Browsing by Author "Ajimotokan, H.A."
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Item Accident Risk Factors: Case of a Manufacturing Plant(Nigerian Institute of Industrial Engineers, 2010) Adebiyi, K.A.; Ajimotokan, H.A.Item Case Study Evaluation of Health-Care Waste Challenges in Hospitals within Ilorin Metropolis.(Civil Engineering Department, University of Ilorin, Ilorin, Nigeria, 2009-08-28) Ajimotokan, H.A.; Aremu, A.S.This paper examines health-care waste (HCW) management challenges in hospitals within Ilorin metropolis of Kwara State, Nigeria. The ways by which hospitals in Ilorin, manage their HCW was evaluated using a structured questionnaire which was administered to public and private hospitals within the metropolis. About 177.67kg of wastes was found to be generated daily and the average waste generated per bed per day was 1.56kg. The management of these wastes is often poor, with a mixture of potentially infectious and non-infectious wastes being a common sight in hospital waste bins and hospital environment. The method of waste disposal is by open burning at Ita-Amo or Asa dam dumpsite. This approach is hazardous and constitutes environmental threats, increased vulnerability to potential transmission of communicable diseases and natural disasters. Treatment facility coupled with environmentally friendly recycling and recovery options are the most single effective environmental measure necessary for HCW management.Item Computer Application for the Maintenance Management of Hydropower Plant(National Centre for Hydropower Research and Development (NACHRED) and Energy Commission of Nigeria (ECN), 2010) Ajao, K.R.; Ajimotokan, H.A.Item Conservation of Conventional and Renewable Energy Sources and Their Conversion Techniques(University of Ilorin General Studies Division, 2019) Omosewo, E.O.; Olaoye, J.O.; Ajibola, T.B.; Ajimotokan, H.A.Item Engineering Education and Sustainable Development in Nigeria(Department of Civil Engineering, University of Ilorin, 2019) Ajimotokan, H.A.; Ajao, K.R.; Adebiyi, K.A.; Dainkeh, A.; Oloyede, A.A.Item Heat transfer assessment of straw bale walled room(2010) Adedeji, A.A,; Aweda, J.O.; Ajimotokan, H.A.This research work explores the thermal performance of straw bale walled building (of 0.14 W/m2K) in holistic sense, with concepts that determines the interrelation of internal and external heat gain and loss, building envelope performance, the thermal demand of occupant and the balance point. The calculation result has shown that an outdoor temperature of 17OC will balance the internal heat gain to produce a comfortable temperature of 24.5OC inside the room Considering the solar heat gain of 78.2 W/m2 at the wall surface area, the amount of balance point required has shown the insulation efficiency of the strawbale masonry with a constant temperature inside the room with time variation.Item Scanning speed influence on the physical properties of laser metal deposition of titanium alloy(Nigerian Journal of Technology, 2017) Mahamood, R.M.; Aweda, J.O.; Ajao, K.R.; Abdulkareem, S.; Ajimotokan, H.A.