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Mitigating Risk and Liability with Digital Documentation

Compliance, risk management, and liability mitigation are the top concerns for propane businesses. With strict regulations governing safety and transportation of hazardous materials, companies must adopt comprehensive strategies to protect themselves and their stakeholders. However, manual documentation processes can often be cumbersome, prone to errors, and may not provide the necessary level of detail to… Continue reading Mitigating Risk and Liability with Digital Documentation

Compliance, risk management, and liability mitigation are the top concerns for propane businesses. With strict regulations governing safety and transportation of hazardous materials, companies must adopt comprehensive strategies to protect themselves and their stakeholders. However, manual documentation processes can often be cumbersome, prone to errors, and may not provide the necessary level of detail to satisfy regulatory requirements. Enter digital documentation solutions – a game-changer in the quest for propane compliance and risk reduction.

Propane businesses face multifaceted challenges when it comes to compliance. From adhering to National Fire Protection Association (NFPA) standards to complying with federal regulations such as the Code of Federal Regulations (CFR) and Federal Motor Carrier Safety Regulations (FMCSR), the landscape is complex and ever-evolving. Failure to meet these standards can result in severe penalties, legal liabilities, and reputational damage.

One of the key areas where propane businesses often struggle is in maintaining accurate and up-to-date documentation. This includes customer records, driver files, vehicle maintenance logs, and safety meeting minutes, among others. Manual record-keeping processes are not only time-consuming but also prone to errors and inconsistencies. Moreover, in the event of an audit or an incident, retrieving relevant documentation can be a daunting task, leading to delays and potential compliance issues.

Digital documentation solutions offer a comprehensive remedy to these challenges. By leveraging technology such as mobile applications and cloud-based platforms, propane businesses can streamline their documentation processes, ensure data accuracy, and enhance compliance readiness. These solutions allow for real-time data capture, automated record-keeping, and seamless integration with existing systems, providing businesses with a centralized repository of information that is easily accessible and auditable.

Moreover, digital documentation solutions offer built-in features that enhance risk management and liability mitigation. For example, GPS tracking and geotagging functionalities enable businesses to monitor the location and movement of propane assets in real-time, reducing the risk of theft or unauthorized access. Time-stamped photo documentation provides visual evidence of compliance activities, offering added protection in the event of disputes or legal claims.

In addition to improving compliance and reducing risk, digital documentation solutions can also deliver significant cost savings and operational efficiencies for propane businesses. By automating manual tasks and reducing paperwork, businesses can allocate resources more effectively, streamline workflows, and improve overall productivity.

For businesses seeking comprehensive support in propane compliance and safety management, PropaneSafetyPro.com offers a suite of services tailored to their needs, from developing emergency action plans to establishing policies and procedures and crafting a robust security plan. Moreover, their safety training programs ensure that employees are well-equipped with the knowledge and skills necessary to uphold safety standards and regulatory requirements.

To further enhance these initiatives, companies are using the Propane Safety App, a powerful digital tool designed to streamline documentation, compliance tracking, and risk reduction. With features such as real-time data capture, GPS tracking, and time-stamped photo documentation, the Propane Safety App provides businesses with a comprehensive solution for managing their compliance and safety needs.

The adoption of digital documentation solutions represents a transformative opportunity for propane businesses to enhance compliance, mitigate risk, and protect against liability. By embracing technology-driven approaches to documentation management, businesses can navigate the complexities of regulatory compliance with confidence, while driving operational excellence and ensuring the safety and security of their operations.

Advantages of Propane Generators in Business

Propane-powered generators offer several benefits for businesses, providing a reliable and efficient power source. This article explores the critical advantages of integrating these generators into business operations. Reliable Power Supply Propane generators are known for their reliability. They can provide a steady power supply during outages, ensuring business operations continue without interruption. This reliability is… Continue reading Advantages of Propane Generators in Business

Reliable Power Supply

Propane generators are known for their reliability. They can provide a steady power supply during outages, ensuring business operations continue without interruption. This reliability is crucial for maintaining productivity and preventing loss.

Energy Efficiency

Propane is an efficient fuel source, meaning generators can produce a significant amount of energy relative to the fuel consumed. This efficiency can lead to cost savings over time, as less fuel is needed to generate the required power.

Environmental Benefits

Compared to diesel or gasoline generators, propane generators emit fewer pollutants. They release less carbon dioxide, nitrogen oxides, and particulate matter, making them a cleaner choice for businesses conscious of their environmental impact.

Cost-Effective Operation

While the initial investment in a propane generator may be similar to other types, the long-term operating costs are often lower. Propane’s efficiency and the stability of its price compared to other fuels can result in lower overall costs.

Versatility and Portability

Propane generators come in various sizes, making them suitable for multiple business needs, from small portable models for on-site work to large units for industrial operations. Their portability also makes them ideal for locations without direct access to other power sources.

Long Shelf Life

Propane has an indefinite shelf life, unlike gasoline or diesel, which both degrade over time. This extended shelf life ensures that the fuel for your generator will be ready when needed, even if stored for extended periods.

A Robust Option

Propane-powered generators are a robust option for businesses looking for reliable, efficient, and environmentally friendly power solutions. Their versatility and cost-effectiveness make them suitable for various applications, ensuring companies can continue to operate smoothly and consistently, even during unexpected power disruptions.

Optimizing Propane Heating Systems for Maximum Efficiency

Propane heating systems are vital in keeping homes and businesses warm and comfortable, especially in areas with limited access to natural gas or electricity. Maximizing the efficiency of these systems is crucial for both customers and propane providers, as it can lead to significant cost savings and environmental benefits. Here are some practical tips for… Continue reading Optimizing Propane Heating Systems for Maximum Efficiency

Propane heating systems are vital in keeping homes and businesses warm and comfortable, especially in areas with limited access to natural gas or electricity. Maximizing the efficiency of these systems is crucial for both customers and propane providers, as it can lead to significant cost savings and environmental benefits. Here are some practical tips for optimizing propane heating systems to ensure maximum efficiency and performance for customers:

Regular Maintenance and Tune-Ups

Regular maintenance is essential for ensuring the efficient operation of propane heating systems. Encourage customers to schedule annual tune-ups with qualified technicians to inspect and clean the system, check for potential issues, and ensure all components function correctly. Routine maintenance can improve efficiency, extend the system’s lifespan, and reduce the risk of breakdowns.

Proper System Sizing and Maintenance Check

The proper sizing and installation of propane heating systems are critical for optimizing efficiency and performance. Work with customers to determine the appropriate size and type of system based on factors such as the dimensions of the heated space, insulation levels, climate conditions, and heating requirements. Ensure certified professionals install systems according to manufacturer specifications to prevent inefficiencies and safety hazards.

Programmable Thermostats and Zone Heating

Encourage customers to invest in programmable thermostats and zone heating systems to optimize energy usage and maximize comfort. Programmable thermostats allow users to set heating schedules based on their daily routines, reducing energy consumption when heating is not required. Zone heating systems enable customers to heat specific home or business areas independently, thereby improving efficiency and reducing heating costs.

Energy-Efficient Appliances and Equipment

To minimize energy waste and lower operating costs, advise customers to choose energy-efficient appliances and equipment, such as furnaces, boilers, water heaters, and space heaters. Look for appliances with high Annual Fuel Utilization Efficiency (AFUE) ratings and ENERGY STAR certification, indicating superior energy performance and lower environmental impact.

Insulation and Air Sealing

Proper insulation and air sealing are essential for minimizing heat loss and optimizing the efficiency of propane heating systems. Encourage customers to insulate attics, walls, floors, and ductwork to reduce thermal bridging and prevent air leaks. Sealing gaps, cracks, and drafts around windows, doors, and other openings can enhance energy efficiency and indoor comfort.

Education and Customer Support

Provide customers with educational resources and ongoing support to help them understand how to operate their propane heating systems efficiently. Offer tips on setting thermostats, maintaining optimal indoor temperatures, and troubleshooting common issues. Empowering customers with knowledge and assistance can improve system performance and overall satisfaction.

A Multitude of Benefits

Propane businesses can contribute to a more sustainable and comfortable living environment for their propane heating customers by prioritizing regular maintenance, proper installation, energy-efficient equipment, insulation, and customer education. By implementing these strategies, propane providers can help customers maximize the efficiency of their heating systems, reduce energy consumption, and lower their heating costs, resulting in a more satisfied and loyal client base.

Propane-Powered Engine Innovation Promises Lower Emissions and Cost Savings

A groundbreaking collaboration between Stanadyne, Katech, and the Propane Education & Research Council (PERC) has led to the development of an innovative engine technology that could revolutionize the transportation industry. This pioneering solution offers fleet owners a cost-effective, low-emission, and high-efficiency engine system, taking the industry closer to achieving zero emissions. The new technology combines… Continue reading Propane-Powered Engine Innovation Promises Lower Emissions and Cost Savings

The new technology combines Stanadyne’s direct injection fuel pump and injector system with Katech’s vapor lock technology, creating the first-of-its-kind medium-duty engine system capable of delivering propane autogas directly into the engine at a constant 350-bar pressure. This partnership reflects the shared commitment of the three companies to decarbonization and sustainability.

A Decisive Breakthrough

Dr. Gokul Vishwanathan, Director of Research and Sustainability at PERC, emphasized the significance of this technological advancement, explaining, “The direct liquid injection system for high-vapor pressure gases such as propane autogas has been technically elusive until this joint partnership between PERC, Katech, and Stanadyne materialized. This technology will be a significant enabler for high-efficiency and low-emission propane and renewable propane-powered engines and hybrids for the on-road and off-road markets.”

The breakthrough engine technology effectively overcomes vapor lock, a common issue with liquified gases that can disrupt fuel pump operation. By resolving this challenge, the new technology enhances engine performance and efficiency. The combined system underwent a 250-hour performance and durability test, successfully demonstrating its compatibility with existing engines and the potential for propane autogas to serve as a low-carbon, high-performance substitute for gasoline and diesel engines.

David Zimmerman, President of Stanadyne, underlined the importance of this advancement in terms of sustainability, remarking, “Internal combustion engines are the workhorses of our economy, and this advancement in technology will help them run much more sustainably using renewable fuels. The opportunity to partner with PERC and Katech on this initiative aligns with our commitment to developing solutions bridging the significant adoption gap between fossil-fueled propulsion and low-carbon and zero-carbon fueled vehicles.”

Enhanced Reliability and Environmental Impact

Eric Suits, Lead Engineer at Katech, noted the collaborative nature of this partnership: “Collectively, we have produced a truly complimenting control strategy and delivery system necessary to ensure reliable propane direct injection operation under all operating conditions.”

This technological advancement positions fleet owners to surpass the ultra-low emissions mandates set for 2027. Propane autogas, in comparison to diesel, offers a 96 percent reduction in harmful nitrogen oxide emissions and a five to ten percent decrease in carbon dioxide emissions. Additionally, this engine technology is capable of utilizing renewable propane, which boasts a carbon intensity four times lower than conventional diesel.

Gavin Hale, Director of Business Development at PERC, pointed out the short-term and long-term advantages of this innovation: “In the short term, this engine technology provides medium-duty fleet owners with a decarbonization solution to meet their immediate goals. But the real breakthrough is the long-term impact this will have to provide fleets with exactly what they need—a powerful engine that exceeds sustainability goals and reduces fuel and operation costs to provide the lowest total cost of ownership of any energy source.”

Why Propane Buses Are the Smart Choice for Colorado Schools?

Adapted from an article in The Denver Gazette by Dan Binning, Executive Director of the Colorado Propane Gas Association, and Tucker Perkins, President and CEO of the Propane Education & Research Council (PERC). Across the United States, the push to remove diesel school buses from the roads and replace them with cleaner alternatives is gaining… Continue reading Why Propane Buses Are the Smart Choice for Colorado Schools?

Across the United States, the push to remove diesel school buses from the roads and replace them with cleaner alternatives is gaining momentum. Colorado is no exception, with plans to allocate $24 million in state and federal funds to introduce 67 electric buses across 12 school districts. However, while electric buses garner attention, a more immediate and cost-effective solution deserves consideration: propane buses.

Propane buses offer several compelling advantages that can benefit Colorado’s schools, children, communities, and the environment. Environmental justice, ensuring clean, affordable, and reliable energy and air quality for all communities, is at the heart of this choice.

Firstly, think back to the diesel school buses of your youth. What comes to mind? Likely, it’s the fumes and noise. Unfortunately, the situation hasn’t changed much. Conversely, propane buses eliminate the black smoke associated with diesel emissions and significantly reduce harmful pollutants like nitrogen oxides and carbon dioxide, known triggers for respiratory issues such as asthma and bronchitis.

Research from Georgia State University suggests a link between lower-emission bus exhaust, such as propane buses, and improved academic performance. Students riding ultra-low-emission buses tend to miss school less and achieve better test scores than those riding aging diesel buses with filthier emissions.

Perhaps the most compelling argument for propane buses is their cost-effectiveness. Operating propane buses costs about half as much as diesel buses, and school districts can purchase three propane buses for the price of one electric bus. Simple math demonstrates that $24 million in state and federal funds could put over 200 propane buses on Colorado’s roads, effectively replacing many diesel buses.

With many school districts operating on tight budgets, these savings can be reinvested in the classroom, enhancing educational opportunities. According to the World LP Gas Association, if all diesel school buses in the U.S. were converted to clean-operating propane buses, school districts could hire over 23,000 additional teachers with the savings.

Propane refueling also offers practical advantages. An onsite propane refueling station’s footprint is significantly smaller than a bank of electric chargers. Furthermore, refueling a propane bus takes minutes, while recharging an electric bus can take hours.

Consider the broader emissions picture as well. Sixty percent of the U.S. electric grid relies on coal and natural gas, making propane buses a cleaner option in terms of emissions. As demand on the grid increases, partly due to the growing number of electric passenger vehicles, so does reliance on coal and natural gas, leading to a more significant environmental impact. Propane helps address this issue.

Propane buses are not a concept for the distant future; they are here now. Over 22,000 propane buses operate nationwide, safely transporting 1.3 million students to school in 49 states, including around 400 in Colorado. They perform reliably in all weather conditions, from sweltering heat to freezing winter days, and boast an impressive range of up to 400 miles on a single tank, compared to just 120 miles for a fully charged electric bus.

Colorado should look closer at propane buses as a cost-effective, emissions-reducing, readily available alternative to diesel buses. These buses can help improve air quality, save money, and ensure a cleaner future for Colorado’s children and communities.

Forsyth County Schools in GA Explore Cleaner, Cost-Efficient Propane Buses

Forsyth County, GA – In a move towards more environmentally friendly transportation, Forsyth County Schools, a district northeast of Atlanta, is considering a significant shift to propane-powered buses for the upcoming school year. During the recent work session on September 12, Director of Transportation, Mike Satterfield, presented this idea to the Forsyth County Board of… Continue reading Forsyth County Schools in GA Explore Cleaner, Cost-Efficient Propane Buses

During the recent work session on September 12, Director of Transportation, Mike Satterfield, presented this idea to the Forsyth County Board of Education. He emphasized that transitioning to propane buses could help reduce fuel emissions and lead to substantial transportation cost savings.

Satterfield outlined the compelling reasons for Forsyth County Schools to contemplate this transition, focusing on financial and environmental benefits. He explained, “The reason we feel this is an important opportunity for Forsyth County Schools to consider is a reduction in cost for the bus fleet, both in terms of fuel and maintenance. And then an increase in the environmental emissions compliance and a reduction in overall environmental compliance cost that we currently have with our diesel-powered bus fleet.”

Satterfield consulted propane bus vendors to gather data on the cost and emissions differences between propane and diesel and discussed the matter with leaders from other metro Atlanta school districts already operating propane buses.

Breaking Down the Savings

Propane’s appeal becomes evident when comparing fuel costs. Satterfield revealed that propane is priced at $1.67 per gallon, significantly lower than the average diesel cost of $3.71 per gallon. However, propane buses consume fuel at a faster rate. Satterfield clarified, “With the energy consumption and the energy produced by propane, you have to purchase about 60% more propane fuel than you would diesel to get the same mileage out of your bus.”

Despite this higher consumption rate, transitioning part of the 473-bus fleet to propane could lead to substantial fuel savings. Last school year, the district spent over $2.7 million on diesel fuel, averaging about $5,800 per bus. Had these buses been propane-powered, the cost would have been approximately $4,300 per bus, potentially saving more than $700,000.

Additionally, Satterfield highlighted available alternative fuel tax credits. These credits include a federal government incentive of 37 cents per gallon of propane used, along with an infrastructure tax credit. The latter covers 30% of the cost, up to $30,000 per property, for propane fueling equipment installed by December 2024.

Considering these tax credits, Satterfield estimated potential additional savings of $450,000 when considering last year’s fuel expenses.

Propane buses also offer lower maintenance costs compared to diesel buses. Diesel vehicles typically incur higher maintenance expenses, including parts and additives like diesel exhaust fluid, which propane buses do not require.

Infrastructure Investment

The primary investment required for transitioning to propane-powered buses is infrastructure-related. Establishing a propane tank and dispenser filling station in the county would cost approximately $250,000. However, Satterfield noted that the district plans to select just one such station, with bus vendors potentially assisting with initial costs.

Satterfield also clarified that the cost of each propane bus is roughly equivalent to a diesel-fueled bus. Furthermore, the state is offering a $12,000 rebate per propane bus purchased by school systems until June 2025.

Propane vs. Diesel

Board members raised questions about the performance and safety of propane-powered buses compared to the existing diesel fleet. Satterfield shared that when they initially explored propane buses in 2017, the engines did not match the power of diesel engines. However, significant improvements have been made, and now there’s “no significant difference in the drive between a diesel and a propane-powered bus.”

Regarding safety, Satterfield asserted that conversations with vendors and other metro Atlanta counties revealed no additional protection or fire risks associated with propane-powered buses compared to diesel buses.

The most notable difference lies in the environmental impact. A 2018 West Virginia University study found that propane buses reduced nitrous oxide emissions by about 96% compared to diesel buses. There was also an 80% reduction in hydrocarbons and a 100% reduction in particulate matter emissions. This reduction in emissions, as noted in a 2019 article in the Economics of Education Review, could positively impact students’ health and academic performance.

Next Steps

The research into propane-powered buses has been ongoing for approximately nine months, with Satterfield and his team studying other regional school districts that have adopted these buses.

The transition to propane will not be immediate or complete. Instead, the district plans to continue researching this alternative fuel source. However, if the board approves the plan, transitioning part of the school bus fleet to propane could begin this school year by constructing a propane fuel tank and dispensing station.

The board and district leaders are currently reviewing the proposal, hoping to implement the changes by the start of the next school year if approved.

Propane vs. Gas for Mowers: Landscape Business Owners Share Insights

Switching to an alternative fuel source requires a shift in fueling strategies and crew training. Landscape business owners weigh in on their experiences using propane as an alternative to gasoline for their mowers, considering factors like maintenance, performance, fueling logistics, and environmental concerns. Going Green for the Environment Doug Duschene, owner of Bozeman Site Services… Continue reading Propane vs. Gas for Mowers: Landscape Business Owners Share Insights

Going Green for the Environment

Doug Duschene, owner of Bozeman Site Services in Bozeman, Montana, vividly remembers a smog-covered Salt Lake City during a drive. Determined not to see the same in his town, he made a change. In 2016, Bozeman Site Services transitioned to propane and converted all their mowers to propane power. This company offers maintenance, lawn care, snow removal, and irrigation services, primarily to residential clients (60%) and commercial clients (40%).

Besides reducing their environmental impact, the switch to propane also brought cost savings compared to gasoline. Doug Duschene, the owner, recalls, “It’s significantly cheaper, especially when gas prices were through the roof. At one point, it cost 25 percent of what you’d pay for gas.”

However, one key difference was that propane couldn’t be refueled at regular gas stations. Bozeman Site Services established its filling station and trained its employees in propane tank filling procedures to address this. According to Duschene, propane may be slightly less powerful than gasoline, but it’s sufficient for regular maintenance work. He notes, “You don’t need that high gas power unless you’re mowing through really thick grass.”

Over time, though, as dealers in their area stopped offering conversion kits, the company switched back to electronic fuel injection for their new mowers. Duschene mentions that propane helped them win contracts and save money, but he regrets not being able to continue with propane due to the lack of conversion kits for newer mowers.

Reducing Maintenance, Impact, and Costs

Adam Sarver, president of Sarver Landscape in Wexford, Pa., also found propane appealing for his landscaping business. Sarver Landscape specializes in landscape maintenance, tree care, enhancements, and snow removal services for commercial clients.

Previously, nearly half of Sarver’s fleet used propane, thanks to conversion kits. A mechanic managed refueling for these propane-powered mowers, which required the handling and securing of 33-pound propane tanks by the crews. This approach offered the company greater control since it minimized stops at gas stations.

Sarver notes the benefits: “Propane burns cleaner, requires less maintenance, and avoids fuel stabilization issues. It allowed us to stabilize and control fuel costs and provided marketing opportunities to promote our green approach.”

However, due to changes in manufacturer agreements that invalidated factory warranties on newly converted propane machines, Sarver’s fleet now includes only about 5% propane-powered equipment. Sarver emphasizes the importance of complex machine warranties and is investing in electronic fuel injection. He looks forward to exploring electric and battery options when they become more practical for his business.

Enhancing Fleet Performance with Propane as an Alternative Fuel

Amidst a landscape driven by societal expectations, government regulations, and financial considerations, fleets nationwide are increasingly exploring alternative fuel options. While electric vehicles (EVs) are currently in the limelight, their suitability for all freight-hauling scenarios remains questionable. Some fleets are embracing alternative fuels such as propane to mitigate emissions without the complexities associated with EV… Continue reading Enhancing Fleet Performance with Propane as an Alternative Fuel

For instance, electric passenger vehicles can lose up to 20% of their range in cold weather. When loaded with cargo, electric vans and pickups suffer even greater losses. Randall Jubb, President of Jubb’s Bus Service in Maryland, noted that electric vehicle ranges can plummet due to heating in winter and air conditioning in summer. However, propane buses offer consistent performance regardless of weather conditions.

However, weather isn’t the sole factor influencing the shift away from electric. Application plays a vital role too. A recent AAA study highlighted that the Ford F-150 Lightning’s range dropped by 24.5% when hauling slightly less than its maximum capacity. Additionally, charging infrastructure hurdles deter many from electric adoption. Jubb cited a case of a county attempting to transition to an electric fleet but facing implementation challenges.

Steve Whaley, Director of Autogas Business Development at the Propane Education and Research Council (PERC), acknowledged the relevance of electric vehicles but proposed a blended fleet approach. Fleets could leverage the benefits of propane autogas, a near-zero emission solution. Propane autogas, also known as liquefied petroleum gas (LPG), is clean-burning and domestically produced. PERC data indicated that propane autogas generates 43% fewer greenhouse gas emissions than grid-generated electricity. A study from West Virginia University revealed significantly lower emissions from propane autogas compared to diesel, with a 95% reduction in NOx emissions for propane-fueled buses.

According to the 2023 State of Sustainable Fleets Market Brief by Gladstein, Neandross & Associates, propane engines already meet EPA’s Clean Trucks Plan and California’s Low NOx Omnibus emissions standards. This compliance aligns with the stricter regulations faced by fleet owners. Propane’s competitive pricing also stands out, with the national average cost per gallon consistently around $1.50 compared to diesel at $4.24.

Beyond emissions benefits, fleets discover maintenance advantages with propane. Clean-burning propane doesn’t require complex exhaust treatments like diesel. Maintenance managers appreciate the simplicity. Elisa McAbee, owner of McAbee Trucking, highlighted the significant cost reduction in maintenance compared to diesel. Tippecanoe School Corp. reported routine maintenance for their propane autogas vehicles to be smoother compared to diesel counterparts, thanks to the absence of stringent emission controls.

Propane’s infrastructure is another compelling aspect. Setting up on-site refueling stations is cost-effective, making it an attractive proposition for fleets. The simplicity of installation and availability of providers contribute to its feasibility. Fleet owners can secure fuel contracts with ease due to the inexpensive infrastructure.

The road to emission reduction involves a diversified fleet approach. While electric vehicles are useful, the adoption of alternative fuels like propane autogas can play a crucial role in achieving efficiency, emission reduction, and cost savings across fleets.

PERC Launches Propane.com/ Delivery-Trucks: Sustainable Fleet Resource Hub

To inform delivery fleets of the benefits of using propane autogas for better service and sustainability, the Propane Education & Research Council (PERC) has launched a dedicated website, Propane.com/Delivery-Trucks. This comprehensive resource hub provides a wealth of data to help fleet owners adopt propane autogas by highlighting its advantages and showcasing successful examples from industry… Continue reading PERC Launches Propane.com/ Delivery-Trucks: Sustainable Fleet Resource Hub

To inform delivery fleets of the benefits of using propane autogas for better service and sustainability, the Propane Education & Research Council (PERC) has launched a dedicated website, Propane.com/Delivery-Trucks. This comprehensive resource hub provides a wealth of data to help fleet owners adopt propane autogas by highlighting its advantages and showcasing successful examples from industry peers. This data includes resources, infographics, case studies, and videos. The website highlights the sizable emissions reductions and financial benefits that permit delivery fleets to expedite decarbonization efforts while cutting costs.

Director of autogas business development at PERC, Steve Whaley, emphasized the difficulties delivery fleets face in juggling efficiency and sustainability objectives. However, this balancing act is simpler to manage with propane autogas. Modern propane autogas engines are 90% cleaner than EPA standards, allowing delivery fleets to operate cleanly without sacrificing range, performance, or dependability. Additionally, operating expenses are drastically cut, which promotes sustainability on both a financial and environmental level.

The website also provides fleet owners with a downloadable brochure with data and reviews from nationwide fleets. These instances show how switching from diesel to propane autogas can save up to 60% of costs while lowering carbon emissions by several metric tons throughout the vehicle.

Propane autogas has been widely adopted in urban and rural communities, with over 60,000 propane autogas commercial vehicles already on the road, including those meeting various delivery needs. These vehicles ensure efficient and dependable routes because they can go more than 300 miles between fill-ups. Owners of fleets can work with their propane suppliers to create affordable, specialized infrastructure solutions tailored to their fleets’ needs.

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Propane School Bus Success Stories at STN EXPO Panel

During a panel discussion at the STN EXPO, three school districts at various stages of adopting propane school buses joined forces to share their experiences. The session, supported by the Propane Education & Research Council (PERC), focused on our shared commitment to zero-emission transportation. For successful alternative fuel adoption, Steven Whaley, director of autogas business… Continue reading Propane School Bus Success Stories at STN EXPO Panel

For successful alternative fuel adoption, Steven Whaley, director of autogas business development for PERC, emphasized four characteristics: cleanliness, affordability, performance equivalence, and abundant supply. He went on to discuss the benefits of propane, a fuel that is domestically produced, clean, affordable, safe, and superior to diesel in terms of emissions control.

In support of the advantages for the environment, University of West Virginia researchers discovered that propane buses are 96% cleaner than clean diesel buses. An ongoing theme at the Green Bus Summit emphasized considering infrastructure before switching to propane-powered buses. Attendees can easily install and run propane infrastructure, according to Whaley. Additionally, PERC partners provide portable propane fueling stations that run on wind and solar energy and support off-grid and electric charging applications.

Full Fleet Conversion

At first, Kay Cornelius, director of transportation for Minnesota’s rural St. Louis County Schools, had misgivings about propane. But after doing much research, she decided to test a propane bus in 2016. As she gradually switched the entire fleet to propane, Cornelius did so because she was aware of the lower total cost of ownership. She urged people to learn more about propane and its workings while using networking opportunities to bargain a good deal with propane suppliers.

Partial Adoption

In Illinois’ Township High School District 211, Diana Mikelski, director of transportation, disclosed that 61 of the 164 buses in her fleet are propane-powered. When she first began the transition, Mikelski encountered difficulties and resistance from mechanics. However, with significant assistance from producers like Blue Bird and ROUSH CleanTech, she integrated propane buses successfully. Mikulski emphasized the simplicity of refueling propane buses and the considerable fuel and upkeep cost savings. The smooth operation of propane buses, even in cold weather, has also been praised by drivers. The neighborhood has also noticed better student health and cleaner air.

Beginning the Journey

Electric and CNG options were disqualified for the district, according to Michael McCusker, a senior financial analyst for the Department of Transportation Services of the School District of Philadelphia. Instead, according to their plans,10% of the fleet will switch to propane. Throughout the transition process, McCusker emphasized the significance of ongoing learning and decision-making. The district is confident that propane buses can efficiently negotiate the city’s winding streets and hills, meeting their transportation needs.

Breaking Down the Renewable Propane Market Landscape in May 2023

In an intriguing panel discussion held at the 2023 Southeastern Convention & International Renewable Propane Expo, industry experts gathered to tackle a pressing question: Can the propane industry successfully achieve a billion-gallon market for renewable fuels? The answer, it seems, lies in the interplay between government incentives and market growth. At present, two key incentives… Continue reading Breaking Down the Renewable Propane Market Landscape in May 2023

In an intriguing panel discussion held at the 2023 Southeastern Convention & International Renewable Propane Expo, industry experts gathered to tackle a pressing question:

Can the propane industry successfully achieve a billion-gallon market for renewable fuels? The answer, it seems, lies in the interplay between government incentives and market growth.

At present, two key incentives are driving the renewable propane market: the U.S. Environmental Protection Agency’s (EPA) Renewable Fuel Standard (RFS) and the California Air Resources Board’s Low Carbon Fuel Standard (LCFS). As these policies pave the way for a greener future, several other states have also begun to follow California’s lead by passing or proposing similar standards.

Under the RFS, compliance entails blending renewable fuels into transportation fuel or acquiring Renewable Identification Numbers (RINs) credits to meet the EPA’s specified carbon reduction threshold. Renewable propane can secure a substantial $1.98 credit under this standard, provided its carbon intensity (CI) remains below the defined threshold.

Meanwhile, California’s LCFS operates on a fascinating principle: the lower the CI of renewable propane, the higher the credit it earns. For instance, renewable propane boasting a CI of 45 gCO2eq/MJ currently receives a commendable $0.26 credit under the LCFS. In contrast, if its CI drops to 20 gCO2eq/MJ, the credit climbs to an even more enticing $0.40.

It is important to note that both EPA and LCFS credits are currently limited to renewable propane utilized in the transportation sector. This primarily encompasses autogas gallons, while in California, forklift gallons are also eligible for these credits.

The insights presented in this content hold significant implications for propane managers and business owners, spanning various aspects of their operations. Effective marketing strategies are crucial to capitalize on the growing market for renewable propane. Educating customers about the environmental benefits and cost savings of renewable propane through targeted campaigns can attract eco-conscious clientele and drive business growth.

Investing in staff training programs is essential to equip employees with the knowledge and skills to effectively handle renewable propane products and address customer inquiries. Ensuring a well-informed team builds trust and positions your business as a reliable provider in the evolving market.

Safety compliance remains a top priority. Conducting thorough safety assessments, training employees on proper handling procedures, and implementing stringent protocols are vital for protecting your workforce and customers while instilling confidence in your brand.

In conclusion, May 2023 presents an exciting snapshot of the renewable propane market. With the EPA’s RFS and California’s LCFS acting as catalysts for growth, the billion-gallon milestone appears within reach.

Propane managers and business owners can make informed decisions to improve business processes by understanding the nuances of these incentives and their implications. As the market evolves, embracing this paradigm shift and seizing the opportunities it presents will undoubtedly propel the propane industry into a brighter, greener future. Prepare to embark on a renewable propane revolution that will transform the industry landscape for years!

Revving Up Success: Yankton School District Fuels Growth with Propane-Powered Buses!

In a move that will ignite excitement among propane business owners and experts, the Yankton School District is ramping up its commitment to the clean and cost-effective energy source by adding propane buses to its fleet. According to Jason Bietz, the District’s Business Manager and a driving force behind this initiative, they have been test-driving… Continue reading Revving Up Success: Yankton School District Fuels Growth with Propane-Powered Buses!

According to Jason Bietz, the District’s Business Manager and a driving force behind this initiative, they have been test-driving propane buses for the past years, and the results have been impressive. Bietz reveals that their pilot program exceeded expectations, paving the way for an exciting expansion.

“The pilot program went off without a hitch, and we are excited to share to everyone that we are not only continuing with propane buses, but we’re also witnessing substantial cost savings,” exclaims Bietz.

Indeed, Bietz’s enthusiasm is well-founded. The Yankton School District has experienced remarkable savings in operating propane-powered buses. Bietz proudly shares that they have been enjoying savings of up to thirty-five cents per gallon on fuel costs alone.

With the addition of eight propane buses, the Yankton School District aims to make an even more significant impact on the environment and its budget. These new buses will complement the fleet of fifteen diesel-powered counterparts, demonstrating the district’s commitment to a diversified and sustainable transportation solution.

Now, you may be wondering about the long-term implications of this decision. Well, the Yankton School District’s bold move can have far-reaching effects. By embracing propane-powered buses, they are setting an example for other educational institutions and organizations, encouraging them to explore the many advantages of this alternative fuel option.

As the demand for propane-powered buses surges with the Yankton School District leading the way, propane business owners find themselves at the forefront of an exciting opportunity. It’s time to rev up your game and prepare for a spike in demand like never before! With schools and educational institutions increasingly embracing propane as a sustainable transportation solution, a new market awaits exploration. The education system, often overlooked in propane industry research, presents a promising avenue for growth and innovation.

By understanding this untapped market’s unique needs and requirements, propane business owners can position themselves as leaders in providing tailored solutions to schools and educational organizations, further expanding their reach and impact. It’s time to shift gears and seize this golden opportunity!