卡纳维拉尔港务局（CPA）获得了建造第五类第三组的许可证， 含水层储存和回收（ASR）注入井系统。ASR井的目的是测试 使用饮用水注入油井，以确定其作为再生水ASR的潜力 注水井系统。这口井将是佛罗里达州最浅的ASR测试系统 它将进入承压表层含水层系统。最大存储容量 对于ASR系统来说是1.5亿加仑。已经在一个试验台上进行了有利的测试 同一地区的探井。 在注入测试期间，将使用电阻率表面分析储层 地球物理方法。地球物理分析将有助于确定水平和垂直方向 储存区的范围，以及注入区的储存容量。 这种方法将 也可用于通过监测注射剂的提取来估计潜在回收率 在康复期间。系统的最终监控计划将根据数据进行微调 在测试期间收集，以选择监测井的最佳位置。包括7个参考文献，图。

The Canaveral Port Authority (CPA) was issued a permit to construct a class V, group three, aquifer storage and recovery (ASR) injection well system. The purpose of the ASR well is to test inject the well using potable water to determine its potential for use as a reclaimed water ASR injection well system. This well will be the shallowest test ASR system in the State of Florida as it will be completed into the confined surficial aquifer system. The maximum storage capacity for the ASR system is 150 million gallons. Favorable testing has already been performed on an exploratory well in the same area. During injection testing, the storage zone will be analyzed using the electrical resistivity surface geophysical method. The geophysical analysis will help determine the horizontal and vertical extent of the storage zone, as well as the storage capacity of the injection zone. This method will also be used to estimate the potential recovery rate by monitoring the withdrawal of the injectate during recovery. The final monitoring plan for the system will be fine tuned with the data collected during testing to select the best locations for monitoring wells. Includes 7 references, figure.