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Anais - 5º Congresso Sul-Americano de Resíduos Sólidos e Sustentabilidade最新文献

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A COLETA SELETIVA FRENTE AS MUDANÇAS CLIMÁTICAS: AÇÕES EM UMA INSTITUIÇÃO DE ENSINO SUPERIOR 气候变化前的选择性收集:高等教育机构的行动
Pub Date : 2022-05-18 DOI: 10.55449/conresol.5.22.xiii-013
E. Romão, Ana Zelia Yamamoto, M. Kasemodel, H. Andrade
It is important to develop sustainable development practices within Higher Education Institutions (HEI) with the participation of the entire academic community professors, students and civil servants. Actions such as solid waste management can contribute to the reduction of the Carbon Footprint (CF). The carbon footprint is a measure of the amount of carbon dioxide emissions that reveals the behavior of the academic community/human behavior in the face of climate change. In this way, this work aims to show the process of implementing a selective collection program in an HEI with the objective of raising awareness and sensitizing the community and the institution about its role towards the environment and society. Initial actions developed in the project showed the importance of dissemination and environmental education work as a way of achieving results and raising the awareness of all involved. It is expected that the actions carried out on a daily basis can stimulate innovation and the development of policies aimed at more sustainable consumption.
重要的是在整个学术界教授、学生和公务员的参与下,在高等教育机构(HEI)内制定可持续发展做法。固体废物管理等行动可有助于减少碳足迹。碳足迹是对二氧化碳排放量的测量,它揭示了学术界/人类在面对气候变化时的行为。通过这种方式,本作品旨在展示在高等教育机构中实施选择性收集计划的过程,目的是提高社区和机构对其在环境和社会中的作用的认识和敏感性。该项目的初步行动表明,传播和环境教育工作是取得成果和提高所有有关人员认识的重要途径。预计每天开展的行动可以刺激创新和制定旨在实现更可持续消费的政策。
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引用次数: 1
AVALIAÇÃO DE PARTIDA DE SISTEMA MBBR TRATANDO ESGOTO SANITÁRIO EM FORTALEZA-CE – ESCALA PILOTO 福塔莱萨MBBR污水处理系统启动评估-试点规模
Pub Date : 2022-05-18 DOI: 10.55449/conresol.5.22.xv-014
I. Freitas, Silvio Rollemberg, T. Ferreira, Donaldo Nascimento, Vinicius Caldas
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引用次数: 0
CARACTERIZAÇÃO FÍSICA DOS RESÍDUOS SÓLIDOS DO MUNICÍPIO DE RESTINGA SÊCA, RS RESTINGA seca, RS市固体废物的物理特征
Pub Date : 2022-05-18 DOI: 10.55449/conresol.5.22.iv-005
Stéphanie Britto, J. Soares, J. Pinto
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引用次数: 0
ECOLOGIA DE ORGANISMOS PLANCTÔNICOS: Uma revisão sobre os aspectos populacionais no litoral do nordeste 浮游生物生态学:东北海岸种群方面的综述
Pub Date : 2022-05-18 DOI: 10.55449/conresol.5.22.xv-009
A. V. Silva, Diego Araújo, M. Santos
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引用次数: 0
DIVULGAÇÃO SOBRE GESTÃO DE RESIDUOS EM PROPRIEDADES RURAIS ATRAVES DE PODCASTS 透过播客推广乡郊物业的废物管理
Pub Date : 2022-05-18 DOI: 10.55449/conresol.5.22.iii-018
Maria Laura Silva, A. Barata, Débora Sutero, R. Alves
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引用次数: 0
Produção de biogás a partir da codigestão de resíduos orgânicos domiciliares com dejeto de aves 家庭有机废物与家禽粪便共消化产生沼气
Pub Date : 2022-05-18 DOI: 10.55449/conresol.5.22.xv-002
L. Silva, J. Rosário, J. Soares
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引用次数: 0
Casca de Arroz como Biossorvente de Glifosato em Áreas de Plantio de Arroz Irrigado – Resultados Preliminares 稻壳作为草甘膦生物吸附剂在灌溉水稻种植区的初步结果
Pub Date : 2022-05-18 DOI: 10.55449/conresol.5.22.xv-011
L. Rossi, N. Schröder, R. Oliveira
In Rio Grande do Sul, as one of the largest producers and the largest processor of national rice, 22 chemical products of different toxicological classes are available and recommended for the control of weeds in rice cultivation under the irrigated system. For this, glyphosate has been used, which is a post-emergence herbicide used after the emergence of weeds in the crop. In this case, in addition to the environmental concern regarding the use of pesticides, there is also the issue of the generation of residues from agro-industries. Using them as biosorbents is one way to reduce their environmental impact. In view of the above, the objective of this work was to demonstrate the deleterious effects of the agricultural pesticide glyphosate on the environment, as well as to propose a solution to mitigate the environmental impacts of its use by making use of rice husk acting as a biosorbent, in the decontamination of soil and water of rice planting areas under the flood system. Rice husk residues (in natura) and the soil used in the experimental areas were obtained from irrigated rice producers. In order to simulate the conditions of a rice field, three experimental stations were implanted. In AREA 01, 55 g of biosorbent were added (height of 0.5 cm). In AREA 02, 90 g (height of 1.0 cm) were added and in AREA 03, 110 g (1.5 cm of height) were added. The mixture of the liquid used in the experiment was 125 mL of glyphosate and 125 mL of water and was applied with a spray bottle. The concentration of glyphosate in the liquid mixture applied to the areas was 410.5 g/L, respecting the time of one day. And each experimental area received 83 mL of this mixture. The analysis of the assays for the determination of adsorption of glyphosate in the biosorbent were carried out by Operator Assessoria e Análises Ambientais Ltda. The methodology used to determine the adsorption of glyphosate on rice husk was Ion Chromatography and procedures standardized by the Brazilian Association of Technical Norms – ABNT: NBR 10006/2004 Procedure for obtaining solubilized extract of solid waste and NBR 10005/2004 Procedure for obtaining leached extract of solid waste. For the analyses, four samples were sent, one being considered the white sample without the addition of glyphosate or any treatment and the others representing each experimental area. With the results it was identified that the rice husk showed glyphosate adsorption values, indicating its possible use as a viable method of glyphosate removal.
在南巴西格兰德州,作为全国最大的水稻生产和加工地区之一,有22种不同毒理等级的化学产品可供使用,并推荐用于控制灌溉系统下水稻种植中的杂草。为此,使用了草甘膦,这是一种出现后的除草剂,在作物中出现杂草后使用。在这种情况下,除了使用农药的环境问题外,还有农用工业产生残留物的问题。将它们用作生物吸附剂是减少它们对环境影响的一种方法。综上所述,本研究旨在证明农业农药草甘膦对环境的有害影响,并提出一种解决方案,利用稻壳作为生物吸附剂,在洪水系统下对水稻种植区的土壤和水进行净化,以减轻使用草甘膦对环境的影响。稻壳残留物(自然)和实验区使用的土壤均来自灌溉水稻生产者。为了模拟稻田条件,设置了3个试验台。在AREA 01中,添加55 g生物吸附剂(高度0.5 cm)。在02区添加90 g(高1.0 cm),在03区添加110 g(高1.5 cm)。实验所用液体为125 mL草甘膦和125 mL水的混合物,用喷雾瓶喷洒。以1天为单位,施用区域的混合液中草甘膦浓度为410.5 g/L。每个实验区都加入83毫升这种混合物。测定草甘膦在生物吸附剂中的吸附量的分析由Operator Assessoria e Análises Ambientais Ltda进行。测定稻壳上草甘膦吸附的方法是离子色谱法和巴西技术规范协会标准化的程序- ABNT: NBR 10006/2004固体废物溶解萃取物的获得程序和NBR 10005/2004固体废物浸出萃取物的获得程序。为了进行分析,送出了四个样本,一个被认为是没有添加草甘膦或任何处理的白色样本,其他的代表每个实验区。实验结果表明,稻壳具有一定的草甘膦吸附值,是一种去除草甘膦的可行方法。
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引用次数: 0
A análise gravimétrica dos resíduos de uma escola como ferramenta de planejamento e desenvolvimento da educação ambiental: estudo de caso 学校废物的重量分析作为环境教育规划和发展的工具:案例研究
Pub Date : 2022-05-18 DOI: 10.55449/conresol.5.22.iii-006
L. Toledo, B. Rodrigues
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引用次数: 0
Levantamento de dados para Gestão de Reaproveitamento dos Resíduos da Arborização urbana no Município de são Bernardo do Campo sao Bernardo do Campo市城市林业废物再利用管理的数据收集
Pub Date : 2022-05-18 DOI: 10.55449/conresol.5.22.iv-006
Leda Nelo
There is a great demand for the reduction of solid urban waste issues at the national level, which includes urban pruning waste. There are no specific laws and guidelines directed to pruning waste, thus falling under the urban general cleaning laws. The green material from pruning generates a large volume of waste, and it is necessary to seek possibilities and resources to reuse this organic waste. Through technical feasibility, sustainability, and reuse, promote the minimization and make environmentally correct disposal. Urban afforestation, as a relevant element in the urban plan of a municipality, is beneficial to all qualities of life, and the waste it generates is an abundant, sustainable raw material with a wide variation of use. To adequately work these residues, sustainable management is needed. The use of pruning residues is a low-cost resource, advantageous because of its arboreal variety of applications. To develop a management plan for the reuse of pruning residues that can better exploit the organic input, contributing to the environmental, social, and economic aspects. To create solutions that allow integrated actions, generating work, learning, income, and economy to the municipality, along with environmental education. The management as a form of reuse is the valorization device of all this material. It is the stimulus to sustainable development and the insertion of the look for the renewal of what can be reused. Adding value and, in an economic and combined way, increasing the capacity as organic raw material, providing ecological actions for the municipality and society. Awareness and efforts are needed by the city government and society in general regarding the benefits of reuse and use of urban pruning inputs.
在国家一级对减少城市固体废物问题有很大的需求,其中包括城市修剪废物。没有针对修剪废物的具体法律和指导方针,因此属于城市一般清洁法。修剪产生的绿色材料产生了大量的废物,有必要寻求再利用这些有机废物的可能性和资源。通过技术上的可行性、可持续性和再利用性,促进最小化和环境正确的处置。城市绿化,作为城市规划的一个相关元素,有利于提高生活质量,它产生的废物是一种丰富的、可持续的原材料,具有广泛的用途。为了充分处理这些残留物,需要可持续的管理。利用修剪残留物是一种低成本的资源,其优势在于其在树木中的多种应用。制定修剪残留物再利用的管理计划,以更好地利用有机投入,为环境,社会和经济方面做出贡献。创造解决方案,允许采取综合行动,为市政当局创造工作、学习、收入和经济,以及环境教育。作为一种再利用形式的管理是所有这些材料的增值装置。它是对可持续发展的刺激和对可重复使用的东西的更新的寻求的插入。以经济和综合的方式增加价值,增加作为有机原料的能力,为市政当局和社会提供生态行动。城市政府和整个社会都需要意识到再利用和利用城市修剪投入的好处,并为此做出努力。
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引用次数: 0
Utilização de resíduos de garrafas de vidro long neck em subtituição de areia em argamassa 利用废长颈玻璃瓶在砂浆中替代砂石
Pub Date : 2022-05-18 DOI: 10.55449/conresol.5.22.xv-004
Laura Donadel, Juliana Soares, Alexandre Swarowsky
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Anais - 5º Congresso Sul-Americano de Resíduos Sólidos e Sustentabilidade
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