Wellhead Applications

Device communication with your remote assets is important regardless of how close or far each node is from the central communication point. 

Operators need to pass data seamlessly and securely across the wellpad to achieve reliable operations.  

Device communication with your remote assets is important regardless of how close or far each node is from the central communication point. 

Monitoring well integrity is key to ensuring longevity, improving safety and reducing shutdowns, especially when accurate pressure and temperature measurements can ensure quick response and HSE compliance.  

Traditional wired communications between the wellhead and other parts of the wellpad are costly, take time to set up, and make it difficult to make changes to the site with changes in production.

Today's oil and gas operators are consistently asked to operate more efficiently to drive the bottom line. 

Low and fluctuating commodity prices make production optimization a necessity. 

Often, wellpads and processing facilities lack dependable external power sources. 

This can make your critical safety system, the ESD or emergency shutdown, unreliable. Ever-evolving local government regulations may also influence safety system design to address growing concerns about emissions, contamination and public safety. As a result, operators today need to select the right ESD equipment for their onshore oil and gas operations. 

Emerson's Micro Motion Coriolis meters provide the most reliable and cost effective flow solution for direct wellhead applications.

The innovative and simplified design eliminates the mechanical components susceptible to wear and corrosion allowing for minimal installation and maintenance costs. Resilient to extreme Steam Assisted Gravity Drainage (SAGD) process conditions with temperature corrected oil and water volumes for precision watercut accuracy, this technology reduces capital expenditure by an average of 90%.

Upstream oil and gas producers face tough and ever-evolving reguations. 

Environmental concerns and local regulations can drastically change how operations are designed, built and managed.