At the critical stage of global mining's in-depth transformation towards intelligence and greenization, technological innovation and cross-border collaboration have become the core consensus of industry development. Shandong Rongliyuan Electromechanical Technology Co., Ltd. has jumped out of the framework of single product export, and with the concept of "technology co-construction, resource sharing, and ecological prosperity", actively cooperates with top global mining technology enterprises, scientific research institutions and industry associations to carry out in-depth cooperation in technological R&D, standard setting, green transformation and other fields. It not only enhances its core competitiveness, but also promotes the in-depth integration of Chinese mining equipment technology with global mining development, injecting new momentum into the high-quality development of global mining.
Currently, the global mining industry is facing multiple challenges such as energy transition, environmental pressure, and efficiency improvement. The technical reserves of a single enterprise are difficult to meet the complex needs of industry transformation. The latest report of the International Mining Alliance shows that cross-regional and cross-field technical collaborative cooperation can increase the efficiency of intelligent mine transformation by more than 40% and reduce the cost of green transformation by 30%. Against this background, Rongliyuan takes the initiative to build a global technical cooperation platform, break geographical and industry barriers, integrate global high-quality resources, and form a global technological innovation closed loop of "R&D - application - iteration".
In terms of technical R&D collaboration, Rongliyuan has established a strategic cooperative partnership with a well-known German mining equipment technology enterprise, jointly established an intelligent mine technology R&D center, focusing on technological research in cutting-edge fields such as intelligent control of mining equipment and unattended operation. The two sides share core technology patents, integrate Sino-German manufacturing advantages, and the jointly developed intelligent mining conveying equipment has been put into application in a large iron mine in Australia. The equipment operation efficiency has been increased by 25%, and the labor cost has been reduced by 60%, winning high praise from local mining enterprises. At the same time, Rongliyuan has carried out special cooperation with the South African Mining Research Institute to conduct R&D on the adaptability technology of mining equipment under the savanna climate in Africa. The results have been applied to multiple African mining projects, greatly improving the operation stability of equipment under extreme temperatures.
In the field of industry standard co-construction, Rongliyuan actively explores the optimization direction of mining equipment standards. Relying on its technical accumulation in the fields of energy conservation and intelligent monitoring of mining equipment, it has sorted out and formed a number of technical schemes and industry suggestions. Among them, the relevant scheme of "Technical Requirements for Intelligent Monitoring Systems of Mining Equipment" has been included in the reference scope of domestic industry standard revision, contributing to improving the technical specifications of domestic mining equipment. In addition, Rongliyuan has joined hands with institutions such as the China Mining Association to promote the formulation of regional mining equipment adaptation standards, solving the problem of differences in equipment adaptability in mines in different regions.
In green transformation practice, Rongliyuan has worked with European new energy enterprises to explore new energy substitution and energy-saving transformation schemes for mining equipment. The jointly developed photovoltaic-driven mining auxiliary equipment has been put into use in an open-pit mine in Spain, reducing carbon emissions by more than 300 tons per year; aiming at the global problem of mine tailings treatment, Rongliyuan has cooperated with a Canadian environmental protection technology company to develop a mining equipment collaborative tailings comprehensive utilization system, realizing resource recycling. After the system was applied in a copper mine in Chile, the tailings utilization rate was increased to 85%, helping the mine achieve green and sustainable production.
Industry experts said that Rongliyuan's global collaborative development model has broken the traditional "solo fight" development pattern of mining equipment enterprises, setting a new benchmark for the industry of "global resource integration + localized practice landing". Through in-depth cooperation with global partners, it has not only rapidly improved the enterprise's technological R&D capabilities and international influence, but also promoted the iterative upgrading of global mining technology and the optimal allocation of resources.
Looking forward to the future, Rongliyuan will continue to deepen the global technical cooperation network, plan to establish regional technological innovation centers in Europe and North America, absorb global top technical talents, and focus on the R&D of core technologies for intelligent mines and green mines; at the same time, expand the scope of cooperation with global mining enterprises, promote the landing application of more collaborative R&D achievements, and work with global partners to build an open, collaborative and win-win new ecosystem for mining development, helping global mining achieve sustainable and high-quality development.
