Globally, Cummins is constantly working closely with government agencies, academic groups, and non-profit organizations to work for a common environmental commitment - "do everything to create a cleaner environment."
On the one hand, Cummins actively cooperates with government agencies and institutes to bring breakthrough clean engine technologies to the market more quickly and more economically. On the other hand, Cummins actively cooperates with government regulatory agencies and establishes the first in the United States. Greenhouse gas emissions and fuel economy of medium- and heavy-duty commercial vehicles are measured.
Cummins is currently working with the U.S. Department of Energy to conduct research on the "super truck" project. This project aims to increase the fuel economy of trucks in use, reduce energy waste and exhaust emissions, and recycle waste heat. The research principle is to transport waste heat directly to the engine through a 1-0.5 ft diameter steam turbine. The application of this technology will help Cummins users greatly improve fuel economy while further reducing greenhouse gas emissions.
In China, Cummins has also been actively supporting public policy agencies and institutes to more effectively formulate and implement stricter emission regulations, and to provide corresponding tools and technologies for this purpose.
In addition to government cooperation, Cummins has always emphasized that cooperation with customers is an important means of continuous performance optimization. Cummins has been working closely with global partners and customers to develop the most suitable technology to meet the diverse needs of a diversified market:
Cummins has joined forces with key global OEMs to continuously develop high-performance products that meet the most stringent emission standards. This collaboration ensures that Cummins' emission reduction technologies can be most effectively applied to OEM equipment to further optimize performance.
Cummins has also been working closely with end-users to jointly address environmental challenges. Cummins provides end-users with superior products and technologies and related training to help them meet the requirements of emission regulations while improving fuel economy. End-customers do their best to protect the environment by using the best cycle conditions and calibration operations.
Since 2004, Cummins has completed 57 Six Sigma quality management projects in cooperation with fleet operators. It has saved 49 million gallons of fuel and reduced carbon dioxide emissions by 495,000 tons, equivalent to a reduction of 95,000 road vehicles.
The advanced fuel system is the key to achieving combustion optimization. It meets stringent emission standards and meets users' performance requirements. Cummins and Scania carry out long-term cooperation to jointly develop advanced fuel system technologies. We have jointly developed an XPI (Ultra High Pressure Fuel Injection) system to help engines meet the world's most stringent emission standards.
Cummins has also been working hard with Chinese OEMs to promote the most environmentally friendly engine technology to China. Cummins not only synchronizes with the international market, but also introduces low-emission, high fuel economy products to China. Our joint venture in China also develops the most advanced environmental protection products for Chinese customers. For example, our joint venture with a leading commercial vehicle manufacturer in China was the first to develop and produce Euro IV engines. China expects to implement this stringent environmental protection standard nationwide in 2011.
In response to China's new energy policy, Cummins continues to expand cooperation with OEMs, end-users, and university research institutes to jointly promote the application and innovation of alternative energy sources, especially in the areas of natural gas and hybrid power development. Cummins is the first diesel engine manufacturer to introduce hybrid applications into China.
Cummins also actively collaborates with the advanced research and development capabilities of Chinese universities and research institutions to jointly develop cooperative R&D projects. In 2006, Cummins launched two joint research projects with Tsinghua University. One is hybrid technology, and the other is the application of biofuels in diesel engines. Both parties are fully aware that hybrid applications and energy efficiency research have great potential. In addition to Cummins funding for project research at Tsinghua University, Cummins engineering and technology experts from the United States and China are also actively involved in the R&D work of the Automotive Engineering Department at Tsinghua University.
In addition to governments, customers, and universities, Cummins has also been committed to serving and improving its communities and working with communities to develop environmental projects.
In celebration of the 90th anniversary of the establishment of Cummins in 2009, the Cummins Foundation initiated a global community initiative to participate in community environmental improvement projects. A total of 3,200 Cummins employees in 11 countries invested 33,450 hours in 60 green projects. The project has a wide range of topics, from simple resource recycling to complex carbon footprint reduction initiatives. Through extensive cooperation with local communities, our employees have successfully contributed to the improvement of the local environment.
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