Justin G Dusseljee

WOGISA Risk Factors for Fatigued Driving

Justin G. Dusseljee of Casper, Wyoming worked as a cement, field, and service supervisor. Justin G. Dusseljee has earned several honors and awards throughout his career, including accolades from the Wyoming Oil and Gas Safety Alliance.

The Wyoming Oil and Gas Safety Alliance (WOGISA) provides a depth of resources to all members of the oil and gas industry on a variety of safety topics, including the dangers of fatigued driving. According to information provided by WOGISA, there are four primary areas to consider regarding risk factors for fatigued driving.

The two most obvious risk factors are the length of time awake and time of day. The longer a driver is working, the more likely they are to become fatigued. This might seem obvious, but what may be less obvious is the fact that driving without adequate sleep is comparable to driving while impaired by alcohol. Furthermore, a driver does not need to be pulling an all-nighter to be at risk for fatigue: minor sleep deficiencies can accumulate over time.

As for the time of day, human bodies are governed by circadian rhythms. Even a driver that has been working the night shift for months on end will likely feel tired in the evening, early morning, and late afternoons, and must, therefore, take the appropriate precautions when driving such a schedule.

Other potential risk factors for fatigued driving include monotonous tasks and medications or health conditions. Driving for extended periods, particularly through unchanging scenery, certainly constitutes a monotonous activity. As for medications and health conditions, drivers should take every step possible to ensure their alertness will not be impaired while driving.

Yellowstone National Park – Must-See Destination

When not managing pump operations for the land completion company NexTier, Justin G. Dusseljee enjoys spending time outdoors. As a resident of Casper, Wyoming, Justin G. Dusseljee is located less than a day’s drive away from one of the most popular nature destinations in the country, Yellowstone National Park.

Many visitors to Yellowstone arrive in Wyoming through Casper/Natrona County International Airport. From there, travelers can break up the 5-hour drive to Yellowstone with a stopover in Casper and get a glimpse of small-town life in the Cowboy State. Yellowstone itself covers more than two million acres of unspoiled wilderness. Visitors can stay at one of the dozens of hotels and lodges in the park, or at any of the campgrounds and RV lots in the area.

Within the park’s borders, visitors can find world-famous natural landmarks such as the picturesque Yellowstone Lake and the thermal geyser Old Faithful. Yellowstone is also a conservation site, and home to more than 60 animal species. Some of the most famous residents include bison, grizzly bears, and 13 wolf packs.

The Process of Cementing in Oil and Gas Production

Based in Casper, Wyoming, Justin G. Dusseljee holds responsibilities with Nextier, where he guides activities related to oil and gas pumping. As cement supervisor, Justin G. Dusseljee’s is responsible for cementing, which involves developing and pumping cement to a fixed position within a wellbore. This process seals and prepares the wellbore hole for production, extended drilling, or abandonment.

A major reason for cementing is to permanently prevent penetration of water into the well. It seals the annulus, or the concentric space between the wellbore and casing, through which fluid would otherwise flow. Another use involves sealing a lost circulation zone, which is a region within the well experiencing an absence or reduction of flow.

Within the context of directional drilling, cementing can be used to plug an existing well such that a directional well can be run from that point. When the well is being abandoned, cementing is used to plug the wellbore.

The process of cementing involves sending cement slurry into the well using pumps. Drilling fluids still remaining within the well are displaced and replaced with slurry, which flows via the casing to the wellbore’s bottom. Hardening into the space between the wellbore and casing, it creates a seal. With the casing permanently positioned inside the hole, it now functions as a pipe that allows the flow of hydrocarbons up to the surface.