993 resultados para Hospitais – Eliminação de resíduos
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The focus of this research study were gas exchange between soil and atmosphere of nitrous oxide (N2O) between different fertilization treatments Corn The research, conducted in the experimental field Dedelow - Brandenburg / Germany, analyzed three different fertilization treatments, aiming to quantify GHE emissions, to identify the influence of the residue of biogas in the release of these gases process in agricultural soils in search for a solution fertilization less harmful to the environment and the greenhouse effect , based on the comparison of three treatments: organic fertilization, mineral fertilization and no fertilization. It was found through the analysis of the measurements that the first was the one which issued N2O, showing that even though coming from the residue of biogas , when returned to the soil, it becomes harmful to the environment and global warming . The cultivation of energy crops can lower or raise the emissions of greenhouse gases, so it is necessary for further research on this question not only in Germany , where such research is in continuity, but also in Brazil, a pioneer in the introduction to his energy matrix of a biofuel produced from cane sugar
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This project aimed to analyze the feasibility of the methane yield associated to the anaerobic digestion of brewery residues, checking whether the energetic balance of the system is favorable. The methane yield efficiency was calculated for the parameters of two papers that treated solids with a particle-size <1mm. Theses solids are not degraded in conventional treatment systems. Calculations were based in the reactions of anaerobic degradation of the macromolecules that compose brewery residues, considering the theoretical production and the effective production of methane. The results were 50.44% and 52.86%. Regarding to the energy balance of the anaerobic treatment, we noted the high influence of the selection and operating regime of electrical equipment over the potential energy. The best situation, in which the energetic self-sufficiency was reached, was observed when using the mixer under an intermittent regime (1min/h), without employing the heating recirculator, for the maximum organic loading of 4.0 gVS/L.day (days 248-258). In this case, the system would generate an amount of energy equal to 0.0356 kWh/day, able to overcome the energy required by the equipment in about 6.5 times. Moreover, we also noted the interference of the application of different solid loadings in the reactors, once the application of the higher organic load generated 5 times more energy than the application of the smaller one
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The present study aimed to analyze how develops the reverse logistics process applied in electrical and electronic products. Such analysis was obtained through literature search and with the completion of a case study, which was developed at the company's Oxil Reverse Manufacture, showing the advantages obtained as well as the difficulties faced in the implementation of the reverse logistics process. The development of this research shows its importance in so far as the residues generated by electronic components, which are one of the most harmful to the environment and harmful to human health, highly possessing heavy metals and non-biodegradable materials in their composition. In this way, the components collected from this activity, should be properly recycled, reused and finally housed in suitable location, these steps that are part of the reverse logistics process
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The need to use waste from wood processing industry grows due to environmental demands imposed by laws, so like the need to introduce more competitive products in the market (it means better quality and acceptable cost) who must submit by the rational use of raw material, usually turning waste to sub products, what adds higher value for that. To this research, specific case from Ribon Company, located on Camaçari, Bahia-Brazil, has been studied. It is a treated wood producer. Bulk of monthly wood logs there is 70 m3. Its yield is 71,43%, where bulk of generated waste is monthly 20m3. As an exploitation way from generated waste, it has been suggested some options like: erosion protection to specific areas, a wildlife shelter as an henhouse etc, recreational articles, coal, linings, treadmills. However this research will give focus to the furniture design made of waste. As a conclusion, there is very much need to assign new utilizations to that sub used materials, since there is significant amount to increase company’s productive yield
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This study aimed to assess knowledge of nursing professionals (nurses, technicians and nursing assistants) on the Project Sentinel Hospitals in a state hospital in the interior of and identify the occurrence of under-reporting of hospital products and the reasons that prevented the team to notify them. This is a study of a descriptive and exploratory, held in a public hospital in the interior of which serves only patients of the Unified Health System (SUS). The study sample consisted of 245 nurses. Data analysis revealed that the majority of nurses and nursing assistants refers knowledge about Project Sentinel Hospitals. In relation to the Practical nurses less than half know Hospitals Project Sentry. Knowledge of the four spheres of Hospitals Project Sentinel is higher among nurses. Among the practical nurses and nursing assistants prevailing knowledge in the area of Pharmacovigilance. The nurses have more knowledge about the process of notification and are major notifiers. Technicians and nursing assistants are those who have greater interest in learning content as a whole Hospitals Project Sentry. The nurses were the professionals who witnessed the most under-and under-reporting associated with the fear, lack of knowledge on the subject, insecurity and lack of time. It can be concluded that the study identified the knowledge of nurses on Project Sentinel Hospitals and the procedure for notification of technical defects and adverse events related to health products as well as identify the presence of under-reporting among professionals. In addition, the study shows the importance and need for greater disclosure of the activities developed by Project Sentinel Hospitals among nursing professionals through meetings, lectures, brochures, among other outlets
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The current problematic of the construction and demolition (C&D) waste faced for the Brazilian cities, is one of the main degradation factors of the environment, over all about the promise of the urban ambient quality. This scenery must mainly to the unsustainable management adopted by the great majority of the Brazilian cities. Therefore, this work aims at to offer subsidies for medium cities, having as study object the city of Rio Claro-SP, (Brazil), in the elaboration of plans and integrated programs of sustainable management of the construction and demolition waste, in accordance with CONAMA Resolution nº 307/2002, that’s set up a sustainable management system of C&D waste. In this direction, the diagnosis of the management was elaborated for the city of Rio Claro, (generation, collects, transport and disposal) and the public administration of the construction and demolition waste, as well as of the study of the related aspects with C&D waste recycling plant. Later, was suggested a plan of improvements for the public manager of C&D waste: areas of temporary disposal to facility the appropriating destination, appropriated areas of final disposal, incentives to the recycling of C&D waste, new legislations, education and orientation programs and adequacy the agents of C&D waste management (generating, transporting, addressee and public manager), directing for an environmental, economic and social sustainability.
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Due to the large economic development associated with the growing consumerist lifestyle of our capitalist society, the problem of uncontrolled solid waste generation worsens, which one is considered to be one of the main responsible factors for environmental degradation. As a case study and in order to solve the problem of large generation of municipal solid waste, this work aims to study the “plano diretor” of Rio Claro city, São Paulo. The “plano diretor” is a municipal law that provides guidelines for the administration of the city, which include guidelines for the management of solid waste generated in the city. The guidelines required in order to write the “plano diretor” are provided by the national law “estatuto da cidade”, providing information for the planning and development of the cities, as well as the management of the urban environment. However, only the “estatuto da cidade” does not provide enough instructions for creating management plans in order to solve the many problems from the urban environment. Thus, studies have been done about urban and environmental management, to understand how municipal management plans should be structured. As a form of seeking information that can complement the “plano diretor” to the creation of policies for managing solid waste of the city, the “Política Nacional de Resíduos Sólidos”(PNRS) emerges in 2010 as a document which provides principles, objectives and guidelines to create plans for Solid Waste Management at the national, state, regional and municipal levels. Therefore, it was possible to make a joint analysis of the “plano diretor” of Rio Claro with the PNRS to identify what is already done within the municipality about the solid waste management, and identify which aspects are most significant in the municipal solid waste management that the national policy provides. Yet studies have been done on the current municipal solid waste management...
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About eighty percent of the Brazilian municipalities have their residues in environmentally unsuitable sites and socially insalubrious. In this context, in the year 2010, instituted the National Policy on Solid Residues, which aims to integrated management and management environmentally appropriate of solid residues in Brazil (JUCA, 2002).The problem of urban residues is related to its origin and production in the same way that the concept of inexhaustibility and reflexes of compromising the environment, especially the pollution of soil, air and water resources (LIMA, 1995). Seeking a better residues management in the municipality of Apuí / AM and continuing work already started, Plan Solid Residues Management of the Apuí / AM, this work came to propose a better environmental compliance in relation to solid residues compared to 12305/2010 law that established deadlines / timelines on some actions such as landfills and the consequent elimination of environmentally sound disposal of residues by 2014 and thus began a study of potential areas for the implementation of the landfill were evaluated taking into consideration technical aspects (soil, vegetation, climate, hydrography, etc), legislation and Google Earth imagery. The result of the work over the 6 areas proposed by the City Hall was the choice of AREA 4 as the most indicated for the implementation of the landfill for the city of Apuí, which has 18,325 inhabitants (IBGE, 2011); some considerations were made if a new area can be proposed by the city to implement the landfill
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With the growing world energy demand mainly from developing countries like Brazil, Russia, India and China, the search for efficient sources of energy becomes a challenge for the coming years. Among the most widely used alternative sources, biomass is the one that grows in a more pronounced way. This study will assess the real possibility of having it as a heat source in an Organic Rankine Cycle, which employ heat transfer fluids as working fluids instead of water. From a regional data collection in agricultural production and their potential rice production and the resulting husk was defined as more appropriate. The availability of husks together with an amount of eucalyptus wood, provided by a company in the region on a monthly basis, were analyzed, and the low participation of the wood was discarded by the thermal contribution of little significance. Based on this, it was established the calorific value of fuel for thermodynamic calculations and the cycle to be used. It was then carried out the choice of working fluid from the literature and their availability in the library of software used for the simulations, the Engineering Equation Solver - ESS. The fluid most appropriate for the burning of biomass, Octamethyltrisiloxane (OMTS), was not included in the software and so the R227ea and R134a were selected. After the initial parameters modeling definition, as condensing temperature, efficiency and live steam conditions, the simulations were performed, and only the R227ea remained within the feasible thermodynamic and technological ranges. With this fluid the turbine power output was 265.7 [kW] for a scenario of 24 hours/day burning, 800.3 [kW] to biomass burning for 8 hours/day and 2134 [kW] for burning only 3 hours/day. The thermal efficiency of the cycle remained in the range of 6%, and for plants operating with the most... (Complete Abstract click eletronic access below)
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With the constant increase in the municipal solid waste (MSW) generation, mainly due to the high consumption patterns, it becomes difficult to manage correctly the solid waste and thus minimize their impact on the environment. One of the most problems of the large amount of waste generated is the liquid originated from physical, chemical and biological decomposition process of organic wastes, with dark color and bad smell, called leachate: it can reach the soil, polluting the groundwater and the surface water. Therefore, this study aimed to investigate the process of coagulation/flocculation/sedimentation applied in the treatment of the leachate generated in the not controlled landfill of Presidente Prudente, Sao Paulo... (Complete abstract click electronic access below)
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In this paper we investigate the temperature variation of the mass of waste along the depth in a household waste landfill of Rio Claro - SP, São Paulo, having a climate characterized as Tropical Altitude. In this research, there were two holes in two distinct points of the landfill, with different depths and characteristics in order to fix several thermal sensors - RTDs - to record the temperature at predetermined depths. Overall, the results show the influence of temperature at depths of up to 3.0 meters (from the surface) and that it varies in a manner to stabilize at depths above 5.0 meters. The highest temperature obtained was approximately 37.5 ° C for a time of waste disposal of 7 to 10 years. The results showed the presence of organic matter (substrate) which resulted in elevated temperature resulting from biological activity
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Pós-graduação em Medicina Veterinária - FCAV
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Introdução: O adequado gerenciamento dos resíduos sólidos domiciliares (RSD) tem se estabelecido nas últimas décadas como um importante instrumento na diminuição do lixo doméstico destinados aos aterros. A compostagem doméstica e a produção de sabão a partir de óleo usado são alternativas para a reciclagem dos RSD que, ao contrário dos lixos recicláveis, não são explorados comercialmente. Assim, o ensino dessas técnicas para a comunidade pode ser uma ferramenta útil na educação ambiental, disseminando práticas que evitam a destinação final de resíduos sólidos em aterros e desenvolvendo valores para a sustentabilidade. Objetivos: Ensinar formas de reciclagem dos RSD através de técnicas de compostagem e produção de sabão a partir de óleo usado, servindo também como instrumento para promover a educação ambiental, e conscientizar a comunidade sobre a importância de um adequado gerenciamento de resíduos. Métodos: As atividades de ensino consistiram em duas partes, unindo teoria e prática, por meio da apresentação de painéis explicativos sobre compostagem, produção de sabão, e sobre as vantagens decorrentes desses processos seguida da realização das técnicas apresentadas, com a produção de sabão em barra e líquido com óleo usado, e pela montagem de pequenas composteiras em garrafões PET de 5 litros de água mineral reaproveitados. Resultados: As atividades foram realizadas em eventos abertos a sociedade de São José do Rio Preto, tais como a Semana da Tecnologia, em outubro de 2010 e a Semana do Meio Ambiente, em junho de 2011, ambas desenvolvidas no SESC (Serviço Social do Comércio) da cidade. O público foi variado, incluindo desde aposentados e donas de casa até estudantes e profissionais de diversos setores. O interesse em anotar as metodologias explicadas culminou na idéia de produzir um material impresso que contivesse as receitas de sabão (líquido e em barra), os procedimentos e dicas de como realizar a compostagem. A convite de uma escola pública, houve também a apresentação das atividades para pais de alunos e funcionários interessados em aprender as práticas para o adequado gerenciamento dos RSD, levando à discussão das possibilidades de implantação de um projeto de compostagem na própria escola.
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A poesia de Adília Lopes merece nossa atenção crítica pela singularidade com que se recorta no atual panorama literário português. Em “Louvor do lixo”, por exemplo, poema contido em sua obra A mulher-a-dias (2002), é redimensionado o papel da poeta em um mundo marcado pela entropia e por formas desgastadas de sobrevivência. Operando com imagens alusivas ao cotidiano e dotando a linguagem poética de um funcionamento desestabilizador das convenções, Adília instiga no leitor questionamentos, não apenas sobre a subjetividade poética, como também sobre uma nova concepçãode lirismo, o qual inclui em seu fazer materiais imprevisíveis, desconcertantes. Nosso propósito é analisar como a autora promove tal desconcerto, por meio de procedimentos de construção presentes no poema mencionado. O gauchismo de Adília recupera um posicionamento transgressor que, embora já patente em poéticas de vanguarda do século XX, assume novas implicações ao gerar outros efeitos de sentido. A tradição cultural, o meio familiar, os valores poéticos, o erotismo são alguns dos aspectos que estão na mira da visão corrosiva da poeta, que não receia expor a si e à própria linguagem.
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Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)