Home

Focusing on the core pain points of high energy consumption and high emissions in chemical enterprises, this solution integrates digital monitoring, intelligent optimization and full-process carbon management services to help enterprises achieve cost reduction, efficiency improvement and compliant development under the dual carbon policies. Firstly, it builds a full-dimensional energy data collection system, adapted to heterogeneous equipment of chemical enterprises (such as reactors, air compressors, boilers, etc.). Through intelligent terminals compatible with DCS, PLC and other systems, it collects real-time consumption data of multiple energy types including electricity, coal and natural gas, breaks “data silos” and realizes visual monitoring of energy consumption. Then, with the help of built-in multi-dimensional analysis models, it identifies energy-saving potential from equipment, process, time period and other aspects. For example, optimizing the temperature parameters of reactors (reducing by 5℃ can cut energy consumption by 8%) and adjusting the operating load of air compressors to avoid no-load waste, so as to generate personalized energy-saving strategies. At the same time, a carbon accounting module is embedded, connected to national carbon emission accounting standards, which automatically counts direct emissions (fuel combustion, process) and indirect emissions (purchased electricity), generates compliant carbon emission reports, and provides emission reduction solutions such as green electricity replacement and carbon footprint tracing. The solution also supports integration with enterprises’ existing ERP and MES systems, forming a closed-loop management of “energy consumption monitoring – analysis and optimization – carbon accounting – effect verification”. It helps enterprises reduce energy waste by more than 30%, lower unit product energy consumption by 8%-15%, and meet the requirements of carbon emission disclosure and policy compliance.

Aiming at the pain points of chemical raw material supply chains such as decentralized procurement, weak bargaining power, high logistics risks and inventory imbalance, this solution builds a full-chain guarantee system of “resource integration + intelligent management + risk hedging”. On the upstream side, it integrates global high-quality supplier resources, selects raw material manufacturers with qualification certification and stable production capacity, and establishes a hierarchical supplier database covering full categories including basic chemical raw materials, fine intermediates and functional additives. Through group procurement mode, it helps enterprises reduce procurement costs by 10%-20%. On the midstream side, it deploys an intelligent inventory management system. Based on production plans, raw material consumption rates, market supply and demand changes and other data, it establishes a dynamic inventory early warning mechanism, sets safe inventory thresholds to avoid raw material overstock or stock shortages. Meanwhile, it provides professional warehousing services, setting up warehousing centers that meet hazardous chemical storage standards in core chemical industrial clusters to realize centralized management and on-demand allocation of raw materials. On the downstream side, it optimizes the logistics and distribution network, cooperates with enterprises qualified for hazardous chemical transportation, adopts GPS real-time monitoring, precise temperature and humidity control and other means to ensure safe and compliant transportation of raw materials. For international procurement scenarios, it provides one-stop services such as customs declaration and compliance testing to avoid policy risks in cross-border trade. In addition, the solution includes a price fluctuation hedging mechanism. Through long-term agreement procurement, futures tool consulting and other methods, it helps enterprises lock in raw material costs, cope with sharp market price fluctuations and ensure production continuity.

Faced with increasingly stringent environmental protection policies (such as VOC emission reduction, halogen-free requirements, and upgrading of sewage discharge standards), this solution provides a full-cycle environmental compliance service of “diagnosis – replacement – optimization – certification”. Firstly, it conducts environmental compliance diagnosis on enterprises’ existing production systems, including environmental assessment of raw materials, detection of pollutant emissions from production processes, and analysis of wastewater/waste gas/solid waste treatment efficiency, to accurately locate compliance risk points (such as use of high-VOC solvents, application of halogen-containing flame retardants, substandard wastewater treatment, etc.). Then, it provides green raw material replacement solutions. For example, replacing halogen-containing flame retardants with phosphorus-nitrogen halogen-free flame retardants, replacing high-VOC organic solvents with water-based or plant-based solvents, and replacing traditional non-degradable additives with biodegradable additives. It ensures that the alternative raw materials match the original ones in performance and cost without requiring major transformation of production equipment. At the same time, it optimizes production processes to reduce pollutant generation, such as improving reaction conditions to cut by-product emissions, introducing closed-loop recycling systems to recover solvents and waste heat, and improving resource utilization rate. Finally, it assists enterprises in completing environmental compliance certification, including compiling MSDS, applying for international environmental certifications such as RoHS/REACH, and connecting with local environmental protection departments to complete pollutant discharge permit declaration. It ensures that enterprises fully comply with national and international environmental standards, get rid of the risk of environmental penalties and enhance their green brand image.

Focusing on the pain points of chemical enterprises such as poor adaptability of general raw materials, lack of core formulations and low mass production conversion rate, this solution provides full-chain customized services from demand research to mass production. In the early stage, a R&D team composed of chemical engineers and material experts is set up to deeply understand customers’ application scenarios (such as new energy batteries, high-end coatings, textile printing and dyeing, etc.), performance indicators (such as energy storage efficiency, weather resistance, flame retardant rating, etc.) and cost budgets, and carry out targeted formulation design. During the R&D process, it optimizes the proportion of raw material components through lab-scale tests, focusing on the stability, compatibility and production feasibility of the formulations. Then, pilot-scale amplification tests are carried out to simulate the actual factory production processes (such as mixing, reaction, molding, etc.) and solve technical problems in the process from lab-scale to mass production (such as component uniformity, process parameter adaptability, etc.). At the same time, it balances formulation performance and cost comprehensively, optimizing raw material selection to control production costs on the premise of meeting customers’ indicator requirements. In the mass production stage, it provides on-site technical guidance, assists enterprises in adjusting production equipment parameters and standardizing operation procedures to ensure stable product quality. Subsequently, it provides formulation iteration services, continuously optimizing formulation performance according to customers’ production feedback, changes in market demand or upgrading of industry standards, helping enterprises form core technical barriers. For example, developing electrode coating material formulations with long cycle life for new energy battery enterprises, and R&D film-forming aid formulations with low VOC and high scrub resistance for coating enterprises, with mass production conversion rate reaching more than 95%.