Now with the economic development and increasing people the requirement using equipment for their every day living is increased too, these are the reasons of the environmental issue and because of the people through out their solid waste around the country (provinces and cities) that it is negatively effect to the public health and environment. By understanding of this issue, the Royal of Cambodian government has cared and put out some measures as: preparing regulations for ensuring proper solid waste management with environmental safety, capacity building of skill staffs, educating people to understand the negative effectiveness of waste that will happen to themselves, the proper way of waste disposal with environmental sanitation and encouraging the involved institutions and private companies to behave regulations. This environmental guideline has been gotten by trying very hard of Ministry of Environment and COMPED organization partner, this environmental guideline on Solid Waste Management in Royal Cambodia is fully detail that can be encouraged to behave the ready prepared regulations and it is an important base to help the involved institutions especially province-city authorities and private sectors to improve their Solid Waste Management which is facing the problems and make it better in the future.
2013 | Elsevier
Concentration and distribution of PCBs, PCB 11, and PBDEs in both surficial sediment and soil samples,taken from a zone subject to recent accelerated development, were investigated to assess the environ-mental quality and understand both natural and anthropogenic processes that influence contaminantbehaviors. Values of PCB and PBDE are in the lower range of those reported in literature, typical of lowimpacted coastal zones. This could be due to efficient processes of resuspension and removal. Contami-nants in the lagoon showed higher concentrations in sediments from sites close to the city and the out-falls of the industrial area, while soils showed maximum values in the northern samples. In addition,congener patterns and statistical analyses suggest the presence of effective degradation processes, espe-cially for PBDEs, with the exception of the most concentrated samples that may indicate a direct input.PCB 11 is a significant component (up to 18\%) in most lagoon sediments. Its presence is strongly associ-ated with fine particles, thus the distribution seems to be driven mainly by the system hydrodynamic anddoes not trace the sources. Due to evaporation, only flooded agricultural soils show a similar relativeabundance of this congener
2012 | Elsevier
While assessing many different aspects of contamination by heavy metals and arsenic in sediments, the natural variability in element contents which depends on the grain-size and mineralogical composition of sediments, needs to be taken into account. In previous studies, the normalization of element contents to a reference element such as Al was commonly applied to compensate for granulometric and mineralogical effects. In the present study, through the investigation on the contamination of heavy metals and arsenic in sediments near Haiphong Harbor, the necessity of the normalization towards Al is assessed. The results indicate that before Al-normalization, the occurrences on the source and historical trend of contamination by heavy metals and arsenic can be masked by the distribution of clay (ÃŽÂ¦ < 2 ÃŽÂ¼m) or fine (ÃŽÂ¦ < 63 ÃŽÂ¼m) fractions as well as Al, Fe and organic matter. In contrast, after Al-normalization, spatial distribution of elements illustrates that Cr, Ni, Pb and Mn are enriched by the anthropogenic activities in the Haiphong industrial and harbor zone while As, Cd and Cu come from upstream sources, and Co and Zn indicate only locally-elevated contaminations. The vertical profile of elements in core sediments illustrates that the anthropogenic input of heavy metals and arsenic increased in recent years. Moreover, the assessment of the degree of contamination based on the Enrichment Factor (EF) and obtained local background values indicates a minor enrichment of all heavy metals and arsenic. This is not in line with the assessment based on the sediment quality guidelines or reference values from upper-continental or average-continental crust which states the Ã¢Â€ÂœseriousÃ¢Â€Â contamination of Cd, Pb, Cu, Zn and especially As. Therefore, the normalization to Al is necessary in interpreting the source, historical trend and degree of contamination by heavy metals and arsenic in sediments of the study area.
2011 | Health Care Without Harm
The report is divided into two sections: the first reviews the human rights in question at the global level and includes the listing of scientific references and newspaper articles.Ã‚Â Scientific articles are cited in the test in the normal way; newspaper articles are not all cited in the text, but are included to give the reader the fullest possible picture. Where possible, URLs are provided.
2011 | Health Care Without Harm
We are living in a moment in which the twin crises of public health and the environment are merging, the confluence of the two magnifying the destruc-tive power of each.Ã‚Â Ã‚Â As they run together, the crosscurrents of disease and ecological deteriora-tion build on one another, becoming increasingly turbulent and damaging forces that are tearing at the very fabric of our societies.Ã‚Â Climate change, chemical contamination, and unsustainable re-source use are all exacerbating ill-health the world over.Ã‚Â These environmental health problems are increasing pressure on, and eroding the capacity of, already thinly stretched health care systems. Meanwhile, the health sector itself is paradoxically contributing to these very environmental health problems, even as it attempts to address their impacts.Ã‚Â Through the products and technologies it deploys, the resources it consumes, the waste it generates and the buildings it constructs and operates, the health sector is a significant source of pollution around the world, and therefore an unintentional contributor to trends that undermine public health.Yet the converse is also true.Ã‚Â While there is a confluence of crises, there is also a growing convergence of solutions that foster both public health and environmental sustainability, pointing the way toward a greener, healthier future.Ã‚Â Ã‚Â
2011 | ICRC International Committee of the Red Cross
The world is generating more and more waste and hospi-tals and health centres are no exception. Medical waste can be infectious, contain toxic chemicals and pose contamina-tion risks to both people and the environment. If patients are to receive health care and recover in safe surroundings, waste must be disposed of safely. Choosing the correct course of action for the diÃƒÂŒÃ¢Â‚Â¬erent types of waste and setting priorities are not always straightfor-ward, particularly when there is a limited budget. This manual provides guidance on what is essential and what actions are required to ensure the good management of waste.Drawing on the most up-to-date professional practice, the manual provides practical recommendations for use in the diÃƒÂŒÃ¢Â‚Â¬erent contexts where the ICRC works. It includes techni-cal sheets ready for use, ideas for training and examples of job descriptions for hospital staÃƒÂŒÃ¢Â‚Â¬ members. The guidance in this manual is applicable in resource poor countries as well as in countries where there is a more developed health infrastructure.
Realizing the threats posed by healthcare waste, the Thematic Working Group on Solid and Hazardous Waste under the Regional Forum on Environment and Health considered it as an important area for action.The 3RKH and TWGSHW share common interests on healthcare waste as their priority areas. In view of this commonality, 3RKH was tasked with the assignment of preparing a Healthcare Waste status report. The task was initiated by 3RKH with the support from ADB and TWGSHW in turn supported by the Ministry of the Environment, Japan (MOEJ). This report titled Ã¢Â€ÂœHealthcare Waste in Asia: Intuitions & InsightsÃ¢Â€Â is the outcome of the study. Understanding the liability of the study and its possible reÃƒÂ¯Ã‚Â¬Ã¢Â€Âšections on future decisions, information sources were selected with due care. Ministries and organizations related to healthcare waste were considered the key sources of information. The principal source of information was the reports and presentations of TWGSHW country representativesÃ¢Â€Â™ made during the 1st meeting of the Thematic Working Group on Solid and Hazardous Waste, 28-29 February 2008, Singapore.The core of the report consists of three Chapters, Country Reports, Global Experiences and Lessons to Learn and ÃƒÂ¯Ã‚Â¬Ã‚Ânally the Recommendations. The country reports present an overview of the country following which a proÃƒÂ¯Ã‚Â¬Ã‚Âle of the healthcare facilities in the country is provided. The succeeding section of the country report discusses the healthcare waste scenario and management in the facilities. The subsequent section presents current institutional set up and its contribution to the HCWM and the prevailing policies, regulations and legislations. The next section includes multilateral and international organization involvement in HCWM.
2010 | Elsevier
The occurrence, temporal trend, sources and toxicity of PCBs and organochlorine pesticides were investigated in sediment samples from the sewer system of Hanoi City, including the rivers Nhue, To Lich, Lu, Set, Kim Nguu and the Yen So Lake. In general, the concentrations of the pollutants followed the order DDTs > PCBs > HCHs (ÃŽÂ²-HCH) > HCB. However, the pollution pattern was different for the DDTs and PCBs when the sampling locations were individually evaluated. The concentrations of the DDTs, PCBs, HCHs, and HCB ranged from 4.4 to 1100, 1.3 to 384, <0.2 to 36 and <0.2 to 22 ng/g d.w., respectively. These levels are higher than at any other location in Vietnam. Compared to measurements from 1997, the DDTs, PCBs, ÃŽÂ²-HCH and HCB levels show an increasing trend with DDT/DDE ratios, indicating very recent inputs into the environment although these persistent compounds are banned in Vietnam since 1995.
2010 | Health Care Without Harm , School of Public Health: UIC
Worldwide, pharmaceuticals save millions of lives by preventing and treating diseases, and improve the quality of life for those with a chronic condition. But these lifesaving properties come with an environmental downside. Recent widespread detection of pharmaceuticals in our waterways has generated publicconcern over the potential environmental and human health impacts associated with exposure. The unintended movement of biologically active, toxic, and hormone-disrupting compounds from pharmaceuticals to wastewater effluents and drinking water sources is an international problem that has been documented and publicly reported by government experts and academic researchers for nearly two decades. Health Care Without Harm, an international nonprofit coalition with more than 450 member organizations,is the leader in effecting environmentally responsiblechanges in health care through waste minimization, safer products, and green building. The purposes of this report from the Health Care Research Collaborative are to provide an overview of known information about the life cycle of exposure pathways of pharmaceuticals in the environment, to identifythe gaps in our knowledge, and to make a series of recommendations for further research, policy discussion, and action along the pipeline of exposure pathways. The management of pharmaceuticals throughout their life cycle is a global issue. Most of the studies reported in this paper were conducted in countries other than the United States, such as Sweden, France, Germany, Italy, Canada, and China, although some studies are drawn from the United States, reflecting the global nature of this issue. This paper builds on the Natural Resources Defense CouncilÃ¢Â€Â™s review of the literature, Dosed Without Prescription, and explores additional ideas put forth by other countries that have successfully grappled with this issue.
2008 | Elsevier
The causes for the failure in enforcement of environmental regulations at the Giap Lai pyrite mine in northern Vietnam are considered and the environmental impacts that are associated with this mine are evaluated. It is shown that sulphide-rich tailings and waste rock in the mining area represent significant sources of acid rock drainage (ARD). The ARD is causing elevated metal levels in downstream water bodies, which in turn, represent a threat to both human health and to aquatic ecosystems. Metal concentrations in impacted surface waters have increased after mine closure, suggesting that impacts are becoming progressively more serious. No post-closure, remediation measures have been applied at the mine, in spite of the existence of environmental legislation and both central and regional institutions charged with environmental supervision and control. The research presented here provides further emphasis for the recommendation that, while government institutions may need to be strengthened, and environmental regulations need to be in place, true on the ground improvement in environmental quality in Vietnam and in many other developing countries require an increased focus on promoting public awareness of industrial environmental issues.