For storage of large quantities of liquids like water, oil, petroleum, acidand sometime gases also, containers or tanks are required. These structures are made of masonry, steel, reinforced concrete and pre stressed concrete.Out of these, masonry and steel tanks are used for smaller capacities. Thecost of steel tanks is high and hence they are rarely used for water storages.Reinforced concrete tanks are very popular because, besides the construction anddesign being simple, they are cheap, monolithic in nature and can be made leak proof.Generally no cracks are allowed to take place in any part of the structure ofLiquid Retaining R-C.C. tanks and they are made water tight by using richer mix(not less than M 30) of concrete. In addition some times water proofing materialsalso are used to make tanks water tight.

With the support of our professionals, we have been able to provide reliable designing solutions to our clients. Moreover, Moreover, with the support support of advanced advanced technology, technology, we are able to provide a wide variety of services in the most efficient manner.. By that, we mean, being dedicated towards the process of minimizing the cost of structure through application of high technology structural optimizers. This has enabled us to provide cost effective structural solutions within defined architectural constraints. We are referring mainly to the Indian codes of practice while designing. We are proud to say that all the structures, may it be a bungalow or a high rise structure, is thoroughly analyzed, detailed and optimized, justifying the faith bestowed in us by the client. We discourage the use of thumb rules in our firm and are committed towards excellence through use of computerization and high technology.

In case of high-rise structures, the structures are three dimensionally modeled, and subjected to dead, live, wind and earthquake loads as specified in the relevant codes. Also its deflection response to the loads is studied, and structure modified to suit serviceability requirements. Lateral sway of the structure when subjected to wind and earthquake loads, is studied, and is controlled within permissible limits through optimum use of shear walls and elements. The analysis is through the versatile Finite element methodology to eliminate the parallax between assumed structural behavior and the actual structural response. Also it helps us to accurately predict the response of high span and other complex structures, for better design.

Owing to the painstaking efforts of our professionals, we have been able to provide excellent ESR and GSR RCC Designing Services. The rich industry experience and skills of our experts help us provide the services in the most efficient and cost-effective manner. Moreover, the use of advanced technology and machines enable us to customize the services as per the individual requirements of our clients.