1. Comply with Saudi Arabia’s strict industrial energy-saving and environmental protection standards, reducing energy consumption and carbon emissions.

2. Improve furnace thermal efficiency, shorten heating-up time, and boost production efficiency.

3. Enhance the stability and durability of the insulation layer, prolonging furnace service life and reducing production downtime caused by maintenance.

1. Customized Module Design: According to the different temperature zones and thermal stress of the furnace, SUNTHERM designed tailor-made ceramic fiber modules. For example, high-density modules were used for the furnace roof to withstand higher mechanical loads and temperatures, while standard modules were applied to the walls and bottom for cost-effective insulation performance.

2. Special Installation Method: A staggered arrangement was applied to eliminate thermal bridges, ensuring optimal heat transfer resistance. Specially designed high-temperature anchors firmly fixed the modules to the steel structure, preventing displacement or detachment under extreme operating conditions.

3. Sealing Measures: Around burner areas, ceramic fiber sealing materials were applied to minimize heat leakage and further enhance insulation performance.

1. Ease of Installation: Prefabricated modules were produced and tested in the factory, enabling quick on-site assembly. Compared with traditional insulation methods, installation time was reduced by approximately 40%, minimizing furnace downtime and related production losses.

2. Significant Energy Savings: Post-project monitoring showed that furnace thermal efficiency increased by around 10%. Fuel consumption dropped considerably, saving about 1.5 million cubic meters of natural gas annually, while significantly reducing carbon emissions.

3. Improved Structural Stability: The lightweight ceramic fiber modules reduced the furnace’s overall weight, easing the load on the steel structure. Their excellent flexibility and thermal shock resistance effectively mitigated thermal stress damage, extending the maintenance cycle from 2–3 times per year to once every 3–4 years.

1. Lower Surface Temperature: The furnace surface temperature decreased from approximately 150°C to below 70°C, improving the workshop environment and reducing operator safety risks.

2. Higher Production Efficiency: The heating rate increased, reducing steel heating time per batch by about 15 minutes, resulting in an annual production increase of approximately 8% without additional equipment investment.

3. Enhanced Reliability: The insulation layer maintained excellent stability and reliability during long-term high-temperature operations, with no cases of module detachment or damage, ensuring continuous and stable steel production.

★ Project Summary