suppliers who come to collect the already used batteries to help in managing waste materials. ORCBS are also crucial in managing the aerosol cans that would otherwise contaminate the whole environment. ORCBS does the collection of such aerosol cans at least four times a year. Moreover, the Michigan State University has a recycling surplus store that collects metal auto parts such as rotors, brake drums, and heavy steel scrap each year. The transportation department also pays for the service in which ORCBS collects used tires four times a year. The culture of maintaining a clean environment within Michigan University also considers the Grounds department. The department keeps trees, turf, streets, information signs, directional traffic, and walks in the right condition and order. The department also sees it that the campus maintains general cleanliness (Ford Research Partners, 2012). The Grounds department has a maintenance fleet of at least sixty vehicles together with equipment responsible for transportation of transport related wastes. Such waste includes cleaning auto parts residues, water-drained wastes and used oil filters. The department collects water-drained waste through its comprehensive one floor drain into its garage. Furthermore, the department also collects water-drained waste in its underground tank that has an inbuilt oil separator underground. The water goes into the university’s sewage system where an external contractor pumps it out twice a year. Conclusion Michigan State University is a clean institution with an elaborate waste disposal system. The system involves both the inputs of students and university administration as emphasized by National Purity Inc. Staff (2013). It is vital to note that the campus culture of cleanliness plays a significant role towards creating a waste-free environment that promotes high levels of environmental and public health. Chinese colleges, however, lack the culture of collective responsibility towards creating a clean environment culture. MSU have employed both individual effort as well as involving hired services for a common purpose of a waste free environment. Who keep Michigan States University Area Clean? Introduction The Michigan State University (MSU) management has maintained high standards of environmental and public health over the recent decades. The initiative of keeping the institution clean is not only an achievement of the institution management but also the MSU students. In addition, the institution’s culture has also contributed a significant role towards making the institution exemplary in terms of high environmental and public health. However, institutions in other countries such as China display low levels of cleanliness. Environmental experts attribute the unclean environment to huge population and poor environmental policies and strategies. The dumpsites within the institutions cannot sufficiently support the frequency at which the population dumps waste. There are various explanations, therefore, that explain the variations in learning institutions in the US and those in other cultures such as China. Initiatives to keep Michigan States University Clean Michigan State University has various sources of solid waste that, if not managed, can present environmental, and public health challenges. Such waste sources include lecture halls, classrooms, and other halls. Administrative, faculty offices, research, and laboratory facilities are major contributors as well (Dabholkar, 2010). In addition, cafeterias, medical, and veterinary offices, transportation departments, power plants, and firms are other sources of waste to the institution. It also evident that MSU also record some wastes from demolitions, construction, and renovation activities. The University also hosts certain special events that leave the environment untidy. Some of the sources of waste listed are permanent while others are periodic in nature. MSU hosts more than three hundred and fifty lecture halls and classrooms. The numerous numbers of lecture halls indicate that it also hosts a large population of students. Moreover, the university also has over fifty classes. Consequently, the institution accumulates a lot of waste from such environments. The major types of wastes are general refuse as well as office wastes. Other forms of waste include office papers, plastic bottles, cans, and newspapers that the school management recycles to avoid accumulating. Administrative faculties and offices, on the contrary, generate toner cartridges, magazines, and corrugated board. Such materials are also recyclable to avoid waste accumulation. MSU has Olin Health Center within it, which equally generates waste. The health facility hosts many outpatients through its full service that operates for twenty-four hours a week. The center complies with regulations of the state of Michigan responsible for handling biohazard wastes. The center generates blood stained gauze as refuse, speculums, swabs, and items that have human contaminations of fluids. ULAR is responsible for the collection of such wastes while ORCBS helps in the collection of sharp contaminated items. In addition, Olin Health Center also engages a contractor who is independent to help in the disposal of expired pharmaceutical medicine. The contractor does the disposal by either sending them back to their manufacturer or following FDA regulations when disposing expired medications. Most of the waste generating sites at the university mainly produce general refuse. In the residential halls as well as University apartments, the university charges ORWM with the responsibility of collecting waste items. ORWM collects loft lumber at the end of every spring semester after which it recycles the materials. ORCBS handles maintenance wastes from residence halls that include incandescent and inflorescent tubes and those from the emergency lights such as lead acid batteries. MSU has other medical facilities off-campus. However, China has failed to secure its environments with cleanliness. Research indicates that Chinese even spit on the bus other than spitting on the road. There is little application of common sense among the Chinese students. There are drops of fingernails and hair along the college streets that demand proper waste management and disposal. Chinese streets, whether within learning institutions or outside require curio services that would help in waste disposal management and removal. Michigan State University has at least three complexes made of apartments. The three apartment complexes are Cherry Lane, University Village, and Spartan Village. The three villages generate large volumes of household wastes. Spartan village has an elaborate cleaning system, which does drop-off recycling collection on the permanent basis that goes for twenty-four hours. In the same manner, the university maintains the cleanliness of Cherry Lane and University Village using drop-off recycling collection that runs for at least three hours per week in one evening. There are companies such as Waste Management, Inc. that help promote sustainability in institutions. The University appreciates the role of other institutions in enhancing high levels of hygiene. That is possible through the “Give and Take Center” for the university apartment residents. The program compels the MSU students as well as their families to participate in various educational and household materials donations. Students should promote a culture of recycling. Such culture among students and their families promote proper cleanliness and waste management that creates a clean MSU environment. Moreover, the university possesses a hotel and conference center that mainly generates general refuse. The general refuse idea slightly differs with that of Chinese colleges that mainly disposes industrial wastes (Johnston, 2014). The kitchen for Kellogg Hotel has three garbage disposal units. The hotel also ensures proper filtering of the kitchen gray water before releasing them into the sewage system. ORWM compacts and collects refuse from the conference center once a week. Food service facilities and cafeterias at Michigan State University also produce general refuse, frying grease and food wastes. However, such wastes do not lead to environmental degradation within the institution because the university has a garb orator in which it directs its waste materials. From that point forward, the waste materials go into the main sewage system that finally landfills them. MSU also has a transport department that disposes over two hundred batteries each year. However, the batteries are not a threat to degenerating the institution’s environment. The batteries do not pose any threat to the environment because the campus has glycol-based antifreeze equipment useful in recycling such waste batteries. Further, waste batteries management boosts from the effort by the suppliers who come to collect the already used batteries to help in managing waste materials. ORCBS are also crucial in managing the aerosol cans that would otherwise contaminate the whole environment. ORCBS does the collection of such aerosol cans at least four times a year. Moreover, the Michigan State University has a recycling surplus store that collects metal auto parts such as rotors, brake drums, and heavy steel scrap each year. The transportation department also pays for the service in which ORCBS collects used tires four times a year (Cranson, 2014). The culture of maintaining a clean environment within Michigan University also considers the Grounds department. The department keeps trees, turf, streets, information signs, directional traffic, and walks in the right condition and order. The department also sees it that the campus maintains general cleanliness (Ford Research Partners, 2012). The Grounds department has a maintenance fleet of at least sixty vehicles together with equipment responsible for transportation of transport related wastes. Such waste includes cleaning auto parts residues, water-drained wastes and used oil filters. The department collects water-drained waste through its comprehensive one floor drain into its garage. Furthermore, the department also collects water-drained waste in its underground tank that has an inbuilt oil separator underground. The water goes into the university’s sewage system where an external contractor pumps it out twice a year. Conclusion Michigan State University is a clean institution with an elaborate waste disposal system. The system involves both the inputs of students and university administration as emphasized by National Purity Inc. Staff (2013). It is vital to note that the campus culture of cleanliness plays a significant role towards creating a waste-free environment that promotes high levels of environmental and public health. Chinese colleges, however, lack the culture of collective responsibility towards creating a clean environment culture. MSU have employed both individual effort as well as involving hired services for a common purpose of a waste free environment. References Cranson, J. (2014). MDOT partners with GM, Ford and the University of Michigan on country's largest deployment of connected vehicle and highway technologies. The Michigan University. Retrieved April 6, 2015 from http://www.michigan.gov/mdot/0,4616,7-151-9620_11057-336809--,00.html Dabholkar, G. (2010). Descriptive Study of Michigan State University Waste Management and Recycling Practices and Recommendations for Improvement. Michigan: Proquest. Johnson, J. (2015). Green Conduct. Retrieved April 6, 2015 from http://greenconduct.com/blog/2012/11/06/how-to-keep-your-campus-looking-its-best/ Johnston, J. S. (2014). A Positive Political Economic Theory of Environmental Federalization. Case Western Reserve Law Review, 64(4), 1549-1617. National Purity Inc. Staff. (2013, June 20). Keeping Your Campus Clean. Retrieved April 6, 2015 from http://www.nationalpurity.com/keeping-your-campus-clean/ Waste Management, Inc. (2015). The Think Green® Campus Model helps everyone develop good sustainability practices. Retrieved April 6, 2015 from http://www.wm.com/enterprise/college-and-university/college-and-university-solutions/index.jsp Read More