The energy transition in transportation is happening now. Businesses are under pressure to meet new regulations, environmental targets and public opinion. Fleets looking to act quickly to implement clean solutions are turning to compressed natural gas engines. They’re an increasingly popular choice for fleets looking to save money on fuel while improving air quality and reducing their total emissi
Lowering Cost of Production In the mining industry, controlling the cost of production (COP) is critical to maintaining profitability. A significant aspect of controlling COP is minimizing equipment downtime and maintenance. Cummins PrevenTech® addresses these issues directly, offering a proactive, data-driven solution to improve equipment reliability and ultimately decrease the COP. Preve
Natural gas engines have been around for decades now. They offer a range of benefits, including reduced emissions and operating costs compared to diesel engines. Despite a high degree of parts commonality, there are some maintenance differences between natural gas engines and diesel engines. This article delves into the world of natural gas engine maintenance and service. It provides insights into
A more sustainable world is one with lower emissions. By lowering greenhouse gases (GHGs) — like carbon dioxide (CO2) and methane (CH4), which contribute to climate change; and oxides of nitrogen (NOx ), which contribute to ozone depletion; and particulate matter (PM), which impacts air quality — we can improve the resiliency of our lives. Decarbonizing with renewable energy and adopting
After building its 5 millionth engine, Cummins Inc.’s Rocky Mount Engine Plant (RMEP) is continuing its long history of innovation in engine technology and manufacturing. The next stop? Building fuel-agnostic engines in their VPI Lab. What is the VPI Lab? VPI, or value package introduction, is Cummins’ process for commercializing technology for market through the definition, design, de
This article explores the importance of reducing transportation emissions, the concept of carbon footprints, and the various strategies employed to combat climate change and achieve a net-zero future. Why is it important to reduce emissions? Greenhouse gases (GHG) are molecules that accumulate in the atmosphere and lead to global warming. GHG emissions mitigation is the act of reducing the a
Which sectors will be most affected by the energy transition? The global shift from fossil fuels to renewables is driven by concerns about climate change, air quality, and energy security. Let’s explore the basics of the energy transition and consider the challenges that must be overcome to shape a sustainable future. What is the energy transition? The energy transition is a glob
As the world seeks sustainable alternatives to traditional energy sources, understanding the concepts of clean and renewable energy is crucial. Let us discover the benefits of clean energy sources like solar or wind. We will also take a look at the top clean energy fuels such as hydrogen and RNG, and Cummins Inc.’s commitment to driving innovation in the clean energy space. What is the di
Rising costs related to fuel, trailers, parts, insurance, wages and more all keep truck fleet managers on the lookout for ways to meet market demands more efficiently. In response to these escalating expenses, Cummins has proactively implemented measures to address the rising costs. Digital technologies can play an important role in the journey to reduce costs. But did you know they can a
Like every invention, Cummins Inc. engines undergo rigorous testing to determine the viability of a new component, design or technology. With test cells installed in 2015, Seymour Engine Plant’s engine research and development capability and capacity significantly increased. Now, the plant’s sustainability leaders are on a mission to reduce test cell’s fuel emissions. Celebrating the expansion
Companies working to achieve their decarbonization goals are increasingly interested in hydrogen engines. Over the past year, leading companies like Tata Motors, Buhler Industries and Werner Enterprises have expressed interest in Cummins 15-liter hydrogen engine. More leading companies can take advantage of hydrogen-powered solutions to decarbonize as these technologies become more cost-friendly a
Hydrogen use in the transportation sector initially focused on hydrogen fuel cell electric vehicles (FCEV's). More recently, however, hydrogen vehicles powered by internal combustion engines (ICEs) are increasingly receiving attention, especially among medium and heavy-duty trucking applications. But why? Hydrogen engines offer a zero-carbon pathway using the same hydrogen fuel as FCEV's.