Technology is Here to Stay

Fossil fuels are a requirement to live every day life. Powering our cars, heating our homes and lighting our streets are a small number of ways in which we use power that we derive from natural gas, petroleum and coal. Fossil fuels have been gathered around the world for many years, and the industry is always trying to find better, more efficient ways of getting as much out of the fossil fuels that naturally exist.

Fracking is one method that we are currently using in order to gain access to natural hydrocarbons a buried miles beneath the Earth’s surface. During this process, a drill is used to pass through many layers of earth and rock that lie between the surface and the natural gas. A mixture which is primarily water, sand and chemicals is then pumped directly into the formation (at extremely high pressure) in order to release the hydrocarbon it contains to where we can collect it.

One Stop Shop

All your oil & gas equipment requirements to set up an operational location can be designed, engineered, manufactured and function tested together as a complete package.  Enquest Energy Solutions can provide the up front design required to understand what equipment you require for a specific market, region, or formation you will work in.

Going with the single source gets you thoroughly engineered, well-built equipment, a confident supply chain, reduced interface risk, the fastest achievable time-line from concept through commissioning, cost certainty, and peace-of-mind.

We work with you to understand a number of key considerations before any specific equipment configurations are recommended.    Typically fracture treatments require certain perimeters and functionality that is required of the equipment for efficient operation and safe job completion.  We ask many question about the needs of the operator in order to help our clients choose the best solution.

Not All Equipment is the Same, Demand Smart Technology

Different formation requires specific treatments, unconventional formation demands equipment that can sustain the longevity demanded in treatments that continue to get bigger.  The equipment must be designed with continuous duty components and that have industry recognized and reliable components.

  • Understand the rate and pressure requirement and select the correct power requirements .

  • Custom functionality for operator ease and efficiency

  • Work with operator to understand specific needs for location layout to maximize safety and efficiency

  • Improve on existing designs to reduce operational cost

Our team has the experience and know how to work with you on a  solution for your capital equipment requirements.  The ability to work with a broad group of end users in the industry helps ensure that we are always working with the latest’s technologies and trends.  Let us work on your challenging equipment design or new technology requirement so you can deploy in the field and capture a competitive edge.

This Trend is Set to Continue

Ideas for Innovation and Improvement in equipment design is our standard.  “Field proven is important and helps verify what really works”.

Innovation and improvement are the products of a process that requires experience, know-how and breadth of resources.  Our collection of ideas for improvements and innovation that we employ on every project separates us from the competition.  We demand the best!

  • Breeds creative thinking
  • Promotes good ideas
  • Delivers excellence in project expectations
  • Creates effective solutions
  • Reduces client costs
  • Fosters good teamwork

Improving Practices

We recognize that the successful application of improving practices requires a formal, disciplined approach. To have maximum effect on project costs,  practices need to be implemented at the optimal time, and therefore must be scheduled and resourced very early in the life of a project. Adequate resources must be set aside, and the activities must be carried out thoroughly. We routinely use the following in our project work:

  • Technology/process selection
  • Process simplification
  • Classes of product quality
  • Waste minimization
  • Fabrication review
  • Reliability modelling
  • Customization of engineering standards and specifications
  • Predictive maintenance
  • Design to capacity
  • Energy optimization
  • 3D-CAD
  • Value engineering