INSUN Partners with SINOMA (CDMB) and Client to Evaluate 5000TPD Cement Line in Pingxiang

I. Strategic Alliance and the Commencement of On-site Assessments

In May 2026, INSUN officially joined forces with SINOMA (CDMB) and a prominent industry client to launch a highly detailed on-site inspection, physical surveying, and comprehensive technical assessment at the Sinoma Pingxiang Cement Factory. This joint technical task force combined the industrial expertise, engineering capabilities, and strategic resources of all participating parties to conduct a thorough evaluation. The collaborative efforts were squarely focused on the facility’s core 5,000-TPD (Tons Per Day) modern new dry-process cement production line.

During this intensive field investigation, the joint working team conducted meticulous verifications and deep structural analysis of the on-site infrastructure layout, foundational operating conditions, core process technical parameters, supporting facility matching degrees, and the long-term sustainable development potential of the entire industrial site. By gathering first-hand engineering data and assessing physical asset conditions, the team established a highly accurate, authentic data foundation. This comprehensive empirical data will serve as the core blueprint support for all subsequent project engineering designs, equipment sizing, and localized construction workflows.

II. Comprehensive EPC One-Stop Service System and Customized Engineering Solutions

As the designated professional consulting engineering service provider for this high-profile project, INSUN bears the vital responsibility of delivering a complete, turnkey EPC (Engineering, Procurement, and Construction) general contracting solution spanning the entire project lifecycle. This institutional arrangement guarantees a seamless transition between various project phases. The comprehensive one-stop service model encapsulates:

● Preliminary and detailed engineering blueprint design

● Standardized, high-quality industrial equipment sourcing and procurement

● On-site construction management and civil engineering supervision

● Complex electromechanical system installation and structural integration

● Rigorous system commissioning, load testing, and final project delivery

By utilizing this integrated EPC methodology, INSUN achieves full-cycle, closed-loop control over the project's quality, timeline, and financial parameters. Relying on its solid technical reserves in the building materials engineering sector, alongside an extensive corporate portfolio of managing large-scale cement production line renovations and new construction projects, the company is uniquely positioned to formulate customized engineering schemes. These tailored solutions are precisely designed to comply with evolving national industry standards while aligning perfectly with the unique physical boundaries and operational realities of the Pingxiang factory.

III. Rigorous Analysis of Core Industrial Indicators and Environmental Infrastructure

This targeted on-site assessment focused heavily on multiple core industrial indicators that are absolutely crucial to the day-to-day operation, safety, and future capacity upgrading of the cement production line. The technical team closely inspected key heavy-production segments, including the high-temperature clinker calcination rotary kiln system, the raw material preparation and vertical grinding systems, the waste heat recovery power generation loop, and all interconnected environmental protection supporting equipment.

Special attention was dedicated to evaluating the current operating status and efficiency limits of the factory’s ultra-low emission facilities. Engineers strictly verified the performance metrics of the flue gas desulfurization (FGD) systems, selective non-catalytic/catalytic reduction (SNCR/SCR) denitrification units, and high-efficiency fabric filter dust removal systems. Furthermore, the technical team evaluated the available optimization margin for energy conservation, thermal consumption reduction, and carbon footprint mitigation across the plant. By thoroughly sorting out potential bottlenecks in equipment operations and process connections, the joint team successfully compiled a highly scientific, data-driven, and targeted technical assessment report.

IV. Driving Low-Carbon Upgrading through Mature Project Management Systems

Against the backdrop of an accelerating industry-wide trend toward green transformation, low-carbon upgrading, and intelligent digital optimization within the international cement sector, this project places high-efficiency, low-consumption, and environmentally friendly operations as its absolute core objectives. To achieve these modern milestones without disrupting project economics, the deployment of INSUN’s mature EPC service system becomes highly critical.

This standardized project management framework enables project managers to effectively monitor and control structural quality, construction progress milestones, overall capital expenditures, and on-site labor safety protocols. By establishing rigid technical oversight at every stage, the EPC model effectively mitigates technical deviations, structural misalignments, and unforeseen construction risks during field implementation. This rigorous approach fully guarantees the stable, highly standardized, and efficient advancement of the production line modification project from conception to completion.

V. Future Outlook and Collaborative Benchmarking

The successful completion of this comprehensive on-site assessment marks a major step forward, effectively optimizing the overall technical framework of the project and clarifying the subsequent phases of the implementation timeline. It establishes a remarkably solid preliminary foundation for the upcoming formal civil construction, specialized equipment docking, and automated system debugging.

Moving into the next operational phase, all cooperative parties—including INSUN, SINOMA (CDMB), and the client's plant management—are committed to maintaining highly efficient project coordination, transparent data sharing, and real-time technical communication. By working in close alignment, the partner organizations will jointly drive the steady, safe, and systematic advancement of the project, striving to build a premium, high-quality benchmark project that sets a new standard for the modernization, upgrading, and ecological reconstruction of medium and large-scale cement production lines across the region.