The Experts below are selected from a list of 19362 Experts worldwide ranked by ideXlab platform
Rubio Zamora Antonio - One of the best experts on this subject based on the ideXlab platform.
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Diseño e instalaciones auxiliares de nave agroalimentaria para almacenamiento de alcachofas y maquinaria de uso agrícola
'Universitat Politecnica de Valencia', 2017Co-Authors: Rubio Zamora AntonioAbstract:[ES] Se plantea el diseño de una nave almacén de maquinaria y herramientas para uso agroalimentario en el término municipal de Massamagrell (Valencia). La nave dispone de espacio para una cámara frigorífica de conservación de alcachofas esperando a su distribución, zona de maquinaria, almacenamiento de productos fitosanitarios y dependencias para el personal, incluyendo vestuario y oficina. La edificación diseñada es de forma rectangular, con unas dimensionas de 35 metros de largo por 15 de ancho, con una sola planta y con estructura metálica sobre cimentación de hormigón. El TFG incluye la definición y justificación de los elementos constructivos principales; del mismo modo también quedan descritos y calculadas las instalaciones eléctricas, de fontanería y saneamiento necesarias para el desarrollo de la actividad. El documento comprende memoria descriptiva, anejos de cálculo de construcción, electrotecnia e instalaciones hidráulicas. También incluye el presupuesto de los elementos descritos y los planos generales de la nave y los específicos de cada anejo.[EN] It is proposed the design of a Machinery and tools warehouse for agrifood use in the municipality of Massamagrell (Valencia). The place has space for a refrigeration chamber for the conservation of artichokes waiting for distribution, Machinery Area, phytosanitary products storage and staff dependencies, which includes changing room and office. The designed building is a rectangular shape, with 35 meters long by 15 wide, with a single floor of 6 meters of height and with metallic structure on reinforced concrete foundation. The Final Degree Project includes the definition and justification of the major constructive items. The electrical, plumbing, sanitation and refrigeration installations facilities necessary for the development of the activity are also described and calculated. The document includes descriptive memory, annexes for calculation of construction, electrical engineering, hydraulic installations and sanitation. It also includes the budget of the elements described and the general plans of the premises and the specifics of each annex.Rubio Zamora, A. (2017). Diseño e instalaciones auxiliares de nave agroalimentaria para almacenamiento de alcachofas y maquinaria de uso agrícola. http://hdl.handle.net/10251/88467.TFG
Campos Roger Sergio - One of the best experts on this subject based on the ideXlab platform.
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“Design and auxiliary warehouse facilities to store agroforestry waste and transform it into pellet
'Universitat Politecnica de Valencia', 2021Co-Authors: Campos Roger SergioAbstract:[ES] En el presente proyecto se plantea el diseño y dimensionado de una nave para la valorización de residuos agroforestales procedentes de la poda de cultivos de secano para la obtención de pellets en el municipio de Albocàsser en Castellón. La nave se emplaza en una parcela del término municipal de Albocàsser clasificada en el actual Plan General de Ordenación Urbana como suelo urbanizable industrial. La nave dispone de todos los espacios necesarios para el procesamiento de los residuos desde su entrada en planta hasta su salida convertido en pellets. Para llevar acabo todo el proceso se ha diseñado la nave y zonas auxiliares con los siguientes espacios: zona de recepción de la biomasa, zona de maquinaria para el procesado, zona de almacenaje y dependencias para el personal, incluyendo vestuarios y oficina. La edificación ha sido diseñada de planta rectangular, con 16m de ancho y 30m de longitud, con una superficie total de 480 m2, en una sola planta y con estructura metálica sobre cimentación de hormigón condicionada por el estudio geotécnico particular obtenido en el municipio de Albocàsser. El proyecto desarrolla la definición, justificación, cálculos, costes y diseño final de los elementos constructivos principales, de las instalaciones eléctricas, de la red de suministro de aguas y saneamiento de la nave necesarios para el desarrollo de la actividad. Se aportan los siguientes documentos: memoria descriptiva, anejos de justificación de la ubicación, cálculos de construcción, red de distribución de aguas, red de evacuación de aguas e instalación eléctrica. También se incluyen los planos generales y específicos de cada anejo, el presupuesto general del proyecto, el pliego de condiciones y el estudio básico de seguridad y salud.[EN] This project shows the design and size of a warehouse for the valuation of agroforestry waste which come from the pruning of dry land crops to obtain pellets in Albocàsser, Castellón. The warehouse is located on a plot of the municipality of Albocàsser classified in the current General Urban Planning Plan as industrial urban land. The warehouse has all the necessary spaces to process the waste from its entrance until the exit transformed into pellets. To accomplish the whole process, the warehouse and auxiliary Areas have been designed with the following spaces: biomass reception Area, Machinery Area for processing, storage Area and dependencies for staff, including changing rooms and an office. The building has been design with a rectangular floor plan, 16m wide and 30m length with a total Area of 480 m2, in only one floor and with a metal structure on concrete foundation conditioned by the geotechnical study obtained in the municipality of Albocàsser. The project develops the definition, justification, calculation, costs and final design of the main constructed element, electrical installations of the water supply networks and sanitation of the warehouse necessary for the development of the activity. The following documents are provided: real memory, annexes of the justification of the location, construction calculations, distribution network of water, water network, evacuation and electrical installation. It also includes the general and specific plans of each annex, the general budget of the project, solicitation documents and the basic study of security and health.Campos Roger, S. (2018). Diseño de nave e instalaciones auxiliares para almacenamiento de residuo agroforestal para su transformación a pelet. Universitat Politècnica de València. http://hdl.handle.net/10251/164782TFG
Saroj Bala Ranga - One of the best experts on this subject based on the ideXlab platform.
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prevalence of occupational noise induced hearing loss in industrial workers
Indian Journal of Otology, 2014Co-Authors: Rupender K Ranga, S P S Yadav, Ankush Yadav, Neha Yadav, Saroj Bala RangaAbstract:Introduction: Occupational noise induced hearing loss causes sensorineural hearing loss (SNHL) in industrial workers who are continuously exposed to high frequency noise due to degeneration in hair cells and associated nerve fibers. Materials and Methods: This study was conducted in 100 industrial male workers, including officials, Machinery operators, and helpers. ENT and audiometry examination were done and noise level was measured. The age, noise level, duration of exposure, type of activity, and measurement of hearing loss were co-related. Results: The workers who worked in Machinery Area were affected more when compared to official and helpers. The age group 36-40 was affected more when compared to other age groups. Conclusions: Chronic exposure to noise is common hazard in industrial workers that affect bilateral cochlea and causes high frequency SNHL with 4 kHz notch. We observed 39% industrial workers who were exposed to noise level >87.3 dBA, for 8-12 h/day in textile and hard strip rolling mills in spite of noise free machine are recommended suffered from SNHL.
Samsuddin Niza - One of the best experts on this subject based on the ideXlab platform.
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Health effects of Hevea brasiliensis wood dust exposure among furniture factory workers
Light House Polyclinic (Índia), 2019Co-Authors: Yusof, Muhammad Zubir, Hod Rozita, Noor Aizuddin Azimatun, Samsuddin NizaAbstract:Abstract: Background: Potential health impacts resulting from wood dust exposure among workers in the furniture factories have been reported in many studies. However, most of the studies focused on pine, beech, teak, oak and red western cedar. Studies on the health effects due to rubber wood (Hevea brasiliensis) dust are still lacking, thus there is a need to explore this public health issue further. This study assessed the respiratory and skin health effects among workers exposed to rubber wood dust in the furniture factory. Method: A crosssectional study was conducted among 241 workers in a furniture factory located in Peninsular Malaysia. The data was collected through face-to-face interview by using questionnaire and spirometry. Result: The level measured in the material supply and Machinery Area showed the concentration level of rubber wood dust exceeded the permissible exposure limit of 1 mg/m3. Workers exposed to rubber wood dust showed the highest prevalence of eye symptoms (n=125, 51.9%) and nasal symptoms (n=122, 50.6%). High exposed group was more likely to complain on eye symptoms (adjusted OR=3.89, 95% CI=2.03 to 7.49) and nasal symptoms (adjusted OR=2.63, 95% CI=1.41-4.91). Workers worked for ten years or greater were higher risk to have phlegm (adjusted OR=4.59, 95% CI=1.25 to 16.86) chest tightness (adjusted OR=6.33, 95% CI=2.16 to 18.53), breathlessness (adjusted OR=9.84, 95% CI=2.75 to 35.26), and eyes symptoms (adjusted OR=3.67, 95% CI=1.24 to 10.89). The high exposed group and workers who worked for ten years or greater showed decreased lung function, but only high exposed group showed statistically significant findings. Conclusion: Appropriate preventive and control measures should be implemented to protect workers in the rubber wood furniture factory
Rupender K Ranga - One of the best experts on this subject based on the ideXlab platform.
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prevalence of occupational noise induced hearing loss in industrial workers
Indian Journal of Otology, 2014Co-Authors: Rupender K Ranga, S P S Yadav, Ankush Yadav, Neha Yadav, Saroj Bala RangaAbstract:Introduction: Occupational noise induced hearing loss causes sensorineural hearing loss (SNHL) in industrial workers who are continuously exposed to high frequency noise due to degeneration in hair cells and associated nerve fibers. Materials and Methods: This study was conducted in 100 industrial male workers, including officials, Machinery operators, and helpers. ENT and audiometry examination were done and noise level was measured. The age, noise level, duration of exposure, type of activity, and measurement of hearing loss were co-related. Results: The workers who worked in Machinery Area were affected more when compared to official and helpers. The age group 36-40 was affected more when compared to other age groups. Conclusions: Chronic exposure to noise is common hazard in industrial workers that affect bilateral cochlea and causes high frequency SNHL with 4 kHz notch. We observed 39% industrial workers who were exposed to noise level >87.3 dBA, for 8-12 h/day in textile and hard strip rolling mills in spite of noise free machine are recommended suffered from SNHL.
