As the world moves toward net-zero emissions and China advances its “dual carbon” goals, accurate carbon accounting and transparent data have become the foundation for climate action. However, many high-emission industries and resource-based cities face a major challenge: how to build a scientific and traceable Monitoring, Reporting, and Verification (MRV) framework to manage complex industrial sources and unclear reduction paths.
As a leading provider of analysis solutions for the environment and industrial processes, FPI offers a repeatable, end-to-end digital solution for greenhouse gas (GHG) monitoring and carbon management. By integrating the Internet of Things (IoT), precision instruments, and big data analytics, we help customers ensure their carbon emissions are measurable, reportable, and verifiable. This allows them to move from passive compliance to proactive climate governance.
FPI’s solution is built on “digital empowerment and collaborative governance.” It covers the entire carbon management lifecycle—from data collection and analysis to decision-making and application. We provide three core pillars of support for both regional and corporate customers:
Building a Multi-dimensional and Precise GHG Sensing Network
The first step in creating an accurate “GHG inventory” is precise, continuous monitoring. FPI provides a hardware sensing matrix designed for various industries and environments:
High-precision monitoring for fixed sources and ambient air: We deploy FPI’s self-developed analyzers to provide high-precision, continuous online monitoring of key gases like CO2 and CH4.
Adaptation to harsh conditions: For industrial parks, our mid-precision analyzers include built-in purging systems. This significantly improves stability and data availability in high-dust and corrosive environments.
Flexible networking and wide coverage: Our compact, pole-mounted monitoring stations integrate carbon and weather sensors to cover mining areas and urban-rural fringes easily.
Integrated air-to-ground monitoring: We combine drone remote sensing with mobile monitoring vehicles to eliminate blind spots, creating a comprehensive monitoring network across air, space, and ground.
Creating a Digitalized Carbon Management Platform
While hardware provides the data foundation, FPI’s digital “Dual Carbon” platform serves as the intelligent brain that enhances governance capabilities.
Dynamic emission accounting: With proper authorization, the platform connects to a company’s online data for precise, bottom-up carbon accounting.
Multi-source data integration: By combining data from fixed stations and remote sensing, the platform analyzes spatial and temporal distributions to provide a clear view of regional carbon dynamics.
Carbon assets and trading support: The platform tracks both emissions and carbon sinks to create “carbon ledgers” based on global and local standards. This provides reliable data for carbon asset management, market trading, and ESG reporting.
Success Story: Enabling the Low-Carbon Transition of an Industrial City
In a digitalization project for a typical resource-based industrial city, FPI successfully implemented this solution. By deploying a city-wide monitoring network and building a supervision platform, FPI helped the city clarify its “carbon inventory.” The project provided the local government with powerful management tools and improved compliance efficiency for high-energy industries, creating a standard roadmap for heavy industry transformation.
Looking ahead, FPI will continue to advance GHG monitoring and low-carbon technologies. We will expand our digital capabilities into more sectors—such as energy, steel, and chemicals—to provide a solid data foundation and valuable best practices for global climate action.
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