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Risk Management and Liability Control PrinciplesApplied to Groundwater Remediation Projects

机译:适用于地下水修复项目的风险管理和责任控制原则

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By its very nature, groundwater remediation poses risks and liabilities to all stakeholders but especially tornfacility owners and operators, and their corporate entities. An understanding and appreciation of riskrnmanagement and liability control processes typically employed by owners (and their legal and riskrnadvisors) may give drillers and contractors, consultants and remediation system managers an insight intornthe reasoning behind client remediation decisions. While it is conventional wisdom that certainrnmethodologies, for example horizontal directional drilling and well installations, are intrinsically lessrnenvironmentally 'risky' than alternative systems, rarely are systematic qualitative or quantitative riskrnmanagement processes applied by consultants and contractors to test these assumptions. Typically it isrnthe owner or client who will employ the risk management and loss liability process to determine thernrelevance of specific applications. More often than not, the contractor is left wondering how and why thernclient reached a particular decision. In many, if not most cases, the application of qualitative riskrnmanagement and loss liability processes to any given environmental decision are controlled by corporaternrequirements and non-technical constraints rather than technical concerns.rnThis paper reviews one form of basic qualitative risk management as well as loss liability controlrnprinciples and their applications to ground water remediation operations and processes. A multi-level riskrnmanagement procedure (risk characterization, alternatives identification, selection, implementation, andrnmonitoring) coupled with the necessity for adequate communications, and loss-liability control conceptsrnand strategies (technical, procedural, legal and programmatic) are discussed. Although a knowledge ofrnthese risk management and loss-liability controls and analyses may not be quite a safe-harbor forrncontractors and consultants, at least some level of confidence may be gained by understanding thernprocesses that clients typically employ in making remediation or other environmental decisions based onrntechnical and non-technical issues.
机译:就其本质而言,地下水修复给所有利益相关者带来风险和责任,尤其是对熔窑设施所有者和经营者及其企业实体。对所有者(以及他们的法律顾问和风险顾问)通常采用的风险管理和责任控制流程的理解和理解,可以使司钻,承包商,顾问和补救系统管理人员对客户补救决策背后的原因有更深入的了解。传统的观点认为,某些方法(例如水平定向钻井和油井安装)在本质上比替代系统在环境上“风险”小,但很少有顾问和承包商采用系统的定性或定量风险管理过程来检验这些假设。通常,所有者或客户将采用风险管理和损失责任流程来确定特定应用程序的相关性。承包商常常会想知道客户如何以及为何做出特定决定。在很多(如果不是大多数情况下)情况下,定性风险管理和损失赔偿责任流程在任何给定的环境决策中的应用均受公司要求和非技术约束而不是技术问题的控制。本文回顾了基本定性风险管理以及损失的一种形式责任控制原则及其在地下水修复操作和过程中的应用。讨论了多层次的风险管理程序(风险表征,替代方案识别,选择,实施和监视),以及进行充分沟通的必要性以及损失责任控制的概念和策略(技术,程序,法律和程序)。尽管对这些风险管理和损失责任控制与分析的了解可能不是很安全的承包商和顾问,但是通过了解客户通常在基于技术的补救或其他环境决策中所采用的过程,至少可以获得一定程度的信心。和非技术问题。

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