Tag: Renewable Energy

Forecasting in Propane Supply Management

Accurate forecasting is a crucial component in managing propane supply effectively. This article highlights why getting it right matters for businesses in this vital sector. Here are the top reasons why forecasting is so important in the proper management of propane supply: 1. Meeting Demand Accurate forecasting ensures that propane suppliers can meet customer demand… Continue reading Forecasting in Propane Supply Management

Accurate forecasting is a crucial component in managing propane supply effectively. This article highlights why getting it right matters for businesses in this vital sector. Here are the top reasons why forecasting is so important in the proper management of propane supply:

1. Meeting Demand
Accurate forecasting ensures that propane suppliers can meet customer demand without interruption. Predicting the need based on seasonal trends, historical data, and market analysis helps maintain a steady supply, preventing shortages or surpluses.

2. Cost Control
By anticipating demand accurately, companies can buy propane when prices are lower and avoid the rush during peak seasons. This strategic purchasing can lead to significant cost savings and more stable customer pricing.

3. Efficient Operations
Good forecasting aids in planning delivery routes, scheduling refills, and managing inventory. This efficiency reduces operational costs and improves service quality, leading to greater customer satisfaction.

4. Risk Management
In the volatile energy market, being prepared for fluctuations is vital. Accurate forecasting helps propane companies navigate market changes, regulatory shifts, and unexpected global events, thereby reducing financial risks.

5. Strategic Planning
Long-term forecasting supports strategic planning efforts, allowing companies to invest in infrastructure, expand into new markets, or adjust business models in response to anticipated industry trends.

6. Sustainability Efforts
With a clear view of future supply and demand, companies can make more informed decisions regarding sustainable practices, such as investing in renewable energy sources or improving energy efficiency.

Positioned to Thrive

Accurate forecasting in propane supply management is more than just predicting sales; it’s about ensuring operational efficiency, cost-effectiveness, and strategic growth. As the energy sector continues to evolve, companies that excel in forecasting are better positioned to thrive in the dynamic propane supply and distribution market.

Propane’s Role in Green Energy Solutions

Unlocking Renewable Opportunities with Propane As the global energy realm shifts towards sustainability, propane emerges as a versatile player in renewable energy systems. This guide delves into the potential of propane to complement renewable energy sources, highlighting its benefits, applications, and impact on advancing green energy solutions. By understanding propane’s role, businesses and consumers can… Continue reading Propane’s Role in Green Energy Solutions

Unlocking Renewable Opportunities with Propane

As the global energy realm shifts towards sustainability, propane emerges as a versatile player in renewable energy systems. This guide delves into the potential of propane to complement renewable energy sources, highlighting its benefits, applications, and impact on advancing green energy solutions. By understanding propane’s role, businesses and consumers can make informed decisions about integrating it into their energy strategies, driving both environmental benefits and operational efficiency.

Bridging the Renewable Gap

Reliability Enhancer: Propane can serve as a reliable backup for solar and wind energy systems subject to weather-related variability. Its ability to provide a consistent energy supply ensures uninterrupted power, especially during peak demand or low production periods.
Hybrid Energy Systems: Integrating propane with renewable technologies can create hybrid systems that offer both environmental and efficiency benefits. Propane’s high energy density makes it an ideal partner for renewables, enhancing system performance while reducing reliance on traditional fossil fuels.

Environmental Benefits

Lower Emissions: Compared to other fossil fuels, propane burns cleaner, releasing fewer pollutants and greenhouse gases. When used alongside renewables, it can further reduce the overall carbon footprint of energy systems.
Support for Decarbonization: Propane’s compatibility with renewable energy advancements supports broader decarbonization goals. As a transitional fuel, it paves the way for increased adoption of green technologies by offering a practical and cleaner alternative to more polluting energy sources.

Applications and Innovation

Rural and Off-Grid Solutions: Propane is particularly beneficial for rural or off-grid areas where connection to the electrical grid is challenging or costly. Its portability and efficiency make it an excellent choice for powering remote renewable systems.
Renewable Propane Development: Advances in producing renewable propane from bio-based sources further its potential in green energy systems. This sustainable variant aligns with circular economy principles, offering a renewable option that fits seamlessly into existing propane infrastructure and applications.

Policy and Economic Considerations

Government Incentives: Policies and incentives promoting renewable energy adoption can be extended to include propane-based systems, especially those incorporating renewable propane. Such measures would encourage investment and innovation in hybrid energy solutions.
Cost-Effectiveness: The economic viability of integrating propane into renewable systems is a crucial consideration. Its competitive pricing and efficiency can result in lower operational costs and quicker returns on investment for renewable energy projects.

Looking Ahead

Research and Development: Continued research into enhancing propane’s efficiency and environmental performance, especially in conjunction with renewable technologies, is essential. Innovations in this area could unlock new applications and improve the sustainability of energy systems.
Public Awareness and Education: Increasing awareness about the benefits and potential of propane in renewable energy systems is crucial. Educating consumers and stakeholders about its role in achieving energy independence and sustainability goals can drive wider acceptance and utilization.

A Sustainable Energy Ally

Propane’s potential in renewable energy systems represents a promising avenue for achieving more sustainable and resilient energy solutions. Its role as a reliable, cleaner-burning fuel offers significant advantages in bridging the gap between traditional and renewable energy sources. As the world continues to move towards greener energy practices, embracing the synergies between propane and renewable technologies can accelerate progress toward a more sustainable and energy-secure future.

Innovation in the Energy Industry: Navigating Growth Without Disruption

In the last twenty years, the business environment Energy has resounded with the excitement of innovation, frequently depicted as a revolutionary power that transforms industries. While this quest for advancement is unquestionably essential, a more nuanced perspective extends beyond the conventional storyline. The emphasis transitions from overturning established frameworks to a more balanced strategy: the… Continue reading Innovation in the Energy Industry: Navigating Growth Without Disruption

In the last twenty years, the business environment Energy has resounded with the excitement of innovation, frequently depicted as a revolutionary power that transforms industries. While this quest for advancement is unquestionably essential, a more nuanced perspective extends beyond the conventional storyline. The emphasis transitions from overturning established frameworks to a more balanced strategy: the investigation of fresh markets without the turmoil typically linked with radical transformations.

Exploring a New Way to Innovate

We usually think of innovation as a big shake-up that breaks old rules, sometimes leaving companies and jobs in the dust. But there’s a quieter side of innovation that’s just as powerful. It’s about creating new things without causing a mess. In the energy world, this means finding fresh ideas and technologies that can work alongside what we’re already doing. Picture a future where renewable energy teams up with what we’re used to, making a strong and varied energy world.

Keeping a Balance in Energy Innovation

The energy world is on a mission to be more sustainable, which is great. But being innovative doesn’t have to mean throwing away what’s already here. Constructive innovation is like a tightrope walk between progress and stability.

Leaders in the energy game are being asked to create a space where old and new ideas can thrive together. Rules and plans should help bring in new technologies without forgetting the good stuff we’re already doing. The goal? Make an energetic community where growth isn’t a trade-off for stability, but a result of smart, inclusive innovation.

What Constructive Innovation Offers

Looking forward, the energy world can embrace this idea of constructive innovation. It’s like a roadmap for leaders to steer the ship through a changing energy world. With this approach, we’re not just surviving; we’re thriving together.

For energy innovators, it’s time to think about creating new opportunities and growing without upending what has already been established. Constructive innovation is the smart way to lead in the ever-changing energy game, ensuring we stay ahead with sustainable solutions while keeping a balance between moving forward and staying steady.

Green Leap: Propane Heat Pumps Forge Sustainability

In the realm of sustainable energy, the Fraunhofer Institute for Solar Energy Systems ISE, nestled in the picturesque city of Freiburg, Germany, has carved out a formidable reputation. As the largest solar research institute in Europe, Fraunhofer ISE has consistently led the charge towards eco-friendly energy solutions. Their latest breakthrough, a functional model of a… Continue reading Green Leap: Propane Heat Pumps Forge Sustainability

In the realm of sustainable energy, the Fraunhofer Institute for Solar Energy Systems ISE, nestled in the picturesque city of Freiburg, Germany, has carved out a formidable reputation. As the largest solar research institute in Europe, Fraunhofer ISE has consistently led the charge towards eco-friendly energy solutions. Their latest breakthrough, a functional model of a refrigeration circuit using propane as an eco-conscious and cost-effective refrigerant, marks a significant leap in the pursuit of sustainable heating solutions.

What makes this development even more exciting is the potential for collaboration between solar companies and the propane-based heat pump technology. In the quest for a greener future, solar energy and propane-based heating could be the dynamic duo we’ve been waiting for.

Dr. Lena Schnabel, Head of the Heating and Cooling Department at Fraunhofer ISE, shares insight into the project’s vision: “Our aim was to create a nearly market-ready heat pump module that harnesses the environmentally-friendly properties of propane, doesn’t exceed the 150-gram limit for indoor use, and yet provides ample warmth for single-family homes.” Through close collaboration with industry partners, Fraunhofer ISE has not only met but exceeded this ambitious goal, effectively paving the way for a revolutionary alliance between solar energy and propane-based heating.

A critical issue in today’s heating industry is the continued use of environmentally detrimental refrigerants in heat pump devices. Fraunhofer ISE, in partnership with an industrial consortium, has risen to this challenge. Their pioneering brine heat pump uses a mere 146 grams of propane but delivers an impressive heating capacity of 11.4 kilowatts. This breakthrough facilitates indoor installation without the need for elaborate safety precautions, a game-changer for residential heating solutions.

One of the most remarkable aspects of this achievement is the minimal propane requirement per kilowatt of heat output, which stands at just one-fifth of that needed by existing systems on the market. This reduction not only underscores Fraunhofer ISE’s technological prowess but also exemplifies their dedication to sustainability. By diminishing the use of potentially harmful refrigerants and enhancing energy efficiency, they are actively contributing to a cleaner and more responsible future for heating technologies.

It’s worth noting that this project received support from the German Federal Ministry for Economic Affairs and Climate Action, emphasizing its significance and potential impact on the nation’s climate change mitigation efforts. The collaboration between research institutions like Fraunhofer ISE and industry players underscores a growing global awareness of the need for sustainable heating solutions.

The successful development of propane-based heat pumps by Fraunhofer ISE isn’t just a milestone in heating technology; it’s a beacon of hope for a future where sustainable and eco-friendly alternatives become the norm. As the industry embraces these innovations, the synergy between solar energy and propane-based heating technologies could pave the way for a greener, cleaner, and more sustainable future for all. The collaboration between a solar company and the propane heat pump technology is poised to be a significant step forward in the world of sustainability and green energy.

Fueling Efficiency and Reliability: Propane’s Power in Port Operations

Efficient and reliable power is a vital component of port operations worldwide. While research into offshore energy and alternative fuels advances, it’s necessary to consider the available resources for providing both primary and backup power for ports. From portable generators to shore power and fleet vehicles, alternative energy sources such as propane offer versatility and… Continue reading Fueling Efficiency and Reliability: Propane’s Power in Port Operations

Efficient and reliable power is a vital component of port operations worldwide. While research into offshore energy and alternative fuels advances, it’s necessary to consider the available resources for providing both primary and backup power for ports. From portable generators to shore power and fleet vehicles, alternative energy sources such as propane offer versatility and reliability, making them suitable for various port applications.

Propane Power Generation

Whether planned or unforeseen, power outages can disrupt port operations at any time, whether intended or unexpected. To mitigate such disruptions, port authorities should explore diverse power generation options.

Portable propane generators offer flexibility in port settings, delivering power wherever needed, whether connected to the grid or not. Unlike diesel or other fuels, propane doesn’t degrade over time, ensuring that generators remain ready.

For permanent installations, propane standby generators activate within seconds of a power interruption, providing sufficient energy to sustain port operations for days. This reliability surpasses solar or wind-powered systems, making propane an excellent backup or primary shore power choice.

Shore Power Solutions

While docked, shore power supplies electricity to ships, allowing vessels to maintain essential functions without running auxiliary engines and burning diesel fuel. Typically, shore power connects to the grid, but microgrids can also power it.

Microgrids are localized energy grids with autonomous control capabilities. They can disconnect from the primary grid and operate independently. Microgrids incorporate various distributed energy sources, such as solar panels, wind turbines, combined heat and power, and generators. These sources produce power during sudden outages or planned downtime, enhancing the reliability and resilience of the energy supply, which is crucial for aging and vulnerable grids.

Propane-Powered Port Vehicles

Propane demonstrates its efficiency and reliability in powering port vehicles. For instance, MAFI has introduced a propane-powered port tractor that matches the performance of its diesel counterparts. Thanks to quick refueling, it can operate continuously for an 8-hour shift without slowing down. In contrast, electric port tractors may require 4-6 hours to fully recharge.

Propane not only powers port vehicles but also efficiently recharges electric ones. Innovative electric vehicle charging solutions utilize propane-powered generators, often combined with wind and solar energy, to restore a wide range of vehicles, including forklifts and port tractors, independently of the electric grid. Furthermore, solutions like Propane Fueling Solutions’ portable dual-purpose standalone fueling system allow fleets with various alternative fuel vehicles to refuel with propane autogas or recharge with DC level 3 fast chargers.

As advancements in alternative energy technologies progress, ports have the opportunity to achieve greater efficiency and reliability. Propane-based grid technology and cargo handling equipment empower port authorities to take significant steps toward realizing these goals today.

The Era of Renewable Propane: A Clean Energy Revolution

Renewable propane, a relatively recent addition to the energy landscape, has quickly become a reality in the United States. In just three short years since the first significant amounts were sold to end-users in 2019, renewable propane has found its way into the market, making its presence felt in different states across the country. This… Continue reading The Era of Renewable Propane: A Clean Energy Revolution

Renewable propane, a relatively recent addition to the energy landscape, has quickly become a reality in the United States. In just three short years since the first significant amounts were sold to end-users in 2019, renewable propane has found its way into the market, making its presence felt in different states across the country. This remarkable progress signifies a significant step forward for a renewable energy product that was virtually nonexistent not long ago.

One of the most striking aspects of this journey is the surging demand for renewable propane, particularly in the autogas sector. Yet, its influence is not confined to just one segment; awareness and demand for renewable propane are steadily expanding across various market domains.

The next frontiers for renewable propane are the residential, commercial, and agriculture markets. With the right industry focus and support, these markets are poised to grow at a rate similar to that of autogas. Renewable propane now stands proudly alongside other sustainable liquid fuels, including renewable diesel, biodiesel, Bioheat, and sustainable aviation fuel, sometimes referred to as alternative jet fuel.

While demand has been robust, the supply chain for renewable propane has faced challenges in keeping up. However, this is gradually changing. Producers of other liquid fuel renewables, such as biodiesel, ethanol, and dimethyl ether (DME), are recognizing the potential of diversifying their production to include renewable propane. Notably, DME blended with conventional propane presents an exciting supply source, capable of achieving net-zero carbon emissions when blended correctly.

At present, the price of renewable propane may seem relatively high. Yet, it’s essential to bear in mind that increased availability typically leads to reduced costs. As the production and adoption of renewable propane continues to grow, we can anticipate more competitive pricing in the future.

Recognizing the transformative potential of renewable propane, U.S. propane industry organizations are shifting their perspective. They no longer view renewable propane as a competitor but as a complement and extension of the conventional propane market. This shift is driven by a growing appetite among propane marketers for insights on sourcing, marketing, and selling renewable propane alongside conventional propane and other energy products they offer.

Leading the charge in research and development, the Propane Education & Research Council (PERC) and the World LPG Association are exploring the use of DME combined with conventional propane blends and their impact on various equipment components. PERC is also ramping up its focus on renewable propane within its broader strategy to advance the propane market.

Notably, conventional propane already boasts a cleaner profile compared to most grid-sourced electricity today. With the advent of renewable propane, it appears increasingly unlikely that grid-sourced electricity will ever catch up in terms of environmental cleanliness. Propane is clean now, and it’s on a trajectory to become even cleaner.

Renewable propane is not just a concept; it’s a reality. Its swift rise in prominence, surging demand, and potential to revolutionize various sectors underscore its significance in the clean energy transition. As renewable propane continues to make strides, it promises a greener and more sustainable future for energy consumption in the United States.

A Milestone in Sustainability: Turning CO2 into Propane

In the realm of sustainable energy, a groundbreaking achievement is emerging, poised to redefine the propane industry’s role in the global energy landscape. At the forefront of this revolutionary development are the visionary researchers at the Illinois Institute of Technology (ITT), whose recent breakthrough holds the promise of transforming carbon dioxide (CO2) into propane –… Continue reading A Milestone in Sustainability: Turning CO2 into Propane

In the realm of sustainable energy, a groundbreaking achievement is emerging, poised to redefine the propane industry’s role in the global energy landscape. At the forefront of this revolutionary development are the visionary researchers at the Illinois Institute of Technology (ITT), whose recent breakthrough holds the promise of transforming carbon dioxide (CO2) into propane – a scientific milestone that has long eluded the grasp of the scientific community. This milestone signifies a remarkable stride towards the complex intersection of energy production and environmental sustainability.

In an era characterized by an urgent need to combat climate change and transition towards sustainable energy sources, the conversion of CO2 into larger, valuable molecules, such as propane, assumes paramount importance. This endeavor aligns seamlessly with the global mission to curtail CO2 emissions and expedite the shift towards sustainable energy solutions. For decades, scientists have undertaken the arduous quest to decipher the enigmatic secrets of CO2 conversion, and the ITT’s recent breakthrough represents a monumental leap towards realizing this ambitious vision.

Contrary to conventional wisdom, ITT’s approach departs from the traditional utilization of metal oxide-based catalysts for CO2 conversion. Such traditional methods often encountered insurmountable challenges, including catalyst deactivation and a lack of selectivity in product formation, particularly the ability to yield a single molecule like propane. In contrast, ITT’s innovative strategy leverages economically viable materials, complemented by a transition to continuous processing, thereby enhancing efficiency and paving the way for scalability – an indispensable facet of any solution seeking to reshape entire industries.

At the core of this revolutionary process lie meticulously crafted particles composed of a combination of three elements: molybdenum (Mo), phosphorus (P), and carbon (C). These elements form the fundamental structure upon which the conversion of CO2 into propane is based. Nevertheless, the intricacy of this procedure goes beyond these elements. The inclusion of ionic liquids based on imidazolium introduces an additional layer of complexity that enhances the specificity of the catalytic process. This deliberate integration steers the chemical reaction towards the desired result of propane production, ensuring both effectiveness and accuracy.

The implications of ITT’s breakthrough resonate far beyond the confines of their laboratory. The conversion of CO2, a notorious greenhouse gas, into a valuable energy source like propane carries the dual potential of reducing emissions while enhancing energy accessibility. With sustainability at its core, this achievement foretells a future where energy production and environmental preservation harmoniously coexist. Essentially, a circular renewable hydrocarbon process has been unveiled, assuring the longevity of propane as a viable energy source.

As we navigate the path towards a sustainable energy future, collaboration and expansion will be instrumental. Industry partnerships, government initiatives, and global cooperation will amplify the impact of this remarkable discovery. The collective endeavor to refine the technology, explore novel applications, and seamlessly integrate it into existing energy infrastructure transcends disciplinary and geographical boundaries.

In essence, the discovery of CO2-to-propane conversion stands as a testament to human innovation and determination. In an era where the world fervently seeks cleaner energy solutions, ITT’s pioneering electrolyzer device shines as a beacon of hope—a tangible illustration of how science and technology can align with environmental aspirations. The journey towards a sustainable energy future may be complex and multifaceted, but milestones like this underscore the pivotal role of the propane industry in forging a brighter world for future generations.

Revolutionary Discovery: Turning Air Pollution into Clean Fuel

Chicago, IL — A recent report in the journal, Nature Energy, highlights exciting news in the world of eco-friendly energy. Scientists at the Illinois Institute of Technology have created a special machine that transforms harmful carbon dioxide into useful propane, all while being practical and affordable. The United States has big goals to reduce the… Continue reading Revolutionary Discovery: Turning Air Pollution into Clean Fuel

Chicago, IL — A recent report in the journal, Nature Energy, highlights exciting news in the world of eco-friendly energy. Scientists at the Illinois Institute of Technology have created a special machine that transforms harmful carbon dioxide into useful propane, all while being practical and affordable.

The United States has big goals to reduce the pollution that comes from burning fuels by 2050. To reach these goals, we need smart ways to reduce the carbon dioxide we produce. That’s where Dr. Mohammad Asadi and his team come in. Dr. Asadi, who studies chemicals and engineering at Illinois Tech, led this incredible project.

Dr. Asadi explains, “We want to make chemicals that are good for the environment. This way, we don’t have to throw away the chemicals we already use.”

What’s fascinating about Dr. Asadi’s machine is its magic ingredient. This machine uses simple things to change carbon dioxide into molecules that make fuels such as propane. Propane is useful for many things, from heating homes to flying airplanes.

To understand how the machine works, the team used both experiments and computers. They wanted to know how the machine changes carbon dioxide into propane and how to make it work even better.

The machine has another special trick. It works non-stop to make propane. This is different from older ways that stop and start. This new design makes it easier to make great amounts of propane continuously.

Jack Lewnard, who leads a program about new energy technologies, says, “This new machine is a big step forward. It helps us capture carbon and make useful things out of it. This is good for our planet.”

Dr. Asadi has also used a similar machine to make ethanol, which is a type of alcohol, from pollution in the air. Now, with this new discovery, he’s working with a big company that provides propane. They want to use his machine to make clean propane that people can use.

Waste-to-DME Projects: Advancing Clean Energy Solutions for Decarbonization

Enerkem and Dimeta, two leading players in the clean energy industry, are joining forces to conduct feasibility studies for two large-scale projects converting waste into renewable and recycled carbon dimethyl ether (DME). The projects aim to produce about 165,000 tons of DME annually from mixed residual waste, offering a sustainable solution for decarbonizing the off-grid… Continue reading Waste-to-DME Projects: Advancing Clean Energy Solutions for Decarbonization

Enerkem and Dimeta, two leading players in the clean energy industry, are joining forces to conduct feasibility studies for two large-scale projects converting waste into renewable and recycled carbon dimethyl ether (DME). The projects aim to produce about 165,000 tons of DME annually from mixed residual waste, offering a sustainable solution for decarbonizing the off-grid energy sector.

DME is a clean-burning fuel that can be utilized for heating, cooking, transportation, and industrial applications. With its chemical similarity to LPG, DME can seamlessly integrate with existing LPG supply chains, effectively reducing emissions from over 200 million tons of LPG used globally annually for energy purposes.

The planned projects in northwest Europe and the U.S. Gulf Coast hold the potential to significantly reduce the carbon footprint of more than 1 million LPG-heated homes when blended with LPG. The partnership between Dimeta and Enerkem marks a vital step towards achieving sustainable DME production capacity, aligning with Dimeta’s goal of creating over 300,000 tons of sustainable DME production capacity by 2027.

By leveraging waste-to-DME technology, the companies are making strides in the clean energy landscape, paving the way for a greener and more sustainable future. As they enter the feasibility phase, the journey towards front-end engineering and design signals a promising path to achieving their vision of transforming waste into renewable energy.

Conger LP Gas and Lattice Energy Solutions Partner to Provide Comprehensive Energy Solutions in Tifton, GA

TIFTON, GA, July 6, 2023 — Conger LP Gas, led by President and CEO, Dan Richardson, has joined forces with Lattice Energy Solutions and Ag Solar Solutions, led by CEO, Clay Sikes, in an exciting new partnership. This collaboration aims to offer a wide range of energy solutions to meet customers’ diverse needs and goals.… Continue reading Conger LP Gas and Lattice Energy Solutions Partner to Provide Comprehensive Energy Solutions in Tifton, GA

TIFTON, GA, July 6, 2023 — Conger LP Gas, led by President and CEO, Dan Richardson, has joined forces with Lattice Energy Solutions and Ag Solar Solutions, led by CEO, Clay Sikes, in an exciting new partnership. This collaboration aims to offer a wide range of energy solutions to meet customers’ diverse needs and goals.

The partnership will provide an array of offerings, including solar panels, propane-powered irrigation engines, EV charging stations, and propane autogas fueling. With this joint venture, customers will have access to a comprehensive suite of products and services as well as opportunities to receive lucrative incentives and grants. The three companies have already secured over $12.3 million in customer funding.

Richardson emphasized the significance of this collaboration, stating, “This innovative partnership demonstrates Conger LP Gas’s leadership in the propane industry. Propane is a clean, equitable, and sustainable energy source with lower emissions. While not a merger or acquisition, this collaboration allows us to expand our product and service offerings, providing our customers with even greater value. We are excited about the joint ventures ahead with Lattice Energy Solutions and Ag Solar Solutions, which will help our customers achieve their economic and environmental goals. Once again, Conger LP Gas is committed to delivering exceptional customer service.”

Sikes enthusiastically welcomed Conger LP Gas to the Lattice family of energy providers. He stated, “Conger is at the forefront of offering diverse energy options through Lattice and our network of renewable energy companies.”

Driving Forward: Propane Autogas in an Ever-Changing Landscape

In recent years, stakeholders in the industry have faced many challenges as they transitioned to propane autogas. Despite the wild ride, the Propane Education & Research Council (PERC) emphasizes that autogas currently has the lowest total cost of ownership for fleets of vehicles. Additionally, the increase in the price of gasoline and diesel has highlighted… Continue reading Driving Forward: Propane Autogas in an Ever-Changing Landscape

In recent years, stakeholders in the industry have faced many challenges as they transitioned to propane autogas. Despite the wild ride, the Propane Education & Research Council (PERC) emphasizes that autogas currently has the lowest total cost of ownership for fleets of vehicles. Additionally, the increase in the price of gasoline and diesel has highlighted the financial benefits of switching to this plentiful, affordable, and low-carbon fuel.

The ambitious regulations California has set forth to phase out internal combustion engine vehicles by 2035 may cause some people to have second thoughts. Still, Tucker Perkins, president and CEO of PERC, is unwavering in his optimism. The primary focus of the California law is on passenger cars, leaving the medium- and heavy-duty fleet sector—the ideal market for propane autogas—with a sizable untapped market.

Perkins emphasizes the value of considering roadblocks and ignoring details when assessing alternative fuel options. He assertively compares autogas to electric vehicles (EVs), highlighting the benefits autogas offers in terms of cost-effectiveness, payload capacity, extended range, and reliability.

There are opportunities and challenges for the propane industry related to federal infrastructure and inflation legislation. Because of the infrastructure law, funding options are now available for using propane in fleet and school bus applications. The inflation legislation also extended the alternative fuel tax credit, but it still needs to be determined what will happen after 2024. Congress could favor a clean fuel reduction credit, but it might not be as advantageous for traditional propane as the current tax credit.

In response to impending strict emissions mandates, Perkins sees the market for autogas growing by displacing harmful diesel. With a focus on both on- and off-road applications, including propane-fueled bobtails, Cummins is continuously developing new propane engine technology to ease this transition.

Success tales demonstrating autogas’ effectiveness are still being published. Significant advantages have been realized by school buses, paratransit shuttles, and mail delivery companies. The Americans with Disabilities Act requires paratransit services, but the United States Postal Service relies on independent contractors nationwide to deliver mail. To balance the unilateral push toward electrification, these success stories provide strong evidence.

The industry is ready to offer fleets the autogas option they deserve, thanks to the availability of technology, solutions providers, and a plentiful propane supply.