scholarly journals Taiwan unlawful remediation approach

2018 ◽  
Vol 1 (3) ◽  
Author(s):  
T Y TEH ◽  
Minhao Wu ◽  
Yp Peng ◽  
Kf Chen

Soil and groundwater remediation act has been enacted and executed since year 2000 in Taiwan.  It has been ten good years till today where lots of remediation techniques progressively employed to improve Taiwan soil and groundwater resource quality.  Regulatory agencies, academia, remediation consulting firms, on-site professional engineers all have contribute the proud ten years in terms of soil and groundwater clean-up contribution.  However, some of technologies were un-environmental friendly even detrimental and damage to Taiwan precious soil and groundwater resources.  In Article one of the current Taiwan soil and groundwater Act, it clearly stated that soil is a precious nature resources.  Soil definitely is not a waste, shame on us most of current most commonly employed remediation are unlawful and merely aiming to save time and money consideration without any care to our land.  Dig-and-dump and soil acid washing are damaged employed in almost every single local environment agency soil clean-up project.  Lot of money, effort and time has been spent during past ten years.  Most of the spending is not improving soil quality using Green approach.

Author(s):  
Chris Jarvis ◽  
John Kupiec

This chapter highlights the importance that the Environment Agency places on the provision of information and the key part it plays in achieving environmental goals, an importance that is recognised in a range of national, European and international laws and agreements. The Agency is seeking to ensure that it meets the “letter” and, importantly, the spirit of all relevant legislation. To this end, our vision is environmental information freely available to all – quickly and easily, where and when people want it, and in a format to meet particular needs. The opportunities that present themselves in today’s “Information Age” are exciting and the potential to lever environmental benefit is great. The Agency’s track record in this field is already considerable, with five years’ experience of providing key environmental datasets through “What’s in Your Backyard?” – a GIS, Internet based national portal (www.environment-agency.gov.uk). This system has been developed and extended to include a pollution inventory, flood plain maps, landfill sites and a range of other data layers. Members of the public can find information from a national level, right down to their local environment: locating areas of interest by postcode or place name, displaying data to a chosen scale, formulating individual queries on the datasets, gaining background on information of interest, and downloading data for their own use off-line. The key components in establishing such services are people, data and technical infrastructure. The Environment Agency’s National Centre for Environmental Data & Surveillance has developed a conceptual architecture within which these components can be effectively managed and brought to bear on the processes of delivering timely data and information products. This is a challenging task within large administrations where data collection, management and storage are widely distributed both geographically and organisationally. Experience to date has shown the approach to be flexible, reliable and scalable. We have also developed our understanding of why people want information and how they want to access it – and importantly why some people do not see the relevance of environmental information to them. We have therefore formulated a strategy to improve the flexibility and response of the services we provide. This strategy also includes developing highly tailored information services that feed off the same base datasets. The Agency has recently piloted just such a service aimed at residential house purchasers. This is an e-business service accessible by solicitors over the Internet, with individually tailored environmental reports generated and delivered in real time. There is the potential to develop similar tailored services wherever environmental information is, or should be, a key part of business activities and decisions. Future development will therefore not solely be making more information available in an electronic format. Information must be made relevant to particular needs at particular times. Citizens must be made aware of the wider environmental impacts of their consumer choices and the implications to themselves and others. They must also understand the real effect of the environment on their daily lives and why it is in their interest to be interested.


2004 ◽  
Vol 36 (1) ◽  
pp. 360
Author(s):  
Κ. Κιτσόπουλος ◽  
Χ. Γιαννούλης ◽  
Ε. Χαϊδευτού

The present work in/estigates the ongoing development and the shaping of the relationship of the Mining Industry of Greece with the Press, mainly in national and in some cases in local environment too. The time span of this investigation covers the period form the mid 80's to the year 2000. The paper covers most of the main and traditional mining commodities of Greece. Following an introduction of the industry, the results of the assessment of 178 articles are presented for the commodities studied. The assessment was carried out in terms of the number of articles referred to each commodity, the coverage (national or local) by the publishing agent, usually a newspaper, the "geography" of the articles, the existence of an author signing each article or not and his/her specialty, the positive or the negative attitude and the relevant image which is pictured by the article, the soundness and the validity of the information given, and the reference in other relevant issues such as the environment, financial and political matters, legislation etc.


2011 ◽  
pp. 613-621
Author(s):  
Chris Jarvis ◽  
John Kupiec

This chapter highlights the importance that the Environment Agency places on the provision of information and the key part it plays in achieving environmental goals, an importance that is recognised in a range of national, European and international laws and agreements. The Agency is seeking to ensure that it meets the “letter” and, importantly, the spirit of all relevant legislation. To this end, our vision is environmental information freely available to all – quickly and easily, where and when people want it, and in a format to meet particular needs. The opportunities that present themselves in today’s “Information Age” are exciting and the potential to lever environmental benefit is great. The Agency’s track record in this field is already considerable, with five years’ experience of providing key environmental datasets through “What’s in Your Backyard?” – a GIS, Internet based national portal (www.environment-agency.gov.uk). This system has been developed and extended to include a pollution inventory, flood plain maps, landfill sites and a range of other data layers. Members of the public can find information from a national level, right down to their local environment: locating areas of interest by postcode or place name, displaying data to a chosen scale, formulating individual queries on the datasets, gaining background on information of interest, and downloading data for their own use off-line. The key components in establishing such services are people, data and technical infrastructure. The Environment Agency’s National Centre for Environmental Data & Surveillance has developed a conceptual architecture within which these components can be effectively managed and brought to bear on the processes of delivering timely data and information products. This is a challenging task within large administrations where data collection, management and storage are widely distributed both geographically and organisationally. Experience to date has shown the approach to be flexible, reliable and scalable. We have also developed our understanding of why people want information and how they want to access it – and importantly why some people do not see the relevance of environmental information to them. We have therefore formulated a strategy to improve the flexibility and response of the services we provide. This strategy also includes developing highly tailored information services that feed off the same base datasets. The Agency has recently piloted just such a service aimed at residential house purchasers. This is an e-business service accessible by solicitors over the Internet, with individually tailored environmental reports generated and delivered in real time. There is the potential to develop similar tailored services wherever environmental information is, or should be, a key part of business activities and decisions. Future development will therefore not solely be making more information available in an electronic format. Information must be made relevant to particular needs at particular times. Citizens must be made aware of the wider environmental impacts of their consumer choices and the implications to themselves and others. They must also understand the real effect of the environment on their daily lives and why it is in their interest to be interested.


Author(s):  
R. Daniel Kelemen ◽  
Giandomenico Majone

This chapter examines why European Union agencies have been created and what impact they are having on European governance. It begins with a discussion of theories that explain law-makersʼ design choices and the increasing popularity of European agencies, focusing on delegation and policy credibility, the politics of agency design, and legal obstacles to delegation. It then looks at the development and operation of three regulatory agencies: the European Environment Agency, the European Medicines Agency, and the European Food Safety Authority. It also considers issues regarding the EU agenciesʼ independence and accountability before concluding with an analysis of the model in which an EU agency serves as the coordinating hub of a network of national regulatory authorities.


2013 ◽  
Vol 8 (2) ◽  
pp. 304-314 ◽  
Author(s):  
Wenxi Lu ◽  
Haibo Chu ◽  
Ying Zhao ◽  
Jiannan Luo

Spillage of large amounts of Denser Nonaqueous Phase Liquids (DNAPLs) had resulted in serious pollution of groundwater resources throughout the world; a large number of studies had demonstrated surfactant-enhanced remediation is a more effective approach to remediate DNAPLs contaminations. In this paper, the remediation optimization process was carried out in three steps. Firstly, a water-oil-surfactant simulation model had been firstly established to simulate a surfactant enhanced aquifer remediation process. The Kriging surrogate model had been developed to get a similar input–output relationship with simulation model. In the final, a nonlinear optimization model was formulated for the minimum cost, and Kriging surrogate model had been embedded into the optimization model as a constrained condition. What is more, simulated annealing method was used to solve the optimization model and give the optimal Surfactant-Enhanced Aquifer Remediation strategy. The results showed Kriging surrogate model had reduced computational burden and make the optimization model easy to solve, and the optimal strategies gave an effective guide to contaminants remediation process.


Water ◽  
2020 ◽  
Vol 12 (12) ◽  
pp. 3476
Author(s):  
Abdessamad Tiouiouine ◽  
Meryem Jabrane ◽  
Ilias Kacimi ◽  
Moad Morarech ◽  
Tarik Bouramtane ◽  
...  

In France, the data resulting from monitoring water intended for human consumption are integrated into a national database called SISE-Eaux, a useful and relevant tool for studying the quality of raw and distributed water. A previous study carried out on all the data from the Provence-Alpes-Côte d’Azur (PACA) region in south-eastern France (1061 sampling points, 5295 analyses and 15 parameters) revealed that the dilution of the information in a heterogeneous environment constitutes an obstacle to the analysis of ongoing processes that are sources of variability. In this article, cross-referencing this information with the compartmentalization into groundwater bodies (MESO) provides a hydrogeological constraint on the dataset that can help to better define more homogeneous subsets and improve the interpretation. The approach involves three steps: (1) A principal component analysis conducted on the whole dataset aimed at eliminating information redundancy; (2) an unsupervised grouping of groundwater bodies having similar sources of variability; (3) a principal component analysis carried out within the main groups and sub-groups identified, aiming to define and prioritize the sources of variability and the associated processes. The results supported by discriminant analysis and machine learning show that the grouping of MESO is the best-suited scale to study ongoing processes due to greater homogeneity. One of the eight main groups identified in PACA, corresponding to the accompanying aquifers of the main rivers, is analyzed by way of illustration. Water–rock interactions, redox processes and their effects on the release of metals, arsenic and fecal contamination along different pathways were specifically identified with varying impacts according to the subgroups. We discussed both the significance of the principal components and the mean values of the bacteriological parameters, which provide information on the causes and on the state of contamination, respectively. Based on the results from two different groups of MESO, some guidelines in terms of a strategy for resource quality monitoring are proposed.


Water ◽  
2019 ◽  
Vol 11 (10) ◽  
pp. 2011
Author(s):  
Slobodan Simonovic

This book came as a support of the UNESCO International Hydrological Programme (IHP) activities on the International Shared Aquifer Resources Management (ISARM) project launched in the year 2000, with the goal of developing wise practices and guidance tools for the shared management of groundwater resources and to contribute to the multifaceted efforts required for global water cooperation [...]


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