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On October 11, 2007, the Beijing Fine Chemicals Base made another significant contribution to the Beijing Olympics by successfully bidding for a new project organized by Beijing Public Transport Corporation. The project involved the development of a high-purity urea solution, a new type of diesel engine exhaust gas eliminating agent, created by the Beijing Chemical Reagent Research Institute. This achievement marked a major step in reducing emissions from diesel buses in Beijing, aiming to meet Euro IV standards before the Games and setting a high benchmark for diesel emissions in the city.
In addition to this, the base has been actively involved in several environmental projects related to the Olympics. These include tire recycling initiatives, a 100,000-ton/year biodiesel project by Beijing Gushan Bioenergy Co., Ltd., waste chemical reagent recovery programs by Beijing Chemicals Recycling Co., Ltd., and energy-saving lamp production at the Beijing Chemical Industry Plant. These efforts highlight the base’s commitment to sustainable development and circular economy principles.
Over the past four years, the base has developed a modern fine chemical industrial chain encompassing electronic chemicals, photosensitive chemicals, new materials, chemical reagents, and plastic additives. It is now an essential part of Beijing’s circular economy. The base focuses on environment-friendly projects with long industry chains, high technological content, and high added value, aligning with the goals of being “fine, serialized, specialized, functional, and efficient.â€
The New Materials Application and Demonstration National Fine Chemical Industry Base has established a waste tire recycling center that processes used tires into valuable resources. With over 10 million waste tires generated annually in Beijing, and a growth rate of double digits, the center plays a critical role in reducing environmental pollution. The facility can process 15,000 tons of tires per year, producing rubber powder that is used in asphalt modification, significantly improving road quality and reducing noise levels.
Rubber powder not only enhances road performance but also reduces maintenance costs and improves driving safety. Compared to traditional asphalt, it can lower road noise by up to 60%, equivalent to halving traffic volume. Its use is widespread in developed countries, and China is beginning to explore its potential as well.
Another key initiative involves the recycling of chemical waste. The base collaborates with the Beijing Chemical Industry Recycling Center to recover organic solvents and chemical reagents, which are then repurposed for various industries. This process avoids the risks associated with burning waste, reduces pollution, and supports a closed-loop system that aligns with the principles of the circular economy.
Additionally, the base has launched a 100,000-ton/year biodiesel project by Beijing Gushan Bio-Electric Co., Ltd., using waste vegetable oil and methanol. This one-step process reduces water usage and pollution, making biodiesel production more cost-effective and environmentally friendly. Biodiesel offers significant emission reductions compared to petroleum diesel, making it a promising renewable energy source.
Finally, the Beijing Chemical Plant's three-phase energy-saving lamp project, with a total investment of 16 million yuan, aims to produce 800 to 1,000 tons of phosphor powder annually by 2009. The first phase has already been completed and passed inspections, showcasing the base’s commitment to innovation and sustainability.