SRON EPC solution solves the problem of mineral storage and transportation and enables the safe upgrade of international mining storage and transportation
The core pain point of mineral storage and transportation is that high-density, highly abrasive ores easily cause wear and tear of the silo structure, while the long construction cycle and loose management of the traditional construction model will further amplify the project risks. Faced with this common problem, why the solution of Henan SRON Silo Engineering Co., Ltd. can win the trust of more than 1,000 smart silos and many leading companies in more than 40 countries and regions around the world? The key lies in its core technical advantages and engineering management experience under the EPC model.
Core technology advantages solve systemic risks
In terms of material adaptability design, SRON uses discrete element simulation (EDEM) software to optimize the silo geometry and lining solutions based on key parameters such as ore particle size distribution, angle of repose and abrasion coefficient, effectively suppressing the eccentric loading problem caused by eccentric unloading and significantly extending the service life of the equipment; at the same time, in the structural safety redundancy design, nonlinear finite element analysis (FEA) is used to simulate the coupling conditions of earthquake, wind load and impact load, further improving the fatigue resistance of the silo and ensuring the stability and reliability of the storage and transportation system throughout its life cycle.
Engineering Lean Management under EPC Model
From engineering design to construction and operation and maintenance, SRON has built an engineering quality management system covering the entire life cycle. Taking the Sinoma Shandong Engineering 8x2,500T Spiral Steel Silos Project as an example, the SRON engineering team scientifically coordinated progress, quality and safety, decomposed the construction progress, quantified it to weeks and detailed it to days, and finally completed it 8.5 days ahead of schedule, which was highly recognized by the partners. Behind the optimization of the construction period, it is not only a reflection of SRON's deep understanding of the contradictions in mineral storage and transportation technology and its systematic solution capabilities, but also marks the company's upgrade from "single equipment supply" to "full life cycle value delivery".
China's solutions enable international mineral storage and transportation safety upgrades
So far, SRON has built more than 1,000 intelligent silos in more than 40 countries and regions including the United States, Russia, South Korea, Uzbekistan, Mongolia, Indonesia, Malaysia, the Philippines, Vietnam, Rwanda, Iraq, Pakistan, Ecuador, etc., and has reached cooperation with many leading companies in the industry, which is well received by customers at home and abroad. The numerous bulk material storage and transportation system projects undertaken by SRON in the mining industry not only verify the universality of SRON's bulk material storage and transportation engineering technology solutions, but also highlight the key role of Chinese companies in global mining infrastructure.
Core technology advantages solve systemic risks
In terms of material adaptability design, SRON uses discrete element simulation (EDEM) software to optimize the silo geometry and lining solutions based on key parameters such as ore particle size distribution, angle of repose and abrasion coefficient, effectively suppressing the eccentric loading problem caused by eccentric unloading and significantly extending the service life of the equipment; at the same time, in the structural safety redundancy design, nonlinear finite element analysis (FEA) is used to simulate the coupling conditions of earthquake, wind load and impact load, further improving the fatigue resistance of the silo and ensuring the stability and reliability of the storage and transportation system throughout its life cycle.
Engineering Lean Management under EPC Model
From engineering design to construction and operation and maintenance, SRON has built an engineering quality management system covering the entire life cycle. Taking the Sinoma Shandong Engineering 8x2,500T Spiral Steel Silos Project as an example, the SRON engineering team scientifically coordinated progress, quality and safety, decomposed the construction progress, quantified it to weeks and detailed it to days, and finally completed it 8.5 days ahead of schedule, which was highly recognized by the partners. Behind the optimization of the construction period, it is not only a reflection of SRON's deep understanding of the contradictions in mineral storage and transportation technology and its systematic solution capabilities, but also marks the company's upgrade from "single equipment supply" to "full life cycle value delivery".
Sinoma Shandong Engineering 8x2,500T Spiral Steel Silos
China's solutions enable international mineral storage and transportation safety upgrades
So far, SRON has built more than 1,000 intelligent silos in more than 40 countries and regions including the United States, Russia, South Korea, Uzbekistan, Mongolia, Indonesia, Malaysia, the Philippines, Vietnam, Rwanda, Iraq, Pakistan, Ecuador, etc., and has reached cooperation with many leading companies in the industry, which is well received by customers at home and abroad. The numerous bulk material storage and transportation system projects undertaken by SRON in the mining industry not only verify the universality of SRON's bulk material storage and transportation engineering technology solutions, but also highlight the key role of Chinese companies in global mining infrastructure.
