In industrial heating environments, timely intervention can prevent costly downtime and equipment damage. Open bath furnace SMS systems deliver instant, reliable alerts directly to operators via text message, ensuring faster response and enhanced safety.
Real-Time Monitoring for Open Bath Furnaces
Open bath furnace SMS solutions provide continuous, automated monitoring of critical temperature and operational data. By integrating sensors with SMS gateways, alerts trigger instantly when deviations occur, enabling swift corrective actions and minimizing risk of overheating or system failure.
Reliable and Scalable Communication Infrastructure
Designed for industrial environments, open bath furnace SMS systems use robust networks to ensure message delivery even in remote or harsh conditions. These scalable platforms support multiple furnaces and operators, delivering consistent, actionable updates without latency or downtime.
Cost-Effective Operational Efficiency
Adopting open bath furnace SMS reduces reliance on manual checks and reactive maintenance, cutting labor costs and improving energy efficiency. Automated notifications empower operators to maintain optimal performance while reallocating resources to higher-value tasks.
Streamline heating operations and safeguard critical infrastructure with open bath furnace SMS. Deploy reliable, real-time alerts to enhance responsiveness, reduce downtime, and maximize productivity. Start optimizing your furnace monitoring today—contact us to implement a tailored SMS solution.
The electric smelters are also known as open bath furnaces (OBF). The name results from the fact that the bath around the electrodes must be kept free of metallic feed, in order to avoid contact between the electrically conductive DRI and electrodes. They are similar in design to conventional submerged arc furnaces.
The leading solution for decarbonizing existing sites is the combination of the well-proven MIDREX® Direct Reduction Process with an SMS Open Bath Electric Furnace (OBF) to replace blast furnace (BF) ironmaking. The first example of this technology will be installed at thyssenkrupp Steel (TKS), with expected start. thyssenkrupp Steel Hydrogen-based direct reduction coupled with an open bath furnace Annual saving of over 3.5 million metric tons of CO2 Based in Duisburg Start-up of first plant: 2026 Capacity of 2.5 million metric tons of directly reduced iron.
2. Ground-breaking concept: Midrex Technologies, Inc. 's trusted direct reduction technology combined with two revolutionary rectangular Metix open bath furnaces (OBF), SMS group's innovative dry-gas cleaning solution, and Paul Wurth industry leading INBA slag granulation system.
The perfect solution for melting high carbon DRI to produce hot metal. The electric furnace works using brush arc and Søderberg electrodes. It can tap hot metal into torpedo cars.
Slag has same composition of blast furnace slag. Within iBLUE®, the OSBF is the best green substitute of Blast Furnaces. Multiple technology options are emerging in the race to minimize the historically CO2-intensive iron production stage.
One leading candidate is the combination of the well-proven direct reduction of iron ore using a shaft furnace and an open bath electric furnace (OBF). Green steel with open bath furnaces The steel sector is the second largest industrial CO2 emitter, and responsible for approximately 7% of global CO2 emissions. [1,2] Given the Paris Agreement of.
In this route, the blast furnace is substituted by a combination of the MIDREX ® direct reduction process and an Open Bath Furnace (OBF). Initially, it is possible to run the direct reduction process on a natural. Metals industry partner SMS group will supply the core technology of two 100 MW rectangular six electrode open bath furnaces through its Johannesburg-based subsidiary METIX for a €1.8.
Direct reduction into open bath furnace saving up to 65% CO2 Another leading candidate in the race to decarbonize existing sites is the combination of the well-proven MIDREX® direct reduction process using a shaft furnace and an open bath electric furnace (OBF), in place of existing blast furnaces.
