Optimizing Power Plant Operations with Digital Airflow Measurement
In this webinar, Hans Conrads, CEO of PROMECON, explains how advanced digital airflow measurement allows power plants to optimize combustion, enhance mill performance, and maintain stable operations under dynamic load conditions. Real-time, drift-free gas flow data helps reduce inefficiencies, lower emissions, and improve overall plant reliability.

Insights from Real-World Case Studies
Drawing on examples from coal-fired and industrial power plants worldwide, the webinar demonstrates practical ways to detect and correct primary and secondary airflow imbalances. Attendees will gain actionable insights for improving heat rate, meeting stricter environmental standards, and supporting the integration of variable renewable energy sources through intelligent airflow management.

Who Should Watch
This webinar is ideal for utility executives, plant managers, engineers, and optimization specialists looking for proven strategies to enhance operational flexibility, efficiency, and compliance with advanced digital measurement technologies.

Optimizing Coal-Fired Power Plants
Our webinar from May 20, 2025, brings together leading industry experts to discuss how coal-fired power plants can improve efficiency, lower emissions, and stay competitive in today’s evolving energy landscape. Even as renewable energy grows, optimizing conventional plants remains key to ensuring a reliable energy supply.

Practical Insights for Process Improvement
The session provides actionable guidance on advanced technologies and strategies for process optimization. Highlights include drift-free real-time gas flow monitoring to reduce inefficiencies, precise management of primary and secondary airflow to enhance combustion, and intelligent mill control to maintain high performance under changing conditions.

Optimizing Tertiary Air in Cement Plants
In this Spotlight interview with World Cement, PROMECON explains why effective tertiary air management is crucial for boosting efficiency, ensuring process stability, and reducing emissions in cement plants.

The discussion covers common challenges in measuring gas flow within the Tertiary Air Duct (TAD) and why traditional systems often fall short.

Introducing the McON IR
PROMECON presents its innovative solution, the McON IR, which delivers accurate, maintenance-free performance even under extreme conditions. The video highlights essential details such as installation, operational advantages, and system requirements.

A valuable resource for anyone aiming to optimize cement plant operations and achieve sustainable process improvements.

Steelmaking in the EAF – impressive and demanding
Extremely high temperatures, molten metal in motion, and intense noise make working with an electric arc furnace (EAF) one of the most spectacular and challenging tasks in steel production.

Accurate measurements with the McON IR
In this webinar, PROMECON demonstrated how the velocity and composition of EAF off-gas can be reliably measured. Operators receive key process data, such as the CO/CO₂ ratio and water content.

Reliable technology
The infrared measurement system is drift-resistant and requires very little maintenance, ensuring stable and dependable results in everyday production.

Do you aim to achieve a more efficient and sustainable cement making process?

PROMECONs CEO Mr. Hans Conrads is highlighting in an Interview with the World Cement Magazine, how new gas measurement technologies could participate in more consistency and accuracy for gas flow balance in the clinker cooler.

You will learn how to identify thermal and industrial problems using conventional Delta P measurement. In addition, it is an opportunity to explore new ways on how to replace the old measurement system by a digital new one.

The process of burning any solid fuel including coal involves mixing the exact proportion of air at the right time. Primary and secondary air are vital to control the rate and efficiency of the combustion process. However, the challenge lies in the accuracy of air measurement. As an unreliable measurement system can cause additional costs, production inefficiency, and operational risks such as explosion. At PROMECON, we developed an innovative digital time-of-flight based cross-correlation technique to provide accurate airflow measurement within power plants.

Our presentation covers the following specific areas:

• Primary & Secondary airflow measurement
• Under grate flow measurement
• Process gas flow measurement
• Stack flow emissions measurement (QAL1 certification)
• Aspects of SIL 2 certification

You will learn how to identify thermal and industrial problems using conventional Delta P measurement. In addition, it is an opportunity to explore new ways on how to replace the old measurement system by a digital new one.