On November 23, 2025, the 21st Session of the UNIDO General Conference and the 2025 Global Industry Summit grandly opened at the King Abdulaziz International Conference Center in Riyadh, Saudi Arabia.

As a benchmark enterprise in China's green industrial technology innovation, UniNano Advanced Materials was invited to attend the summit on behalf of Chinese green and low-carbon innovative enterprises. With the identity of "Champion of the 4th UNIDO Carbon Neutrality Technology Solutions Collection and Evaluation Conference (Industrial Manufacturing)", the company showcased its mesoporous thermal insulation solutions applicable to multiple scenarios in the global industrial thermal field to representatives from 173 member states worldwide, as well as over 5,000 participants from global political, academic, industrial circles, financial institutions, civil society and international organizations. It set a new benchmark for global industrial decarbonization with an economically efficient and energy-saving innovative technology.

Breaking the Dilemma of "Emission Reduction Leading to Cost Increase": Chinese Technology's Hard Power Validated on the UN Stage

The economically efficient and energy-saving mesoporous thermal insulation technology brought by UniNano Advanced Materials provides a brand-new solution for carbon reduction in the global industrial sector. According to industry data, more than 15% of global energy consumption is lost in the form of industrial thermal energy, of which 60% is concentrated in high-energy-consuming industries. However, most global carbon reduction technologies have fallen into the dilemma of "significant cost increase for carbon reduction". In contrast, UniNano's mesoporous thermal insulation technology, at the same cost as traditional solutions, reduces heat dissipation losses by 30% for high-energy-consuming industries, and each cubic meter of mesoporous thermal insulation material can reduce CO₂ emissions by up to 7 tons throughout its life cycle, resolving the contradiction between "emission reduction and cost opposition".

UniNano has achieved a world-first breakthrough in transforming mesoporous materials from "laboratory" to "industrialization": adopting a green atmospheric pressure water-based production process, the technology is mature, with hundreds of cross-industry application cases and an annual single-line production capacity of 20,000 cubic meters. Its full-scale promotion can reduce carbon emissions by hundreds of millions of tons, providing a Chinese solution for the global acceleration of carbon neutrality.

This technological strength has not only won the Champion of the 4th UNIDO Carbon Neutrality Technology Solutions Collection and Evaluation Conference (Industrial Manufacturing) previously but also attracted widespread attention in the "One World" Sustainability Awards selection at this summit. UniNano Advanced Materials' "low-cost, implementable" technical solution provides a practical model for the green transformation of industry in developing countries, highly aligning with UNIDO's core mission of promoting "inclusive and sustainable industrialization".

Balancing Economic Efficiency and Carbon Reduction Effectiveness, Global Recognition Continues to Rise

The key demand for the green and low-carbon transformation of global industrial enterprises is to find a sustainable path that is "economically feasible and achieves large-scale carbon reduction". UniNano's mesoporous thermal insulation solution precisely responds to this need – without additional upfront investment, enterprises can directly reduce heat dissipation losses by over 30% on the premise of equal investment, thereby reducing carbon emissions, lowering the operating costs of high-energy-consuming enterprises, and also has the advantage of space saving. This creates a positive cycle between environmental responsibility and economic benefits, adapting to the carbon reduction needs of different countries and different high-energy-consuming industries.

Currently, the global market size of industrial fiber-based thermal insulation materials has reached tens of billions of US dollars. Relying on its unique value proposition of "no incremental investment required, over 30% energy saving, and long-term cost reduction", UniNano Advanced Materials has successfully broken down the green transformation barriers across different countries and industries, becoming a preferred solution for industrial upgrading in many countries, with its market recognition and cooperation coverage continuously improving.

UniNano's Mesoporous Thermal Insulation Technology Debuts at the Summit, Becoming a Hot Topic in Global Green Transformation

At the UNIDO Global Investment and Technology Promotion Conference, the "economically efficient and energy-saving mesoporous thermal insulation technology" showcased by UniNano Advanced Materials triggered a warm response from political and business representatives and industry experts from various countries present, thanks to its large energy-saving potential, wide application scenarios, significant carbon reduction volume, operating cost savings, environmentally friendly green water-based process, and no need for additional investment. It can be adapted to multiple scenarios in the global industrial thermal field.

From the successful application of over 500 cases in various fields, to winning the Champion of the 4th UNIDO Carbon Neutrality Technology Solutions Collection and Evaluation Conference (Industrial Manufacturing), and then showcasing China's innovative decarbonization solutions to the world, UniNano Advanced Materials has not only demonstrated the strength of China's green and low-carbon technologies but also confirmed its leading hardcore strength in the global industrial carbon reduction field. As Professor Lu Yucheng, the founder of the company, said: "UniNano Advanced Materials' goal is not only to provide an innovative energy-saving and carbon-reducing product but also to make the 'Chinese decarbonization solution' a universal choice for global industrial decarbonization through technological innovation, injecting lasting Chinese power into the sustainable development of global industry."

In the future, UniNano Advanced Materials will continue to conduct in-depth research and development on the "nanoscale thermal insulation mechanism", and further expand its global layout, enabling its world-leading mesoporous thermal insulation technology to serve the green industrial transformation of more countries, and drive the low-carbon and sustainable development of the global industry through technological innovation.