Tank and Silo Fabrication
Industrial Tank and Silo Fabrication: Secure Storage and Process Solutions
Industrial tanks and silos are manufactured by DRS Makina in compliance with international standards (API 650, EN 14015, ASME) to meet the critical storage and process requirements of various industrial sectors, including petrochemicals, chemicals, food, energy, and water treatment.
Long-lasting and highly secure storage systems are designed and manufactured by selecting the most suitable materials based on plant capacity and the chemical properties of the fluids or bulk solids to be stored (corrosive, flammable, high-temperature, etc.).
Custom Tank and Silo Solutions Depending on the process requirements of the project, various fabrications are executed in both horizontal and vertical configurations, suitable for underground and above-ground applications:
- Reactors / Agitated Tanks: Stainless steel process tanks equipped with custom impeller designs, heating/cooling jackets, or internal coils for systems requiring chemical reactions and homogenization.
- Pressure Vessels and Vacuum Tanks: Durable tanks suitable for high operating pressures or vacuum conditions, with meticulously executed mechanical calculations and leak tests (hydrostatic/radiographic).
- Storage Silos: Conical-bottom carbon steel and stainless steel silos designed to enhance flowability for the secure storage and dosing of bulk solid materials such as cement, grain, minerals, or plastic granules.
- Double Wall Tanks: Leak-controlled specialized tanks designed for hazardous chemical storage areas where environmental safety must be maintained at the highest level.
Material Quality and High-Precision Fabrication Austenitic stainless steels such as 304L, 316L, and 316Ti, alongside carbon steel and special alloy steels, are utilized in our tank and silo manufacturing processes. The entire fabrication process, from plate rolling to submerged arc welding (SAW) applications, is conducted under the supervision of certified welding engineers in accordance with the principle of full traceability.
