The benefits of making oil and gas production autonomous are many. Production increases based on the ability to detect and remedy problems in seconds rather than hours is topmost, followed by safety, efficiencies when physical repairs are needed and more precision in PM schedules are among the others.

We've made some great progress in the past five years with applications like DeltaV SaaS SCADA with Autonomous Rod Pump. Although, some would point out that the Oil Patch, due to its boom-and-bust nature, lags behind other industries in this area with necessity being the mother of invention.

There is a bit of magic in every childhood story we read. Whether it be the Chronicles of Narnia with its enchanted kingdom or Aladdin’s genie in the lamp, we learn very early that supernatural powers often come in pretty handy.

Maybe you could use some telepathic powers to know what is happening in a remote production location. You’ve probably wished to have psychic abilities to know when a wellsite will stop producing before it happens, or if your team is safe working on site.

Most certainly you’d enjoy the gift of telekinesis to restart an artificial lift.

I’ve been an obsessed angler for years. I don’t need a special reason, or day to go fishing either – I go any chance I get. Sunny 108-degree Texas days, chilly Christmas mornings, or drizzly-grey cool days, it doesn't matter to me.

It isn’t about the temperature, or location – it’s simply about the experience.

There is something about the peacefulness of being on the lake, or a river that captures my senses, and instantly relaxes me, while at the same time ignites my creative side with a new sense unlimited possibilities. It isn’t the excitement of actually catching a fish at all (since it’s not my favorite meal) – but it’s the experience that captivates my mind, warms my soul, and energizes my spirit.

From 1859, when Colonel Edwin Drake successfully drilled America’s first oil well in Pennsylvania and over the next several decades, the oil and gas business was primarily driven by manual labor. 

This meant high vehicle mileage, and lost production time because pumpers and engineers were constantly needed on location, which resulted in operational inefficiencies and many safety issues. Until the introduction of automation technology into the oil and gas industry.

As automation technology has progressed, from cable tools to rotary drills; from car phones to palm-sized smart phones; from desktop computers for accounting to ubiquitous sensors sending big data through the cloud to smart devices; oilfield efficiency has continued to cut costs, save time, boost production and improve safety.

For years now we’ve been able to monitor tank levels, compressors, pump operations and flow meters. Most of that is pretty cut-and-dried. The tank is at whatever level it’s at; the pump is either running or it’s not. An alarm tells us what we need to know the minute we need to know it.

But detecting a pipeline leak involves combining a number of data points and deciding which ones, or which combination of points, means there really is a leak. I’m stressing “really” because the industry first believed any anomaly needed to be alarmed because at that point an anomaly equaled leak, and we defiantly know the faster that leak could be stopped, and repaired; the more profits from your production ended up staying in your pocket.