Number One in Large-Capacity Storage Tank Design
IP Projekt a.s. has been a specialized company since 2003, providing design, engineering, and contractor services for the construction of investment units, partial operational systems, and production facilities in selected industrial sectors – primarily in the field of storage and processing of oil and chemical products, but also in other industries. One of our most significant clients in this field is MERO ČR a.s.
Since 2010, the company has been intensively engaged in so-called 3D documentation and digitization of structures. A pilot project was carried out between 2010 and 2015 for MERO ČR a.s., which had its Central Oil Tank Farm in Nelahozeves documented using this method.
We use materials with higher resistance to brittle fracture at low temperatures.
IP Projekt a.s. applies design methods developed in cooperation with leading experts in the field of shell structures. For enhanced safety and environmental protection, we use double-walled tanks with double bottoms and vacuum leak detection.
The calculation techniques, use of materials with properties enabling optimal structural design, and the development of manufacturing and
technological construction procedures rank IP Projekt a.s. among the top companies in the EU.
IP Projekt a.s. is a leading expert particularly in the following areas:
- Vertical, cylindrical large-capacity storage tanks with fixed or floating roofs for oil, oil products, water, and other chemical substances with capacities up to 125,000 m³,
- Pressure tanks (both cylindrical and spherical) with capacities from 100 to 6,000 m³ for storing liquids and liquefied gases,
- Silos for a wide range of materials and products,
- Piping systems,
- Steel structures,
- Assessment and design of repairs for existing tanks and piping systems,
- Above-ground and underground horizontal cylindrical tanks.
Underground horizontal tanks, which benefit from natural soil shielding, are designed with an emphasis on both investment and operating costs. This results in the most favorable ratio in terms of purchase and subsequent operating costs per unit of stored substance.
