Cost, time, buildability, durability, functionality, and aesthetics are critical considerations that must be carefully balanced to meet the needs of both the owner and the end user, without compromising safety or sustainability. At Essar, we bring a sophisticated level of expertise and experience in delivering a broad range of Civil and Electrical projects. Our extensive project portfolio equips us with the skills and knowledge to bring structures to life, ensuring they function efficiently, economically, safely, and sustainably. We prioritize listening to our clients' needs and developing inservtegrated designs that are both effective and cost-efficient. Our strength lies in seamlessly integrating people, space, and technology to deliver results that exceed expectations. By combining our multidisciplinary services and collaborating closely with our clients, we foster innovative problem-solving and explore tailored solutions, ensuring we deliver extraordinary outcomes every time.
At Essar, we provide tailored services designed to meet each client’s specific requirements. With an in-house design team, we specialize in delivering customized solutions for pre-engineered buildings in the most cost-effective manner. Our culture is built on versatility, agility, strategic insight, and independence. We pride ourselves on delivering exceptional value to our clients. Our project management approach is designed to maximize efficiency, ensuring a strong return on investment by eliminating inefficiencies, creating supply chain value, and preventing rework. Through best-in-class processes and a collaborative, people-centric approach, we guarantee optimal results for every project we consult on. With our trained in-house manpower, we deliver services that are not only safe but also cost-effective, ensuring the highest standards of quality and satisfaction for our clients.
At Essar, we operate an in-house fabrication unit staffed with an experienced team of professionals, enabling us to deliver customer-centric solutions tailored to meet specific project needs. With rich industry experience and a dedicated fabrication yard, we provide comprehensive services including engineering (structural, piping, and plant engineering), procurement (structural components), machining, modularization, as well as erection and installation services. Our expertise serves leading clients across the Construction, Power, Oil, Gas, and Chemicals industries. At ESSAR, we embrace the effective use of advanced technology and information as a core value, positioning ourselves as a leader in innovation and efficiency. We utilize state-of-the-art technology and world-class equipment operated by highly qualified personnel. Our in-house capabilities include advanced cutting, drilling, bending, and machining, complemented by a dedicated design unit that ensures precision and excellence in every project.
Structural repair involves the reconstruction and renewal of existing structures, either fully or partially, to restore their integrity. Structural rehabilitation focuses on upgrading structures to meet current needs while preserving their original features through careful and sympathetic modifications. This process ensures that structures are repaired or modified to achieve their desired functional condition. At ESSAR, we specialize in retrofitting services, which is one of our key areas of expertise. We analyze distressed structures using Non-Destructive Testing (NDT) to assess the in-situ strength of structural members. Based on our findings, we provide comprehensive, cost-effective solutions for repairing, retrofitting, and strengthening structures. Our retrofitting services cater to a wide range of structures, including Buildings, Bridges, Silos, Chimneys, Cooling Towers, Machine Foundations, and other concrete structures, ensuring their safety, durability, and extended service life.
The first step in assessing the health and stability of a concrete structure is to perform Non-Destructive Testing (NDT). NDT techniques are invaluable tools in determining the in-situ properties of concrete without causing damage to the structure. These tests are specifically designed to measure the compressive strength, density, elasticity, and other vital parameters of the concrete, providing an accurate picture of its current condition.As no damage is caused during testing, the structure remains fully intact while being assessed. NDT methods deliver timely results, enabling engineers to act promptly if deficiencies are identified.It helps gather crucial information about the material’s strength, uniformity, and potential defects.