Managing oil reservoirs is one of the most difficult aspects to achieve for any company operating within the Oil & Gas Industry.  When managing a well,  evaluating reservoir conditions and monitoring the changes found are prime factors to embrace. The important need to control such changes as well as manage them has led the Oil & Gas innovators to develop Reservoir Robots, also known as Resbots for short.

So what exactly are Resbots? Resbots which are smaller than the size of human hair, are micro nano-robots designed to enter a reservoir and observe conditions within. Resbots have access to particular conditions within rock pores due to their size. This access activates after water is injected which permits them to collect additional data concerning the conditions of the well being drilled.

There are so many valuable benefits from these Resbots. This kind of innovative technology reports and communicates on varied temperatures, pressure analysis recordings and the examined types of fluid within the reservoir. Once the Resbots are recovered from a well site, this type of information can be ­instrumental in measuring circumstances and making production decisions.

Resbots are designed to be injected into the reservoir and, during their journey:

  • Analyze reservoir pressure
  • Provide temperature measurements
  • Assess fluid type

The Oil & Gas Industry as a whole continues to develop and create these Resbots. Currently, there are 2 varied types of nano-bots being researched with the goal that they will aid accomplishment for 2 different tasks. The first type of ­Resbot, as explained, is the Active Resbots-nano-bots predominantly designed to measure and evaluate reservoir environments. The second type of Resbots is classified as Reactive Resbots, or bots that will be able to respond to particular conditions within a well. For example, a ­Reactive Resbot could deliver chemicals to a reservoir site permitting easier flow of fluids through the rock pores. Through use of the ­Resbots, ­additional information can be gathered to respond to or change ­reservoir ­conditions.