首页> 外文会议>SWANA's annual landfill gas symposium >ENGINEER/CONTRACTOR SELECTION, RFPs vs. RFQs, and TECHNICAL SPECS vs. PERFORMANCE SPECS. WHICH METHODS BEST SERVE THE CLIENT’S NEEDS?
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ENGINEER/CONTRACTOR SELECTION, RFPs vs. RFQs, and TECHNICAL SPECS vs. PERFORMANCE SPECS. WHICH METHODS BEST SERVE THE CLIENT’S NEEDS?

机译:工程师/承包商选择,RFP与RFQ,以及技术规格与性能规格。哪种方法可以最好地满足客户的需求?

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When a landfill owner decides to install a landfill gas (LFG) management system, it may be for one of several reasons. It may be a simple control system for reducing or eliminating atmospheric emissions in order to comply with environmental regulations. It may be for safety reasons or to stop offsite migration or odors, or as a means to collect gas for energy recovery, or for any combination of any or all of these reasons. Most landfill owners know what they want or need to do with their landfill gas, but many of them, particularly municipalities, may not have the training or experience to know exactly how to go about doing it, or whether they are making the best decisions for their particular project. Their first step is usually to seek the advice and assistance of an engineer. Not all landfill owners are fortunate enough to have the services of an experienced LFG design or construction firm readily available, however, and not all engineering firms, regardless of size, are fully competent to do LFG work. The selected firm could be a local engineer who has helped with the design or permitting of the landfill itself, but who knows little about landfill gas. Selection of the right engineer is crucial to the operational and economic success of the project, and is the first critical choice that the landfill owner must make. The next critical decision is the type of specifications (“specs”) that should be used for the project. They may be “performance” specs, in which the operating requirements, such as regulatory standards, online efficiency or allowable emissions, are spelled out, or they may be “technical” specs, which enumerate the brand, size, color, function, etc. of individual components of each part of the LFG system. Each type of spec has its own pros and cons, depending upon the type, size and purpose of the project. The third critical decision is to determine which type of solicitation is best for selecting and contracting with the firm and/or suppliers to do the actual work. This can be done by means of a Request for Qualifications (“RFQ”), in which the contractor is first selected on the basis of hisqualifications, experience and approximate price, with the details negotiated with the winning firm to get the best result. Or it can be a Request for Proposals (“RFP”), in which bidders compete, mostly on the basis of price, to provide the specific system enumerated in the specs. Again, each of these methods has its own pros and cons. This paper will discuss the pros and cons of each of these contracting steps in terms of which ones might best serve the landfill owner for various types of projects, and provide guidelines for the landfill owner to use as a reference in his own selection and contracting process.
机译:当垃圾掩埋场所有者决定安装垃圾掩埋气(LFG)管理系统时,可能是出于以下几个原因之一。它可以是用于减少或消除大气排放以符合环境法规的简单控制系统。它可能出于安全原因或停止异地迁移或散发出气味,或出于收集气体以回收能量的手段,或出于所有这些原因中的任何一个或全部。大多数垃圾填埋场所有者知道他们想或需要如何处理其垃圾填埋场气体,但是其中许多人,尤其是市政当局,可能没有经过培训或没有经验来确切地知道如何进行填埋气,或者他们是否正在针对该问题做出最佳决策。他们的特定项目。他们的第一步通常是寻求工程师的建议和帮助。并非所有的垃圾填埋场所有者都足够幸运,可以随时获得经验丰富的LFG设计或建筑公司的服务,而且,并非所有的工程公司,无论规模大小,都完全有能力从事LFG工作。选择的公司可能是当地工程师,他曾帮助垃圾填埋场本身进行设计或许可,但对垃圾填埋场的气体知之甚少。选择合适的工程师对项目的运营和经济成功至关重要,这是垃圾填埋场所有者必须做出的第一个关键选择。下一个关键决策是项目应使用的规范类型(“规范”)。它们可能是“性能”规格,其中阐明了操作要求,例如监管标准,在线效率或允许的排放量,也可能是“技术”规格,其中列举了品牌,尺寸,颜色,功能等LFG系统每个部分的单个组件。每种类型的规范都有其优点和缺点,这取决于项目的类型,大小和目的。第三个关键决定是确定哪种招标方式最适合选择公司和/或供应商并与之签约以进行实际工作。这可以通过资格要求(“ RFQ”)来完成,在该要求中,首先根据他的资格,经验和近似价格选择承包商,并与中标公司协商细节以取得最佳结果。也可以是投标书(“ RFP”),投标人主要根据价格进行竞争,以提供规格中列举的特定系统。同样,这些方法中的每一种都有其优点和缺点。本文将讨论每个承包步骤的优缺点,从哪些方面最好地为垃圾填埋场所有者提供各种类型的项目,并为垃圾填埋场所有者提供参考,以供其在自己的选择和承包过程中用作参考。

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