Feasibility of Implementation

Feasibility of implementation. Are the methods for sampling and measuring the environmental variables technically feasible, appropriate, and efficient for use in a monitoring program Response variability. Are human errors of measurements and natural variability over time and space sufficiently understood and documented  

Interpretation and utility. Will the indicator convey information on ecological conditions that is meaningful to environmental decision-making  

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The information was compiled from paper and on-line research and from direct phone conversations and meetings with industry representatives. The more comprehensive overview of case studies of company substitutions for brominated flame retardants demonstrates both the complexity and feasibility of implementing safer alternatives. Other case studies show how leading retailers are moving to phase-out hazardous materials and how some chemical industries are researching and implementing Green Chemistry alternatives. 

In this study the feasibility of implementing ceramic membranes on an industrial scale in the styrene production process is treated. Therefore, a model has been set up in the flowsheeting package ASPEN PLUS , which describes a styrene process production plant. Some modelling has been done with different types of membrane reactors in different reactor section configurations to investigate the influence on the performance of the production of styrene. 

The feasibility of implementing zone sampling by taking advantage of multi-commutation has also been described [27]. 

In analytical procedures with two immiscible aqueous phases, the traditional organic solvents used in LLE can be replaced by nontoxic, nonflammable and nonvolatile solvents [154,155,197], The feasibility of implementing aqueous biphasic extraction in flow analysis was recently demonstrated by the fluorimetric determination of lead by reaction with 8-hydroxyquinoline-5-sulfonic acid [198]. The flow system was rugged and the interface formed between the different aqueous plugs acted as an extraction (enrichment) and reaction interface. This innovation is environmentally friendly as it relies on the utilisation of two immiscible phases that are intrinsically aqueous. 

The U.S. peanut industry is currently considering the feasibility of implementing a new approach for aflatoxin management at the grading point. This involves different sampling and detection methods for more effective aflatoxin control. This paper discusses... 

Note, however, that once this quantity is obtained, feasibility of implementation requires that this quantity not exceed truck capacity. If it does exceed capacity, then it is optimal to ship at full capacity. Thus the optimal shipment quantity would be set as minimum Q, Q where C refers to the truck capacity. 

The feasibility of implementing one or more of the corrective actions presented in Sect. 10.9 depends on whether enough organizational resources are available or not. The following table depicts a framework for categorizing different resources in an organization along with examples for such resources. 

However, due to the fact that SCD-Phase 4 of the guideline covers the selection and prioritization of corrective actions, certain decisions regarding the project conception phase of the implementation are already considered. The suggested analytical hierarchy process method to select corrective actions implies the consideration of criteria such as time, usability, risk, utility, and feasibility of implementation. Hence, the content of the project conception phase is already covered in this section and therefore, only the effort estimation, the profitability analysis, and the risk analysis are evaluated on a superficial level. 

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