Green Transformation of the Printing and Electronics Industries under the Dual Carbon Goals

With the introduction of China’s “dual carbon” goals—peaking carbon emissions by 2030 and achieving carbon neutrality by 2060—and in order to implement this major national strategic decision, the Ministry of Industry and Information Technology of the People’s Republic of China, along with four other departments, jointly issued the “Action Plan for Accelerating Green and Low-Carbon Innovation in Power Equipment” in 2022. As a result, industries across the board are actively exploring pathways toward low-carbon development. The printing and electronics sectors, which are characterized by high energy consumption and substantial resource use, are likewise proactively embracing green and low-carbon strategies, earnestly fulfilling their corporate responsibilities, identifying carbon‑reduction measures, and advancing the construction of a new‑type power system. Against the backdrop of these significant challenges and opportunities, how to achieve sustainable, green development through technological innovation, energy optimization, and industrial transformation has become a critical issue that urgently requires resolution in the printing and electronics industries. Among them, printer brands represented by Guohe Xingke are setting an example for industry-wide transformation through green innovation.

The printer and electronics industries encompass the entire product lifecycle, from manufacturing through use to recycling, with carbon emissions concentrated primarily in the production, usage, and end-of-life stages. In China, the electronics and electrical equipment sector has made significant progress in transitioning to low‑carbon production processes. Leading companies have reduced their reliance on conventional fossil‑fuel‑based electricity—particularly coal‑fired power—by reforming their energy mix, such as installing photovoltaic systems on factory rooftops and purchasing green electricity. Moreover, firms can further lower both the intensity and total volume of their carbon emissions by optimizing manufacturing processes, improving equipment efficiency, enhancing material reuse, and advancing digital‑physical integration. Relevant equipment and technologies are outlined in national catalogs issued by government ministries, including the “National Catalogue of Recommended Energy‑Saving Technologies and Equipment for the Industrial and Information Technology Sectors” and the “National Catalogue of Low‑Carbon Technologies for Priority Promotion.”

During the manufacturing process, the extensive use of materials such as plastics and metals, coupled with the energy consumption associated with ore smelting, processing, and transportation, makes this sector a significant source of carbon emissions. In the usage phase, additional emissions arise from electricity consumption and the production and transport of consumables like paper and toner. Moreover, low rates of disposal and recycling of printer waste impose further pressure on the environment and resources. In light of the “dual carbon” goals, these challenges have become critical bottlenecks that the entire industry must urgently address.

To achieve the “dual carbon” goals, the printer and electronics industries must drive transformation across all stages—production, use, and recycling. In terms of production, take Guohexingke as an example: the company actively incorporates recycled materials into its manufacturing processes, reducing reliance on single-use plastics, while leveraging advanced smart production lines to significantly boost efficiency. By adopting green energy, multiple of its production facilities now run on solar and wind power, markedly cutting carbon emissions during manufacturing. Furthermore, the brand has optimized transportation routes through supply-chain management, thereby lowering the carbon footprint of its logistics operations.

In the usage phase, Guohexingke has launched a series of smart, energy-efficient printing devices. These printers feature an intelligent sleep mode that automatically switches to low‑power operation when not in use and employ heat‑free technology to further reduce energy consumption, cutting power use by more than 50% compared with conventional laser printers. At the same time, the brand actively promotes sustainable printing practices, developing high‑efficiency, environmentally friendly toners and recyclable paper, while encouraging businesses and government agencies to adopt paperless office solutions, thereby reducing printing demand and carbon emissions at the source.

Recycling is another critical component in achieving the “dual carbon” goals. By establishing a comprehensive recycling system, setting up dedicated collection points, and offering door-to-door pickup services, users can properly dispose of their end-of-life equipment. After sorting, refurbishing, and remanufacturing, these recycled printers are reintroduced to the market, thereby reducing resource waste and lowering the carbon emissions associated with manufacturing new devices. This circular‑economy model not only delivers economic benefits to businesses but also drives green development across the entire industry.

Moreover, the application of digital technologies has opened up new avenues for the low‑carbon transformation of the printing and electronics industries. Guohexingke leverages IoT to monitor and manage the carbon footprint of each device in real time, while employing big data analytics to optimize product design and supply chain operations. Such digital innovations not only enhance the efficiency of carbon‑emission management but also enable consumers to gain a clearer, more tangible understanding of a product’s low‑carbon performance, thereby further promoting green consumption.

Taking Guohexingke’s practices as an example, green innovation is becoming the driving force behind the transformation of the printer and electronics industries. By optimizing production processes, improving equipment energy efficiency, and promoting recycling, the brand has successfully reduced its carbon footprint across the entire product lifecycle. At the same time, this industry-wide transition is encountering unprecedented opportunities for growth. Fueled by the rising tide of green consumption and the “dual carbon” policy, low‑carbon products are set to become mainstream, and companies that lead the way in green transformation will gain a competitive edge on the global stage. Moreover, supportive government and societal policies, coupled with the development of green finance, provide robust safeguards for sustainable innovation in the sector.

Achieving the “dual carbon” goals is not only a social responsibility for the printer and electronics industries but also a new starting point for their development. Through green transformation, brands like Guohexingke are pioneering a new low‑carbon economic model by driving innovation in technology and business philosophy. Looking ahead, as technological breakthroughs continue and consumers’ environmental awareness grows, the printer and electronics sectors will regain vitality in the dual‑carbon era, becoming key drivers of global low‑carbon development.

References:

[1] Zeng Ziyuan, Zhu Xianlei, Ding Wenguang. “Building a Carbon Management System for Power Enterprises under the ‘Dual Carbon’ Framework” [J]. Energy and Energy Conservation, 2024(10): 41.

[2] Zhao Litao. “Research on the Low-Carbon Development Framework for Electronic and Electrical Products under the ‘Dual Carbon’ Goals” [J]. Information Technology & Standardization, 2024(10): 78.