Emission Monitoring with Weel & Sandvig's Digital Platform

Weel & Sandvig presents WS.PEMS, an advanced solution for emission monitoring designed to meet stringent environmental standards. Learn more about its technical capabilities and how it can benefit various industries.

Where the World’s Leading Minds Meet to Reduce Oil & Gas Methane Emissions

Meet us in Austin, Texas as we continue our journey to let the world know about WS.PEMS - our Predictive Emissions Monitoring System.

🔗 First Principles Models 🤝 Large Language Models (LLMs)

Yesterday at OPES 2024, we were proud to showcase an innovative step forward in our ongoing development efforts at Weel & Sandvig. By integrating the robustness of First Principles Models with the adaptive capabilities of Large Language Models (LLMs), we are adding an important layer on top of our predictive emission monitoring system WS.PEMS.

What is the First Principle Method?

In our First Principle WS.PEMS model, known physical relations are harnessed to calculate the specific effect of each input parameter. This model fundamentally utilizes energy and mass balances along with other physical principles.

OGMP 2.0 framework

Reach gold standard in the OGMP 2.0 framework with WS.PEMS

Exciting News from Weel & Sandvig in Abu Dhabi

We are thrilled to announce the official opening of our Abu Dhabi office, a joint venture with our longstanding partner, Experts E&I. This strategic move fortifies our commitment to regional customers, allowing us to expand our reach and enhance our support for our product line, including our market leading PEMS solutions.

Weel & Sandvig awarded PEMS contract for monitoring methane emissions

bp and Weel & Sandvig announced today that bp has awarded Weel & Sandvig the global PEMS (Predictive Emission Monitoring System) contract for monitoring methane (CH4) emission from bp production facilities

POWER UP: Heat Pumps in the industry

The purpose is to investigate the potential for electrification of the industry by means of electro-mechanical high-temperature heat pumps in order to reduce the use of fuels and local CO2 emissions.