Green Design Revolution | Growing with Green, Reshaping Industrial Manufacturing Logic

The green transformation of manufacturing is undergoing a silent shift

Over the past decade, China‘s industrial decarbonization efforts—from improving motor efficiency to end-of-pipe pollution control, from clean energy substitution to process optimization—have largely focused on the “production end” and “usage end.” The results have been tangible, but questions remain: When a motor’s efficiency approaches its physical limit, and when a wastewater treatment plant runs at full capacity year-round, where does the next frontier lie?

This question is not confined to factory floors. In the spring of 2026, the Industrial Product Green Design Guidelines (2026 Edition) was jointly released by five ministries including the Ministry of Industry and Information Technology (MIIT), systematically proposing 11 green design directions including long life, harmlessness, lightweighting, and ease of recycling. In the same month, the 15th Five-Year Plan Outline incorporated “promoting high-end, intelligent, and green development of manufacturing” into the mainline of industrial upgrading. The earlier Guiding Opinions on Accelerating the Green Development of Manufacturing had already mandated the full implementation of green design for industrial products. In Chongqing, the Chongqing Industrial Design High-Quality Development Action Plan (2024–2027) sets a quantitative target of driving over 1 trillion yuan in new product sales for industrial enterprises above designated size by 2027, while the Chongqing Industrial Design Promotion Regulations provides local legislative safeguards for the green development of the design industry. Policies have been progressively layered, and the answer they collectively point to lies precisely at the design source.

Research shows that approximately 80% of a product’s lifecycle resource consumption and environmental impact are locked in at the design stage. This means that every line, every interface, and every material on a blueprint essentially writes the script for decades of future carbon emissions. Energy-saving retrofits in factories are merely patchwork on that script; end-of-life recycling is a passive response to its final act. The pen that rewrites the script lies in the hands of the designer.

Design—precisely the link that is often overlooked. In many companies, green design is still narrowly understood as “using more expensive eco-friendly materials” or “adding a green process”—often triggering instinctive reactions about rising costs and longer cycles. In reality, true green design is a “subtraction” mindset—streamlining structures, reducing parts, lightweighting bodies, modularizing interfaces, and simplifying materials. It does not add green labels to a product; instead, it starts from how a product is disassembled, how it is upgraded, and how it is recycled—working backward to redefine the very form of its existence.

Such green design practices are emerging at different scales

Let us first look beyond Chongqing to see how modular design can make products “live longer,” and to understand that green design is an architectural innovation about “how to reassemble,” rather than a breakthrough in material science. Kocheng has deconstructed hydrogen storage tanks, car washes, and charging piles into independent functional units connected through standardized interfaces, ensuring that localized damage no longer compromises the entire product‘s lifespan. The Sino-Singapore Tianjin Eco-City, built on 30 square kilometers of saline-alkali wasteland, replaced soil replacement with a drainage pipe network, using “process design” to let problems naturally dissolve over time—scaling modular and interface standardization from industrial products to the urban level. Steelcase goes even further: an ergonomic chair achieves 85% recyclability, full lifecycle carbon tracking, and carbon offsets through grassland restoration in Qinghai’s Sanjiangyuan region—making carbon data a hard input parameter on the designer‘s desk, just like size and weight.

Now, let’s turn the lens back to Chongqing. Mage Home Furnishing has completed a twenty-year journey from “passive compliance” to “active leadership.” A decade-long effort to shift from oil-based to water-based coatings eliminated highly volatile organic solvents from the entire production line; a wood micro-carbonization heat treatment process improved the product‘s deformation resistance by 60%; and three smart manufacturing bases translated national green factory standards into quantifiable operational parameters. Mage’s value lies not in any single technological breakthrough, but in forging a path where “digitalization makes green manufacturing measurable, replicable, and accumulative”—transforming green from a concept into a daily, full-chain reality.

As a transmitter of green design thinking, Professor Wu Hanhan from Sichuan Fine Arts Institute points out that green design is not “harm-reduction design,” but a shift from passively reducing damage to actively restoring ecosystems. She traces the wisdom of “local sourcing and making the best use of everything” from traditional southwestern craftsmanship, distilling it into actionable contemporary methodologies. Through her green design studio, she embeds the principle of “starting from the problem” throughout the entire talent cultivation process. In her view, the most fundamental purpose of design is not to create more objects, but to create better lives.

These practices from different fields and scales collectively point to one conclusion: green design is not a mild improvement, but a manufacturing logic revolution that starts at the source. It does not rely on expensive material R&D investments or wait for some disruptive technology to emerge. Instead, within existing technological resources, it rethinks how products are broken down, how they are connected, and how they are reassembled—redefining a product‘s relationship with time: whether it can be repaired, upgraded, or disassembled, rather than being discarded as a whole.

Of course, translating green design from concept to voluntary corporate action still confronts a practical question: how exactly should the costs and benefits be calculated? When designers lack carbon data to support material choices, when SME owners instinctively equate green design with “cost increases,” and when talent who understand both carbon and design remain in short supply—these gaps, if left unaddressed, will keep green design confined to a few forward-thinking companies rather than becoming common practice across the industry.

Green design is becoming a critical variable in the reshaping of global industry rules. It concerns not only carbon emission reports, but whether “Chongqing-made” products can hold their own power to define and price in international markets. In this special issue, we attempt to sketch the current landscape of industrial design‘s green transformation—from enterprises to cities, from local practices to international frontiers, from industrial transformation to talent cultivation.