Tag: Clean Energy

Environmental Laws and Propane Companies

Environmental legislation profoundly affects the operations and strategies of propane businesses. Read on as we explore how these laws influence the industry, highlighting key impact areas. Compliance Costs Environmental laws often require propane companies to invest in new technologies or processes to reduce their emissions and environmental impact. While these changes can be costly, they… Continue reading Environmental Laws and Propane Companies

Environmental legislation profoundly affects the operations and strategies of propane businesses. Read on as we explore how these laws influence the industry, highlighting key impact areas.

Compliance Costs

Environmental laws often require propane companies to invest in new technologies or processes to reduce their emissions and environmental impact. While these changes can be costly, they are necessary to meet legal standards and can lead to long-term benefits, including operational efficiencies and improved public perception.

Market Opportunities

Stricter environmental regulations can create new market opportunities for propane businesses. As a cleaner alternative to other fossil fuels, propane can gain market share in a regulatory environment focused on reducing carbon emissions.

Operational Changes

Propane companies may need to adjust their operations to comply with environmental legislation. This could include changing extraction methods, modifying distribution practices, or adopting new technologies to reduce environmental impact.

Risk Management

Environmental laws introduce new risks that businesses must manage. This includes the risk of non-compliance and the potential for increased operational costs. Proactive engagement with legislation and regulatory bodies can help manage these risks effectively.

Investor Relations

Investors increasingly focus on environmental, social, and governance (ESG) criteria. Propane businesses that proactively address the challenges and opportunities presented by ecological legislation can attract stronger investment and thereby improve their market valuation.

Public Relations

How a company responds to environmental legislation can significantly impact its brand and public relations. Companies that lead in environmental compliance can enhance their reputation, while those that lag may face public backlash.

Navigating the Challenges

Environmental legislation significantly impacts propane businesses, affecting compliance costs, market opportunities, operational processes, risk management, investor relations, and public image. Navigating these challenges successfully requires strategic planning, investment in sustainable practices, and a proactive approach to regulatory compliance.

Propane in Farming and Aquaculture

Fueling Growth in Agriculture and Aquaculture Propane, a versatile and clean-burning fuel, has found its niche in residential and commercial heating, agriculture, and aquaculture. Join us as we examine the innovative applications of propane in agricultural farming and fish farming, highlighting its benefits for efficiency, cost reduction, and environmental sustainability. Through exploring these uses, we… Continue reading Propane in Farming and Aquaculture

Fueling Growth in Agriculture and Aquaculture

Propane, a versatile and clean-burning fuel, has found its niche in residential and commercial heating, agriculture, and aquaculture. Join us as we examine the innovative applications of propane in agricultural farming and fish farming, highlighting its benefits for efficiency, cost reduction, and environmental sustainability. Through exploring these uses, we uncover how propane is becoming an integral component of modern farming operations.

Heating and Temperature Control

Greenhouses: Propane heaters are pivotal in maintaining optimal temperatures in greenhouses, ensuring the year-round growth of fruits, vegetables, and flowers regardless of outdoor conditions.
Aquaculture Facilities: In fish farming, propane boilers efficiently control water temperatures, which is crucial for aquatic species’ health and growth rate. This controlled environment enables higher yields and healthier stocks.

Crop Drying and Processing

Grain Drying: Propane-powered dryers offer a reliable solution for quickly and uniformly drying grains post-harvest. This process reduces losses due to spoilage or mold, ensuring higher quality and market value.
Food Processing: In agricultural processing, propane fuels the equipment for drying, roasting, and other methods of processing crops for consumption or storage, maintaining food quality and extending shelf life.

Pest and Weed Control

Flame Weeding: A sustainable alternative to chemical herbicides, flame weeding with propane effectively eliminates weeds by applying intense heat that ruptures plant cells, thereby protecting crops and reducing chemical use.
Pest Management: Propane-fueled equipment is used in thermal pest management, offering an eco-friendly method to eradicate pests without harmful pesticides, ensuring healthier crops and minimal environmental impact.

Powering Equipment

Farm Machinery: Propane engines in tractors and other farm machinery present a cleaner alternative to diesel, with lower emissions and reduced fuel costs. Their efficiency and reliability support the heavy demands of farm operations.
Portable Generators: In remote or off-grid aquaculture sites, propane-powered generators deliver essential electricity for pumps, aeration systems, and other critical equipment, enhancing operational resilience.

Environmental and Economic Benefits

Reduced Emissions: Propane burns cleaner than other fossil fuels, producing fewer greenhouse gases and pollutants. This characteristic makes it an environmentally preferable choice for agriculture and aquaculture operations.
Cost Efficiency: Propane can lower operational costs with competitive pricing and efficient fuel use. Additionally, the reliability of the propane supply ensures uninterrupted operations, which is crucial for time-sensitive agricultural activities.

Embracing Innovation

Research and Development: Ongoing research into more efficient and sustainable propane technologies promises to further enhance its applications in agriculture and aquaculture, contributing to greater advancements in these industries.
Adoption Incentives: Governments and industry associations often offer grants or incentives for adopting clean energy technologies, including propane, encouraging more farms and aquaculture operations to transition to this cleaner fuel.

A Sustainable Future with Propane

The exploration of propane’s use in agriculture and aquaculture reveals its potential to support sustainable and efficient food production. From heating and crop drying to pest control and machinery power, propane’s versatility and environmental benefits make it a valuable asset for modern farming practices. As the global community continues to seek greener solutions, propane stands out as a fuel that can help meet these challenges, driving innovation and sustainability in both agriculture and aquaculture.

Innovative Project Turns Glycerol into Renewable Hydrogen and Biopropane

Researchers have embarked on a groundbreaking project, known as the HYDROGAS project, to explore the potential of glycerol, a byproduct of biodiesel production, in producing renewable hydrogen gas and propane. This innovative work not only has the potential to benefit the environment but also reduce dependence on imported fuels. Glycerol, derived from biodiesel production plants,… Continue reading Innovative Project Turns Glycerol into Renewable Hydrogen and Biopropane

Researchers have embarked on a groundbreaking project, known as the HYDROGAS project, to explore the potential of glycerol, a byproduct of biodiesel production, in producing renewable hydrogen gas and propane. This innovative work not only has the potential to benefit the environment but also reduce dependence on imported fuels.

Glycerol, derived from biodiesel production plants, is both abundant and cost-effective. The HYDROGAS project, supported by Marie Skłodowska-Curie Actions, the European Union’s reference program for doctoral education and postdoctoral training, focuses on harnessing glycerol as a raw material for producing hydrogen gas and propane.

Hydrogen is widely recognized as one of the most promising clean fuels for the future due to its carbon-neutral properties. Biopropane, on the other hand, can serve as a substitute for fossil-derived liquefied petroleum gases, which are already low in carbon emissions. These fuels also have applications in heating remote off-grid buildings.

Previous research has demonstrated that glycerol can be reacted with hydrogen to transform it into propane. However, the challenge lies in the cost of using external hydrogen sources. The innovation brought by HYDROGAS is the utilization of glycerol itself to generate the required hydrogen for converting glycerol into propane.

Dr. Jude Onwudili from Aston University’s Energy and Bioproducts Research Institute led the study. He explained, “Our approach was to use part of the glycerol to produce the hydrogen gas required for propane production, avoiding the need for it to be added from expensive external sources.”

The HYDROGAS project has successfully achieved its first objective: to develop a process capable of generating sufficient hydrogen to convert glycerol into propane. The second objective, to obtain high propane yields, is still under investigation.

Dr. Onwudili noted, “We are also still working to obtain high propane yields from ‘crude glycerol.’ Through HYDROGAS, we discovered that the second-stage reactions can work in different conditions than those used for hydrogen production, so we will explore this alternative route.”

Marie Skłodowska-Curie fellow, Dr. Carine Tondo Alves, has supported this research endeavor. With additional investments from Aston University, the project is now poised to establish a dedicated research program focused on reforming and transforming glycerol and other biomass-derived feedstocks into sustainable gaseous and liquid fuels. This initiative holds significant promise for advancing clean and renewable energy solutions.

Propane Behind Exceptional Artisanal Spirits

It’s not the master distiller’s secret recipe or the aged oak barrels; it’s the choice of fuel that sets the stage for excellence when creating exceptional artisanal spirits. Among distilleries, regardless of size or location, propane stands tall as the preferred fuel of choice, and for good reason. Propane: Fueling the Fire of Distillation Distillation,… Continue reading Propane Behind Exceptional Artisanal Spirits

It’s not the master distiller’s secret recipe or the aged oak barrels; it’s the choice of fuel that sets the stage for excellence when creating exceptional artisanal spirits. Among distilleries, regardless of size or location, propane stands tall as the preferred fuel of choice, and for good reason.

Propane: Fueling the Fire of Distillation

Distillation, the art of transforming grains, water, and yeast into the spirited elixir we all know and love, is a process that demands precision and consistency. Whether you’re operating a small-scale distillery nestled in the hills or a larger, more established production facility, the need for reliable and efficient energy is key. This is where propane takes center stage.

The Power of Precision

One of the critical phases in spirit production is the heating and cooling process. Distillers must carefully control temperatures to extract the desired flavors and characteristics from the ingredients. Steam is the energy source of choice for this task, and it’s propane that fires up the boilers.

Propane offers a level of precision that’s hard to match. It heats up quickly and allows for precise temperature control, essential for achieving the nuanced flavors and aromas that distinguish one spirit from another. This is particularly vital in distillation, where even the slightest variation can alter the final product’s taste and quality.

Efficiency in Action

Efficiency is another key reason why distilleries turn to propane. As production scales up, so does the demand for steam. Propane-powered boilers can meet this demand with ease, delivering fast heat-up times and consistent performance. This efficiency translates into cost savings, a critical factor for distilleries of all sizes. As distillery equipment grows in size, propane becomes increasingly cost-effective compared to electric alternatives.

A Rural Romance

Many distilleries find their homes in rural settings, where abundant space and proximity to natural resources are advantageous. In these picturesque locations, propane becomes the energy source of choice due to its accessibility and adaptability. It seamlessly integrates with the rural landscape, providing a clean and efficient solution for energy needs.

A Harmonious Partnership

As distilleries craft their spirits with care and dedication, they often form deep connections with their local communities. These connections extend to their choice of energy source as well. Propane is often sourced from local suppliers, creating a network of support and cooperation.

For craft distilleries, propane isn’t just a fuel; it’s a vital part of their success story. These distilleries rely on propane for its reliability and efficiency, forming close partnerships with local suppliers to ensure their operations run smoothly.

When it comes to craft distilleries, every drop tells a story. The choice of fuel is more than a matter of convenience—it’s a crucial element in the art of distillation. Propane, with its precision, efficiency, adaptability, and community-focused approach, emerges as the preferred fuel of choice for distilleries of all sizes.

As we raise our glasses to savor the exquisite spirits crafted by these dedicated distillers, let us also raise our appreciation for the unsung hero behind the scenes—propane, the flame that ignites excellence in the world of distillation.

Propane: A Growing Global Trend Towards Cleaner Energy

One of the standout features of propane is its abundant availability. Unlike some finite resources that are experiencing dwindling supplies, propane remains plentiful in markets worldwide. As of 2021, the global propane volume reached an impressive 164.3 million tons, and it shows no signs of running dry. The United States, in particular, takes the lead… Continue reading Propane: A Growing Global Trend Towards Cleaner Energy

One of the standout features of propane is its abundant availability. Unlike some finite resources that are experiencing dwindling supplies, propane remains plentiful in markets worldwide. As of 2021, the global propane volume reached an impressive 164.3 million tons, and it shows no signs of running dry. The United States, in particular, takes the lead as a propane exporter, producing nearly 90% of its supply domestically.

A Growing Industry

Propane’s accessibility, abundant supply, and environmentally friendly characteristics have ignited a surge in the global propane industry. This growth trajectory is expected to persist as individuals, businesses, government agencies, and organizations strive to reduce their reliance on more carbon-intensive energy sources such as coal, gas, and oil. A noteworthy factor contributing to this shift is that approximately half of the U.S. population now resides in a state with comprehensive carbon emissions regulations or pending legislation, making propane an increasingly appealing energy source.

A World Embracing Propane

The future of propane looks bright, not only in the United States but also in various overseas markets. For instance, economic developments in certain areas of the Asia Pacific region are positioning it as the fastest-growing consumer of propane in the years to come. In India, growing demand in the commercial and industrial sectors could result in an impressive CAGR of 10% or even higher.

Several other nations are also poised to increase their propane consumption significantly, including Germany, the United Kingdom, France, China, Japan, and Mexico. This global shift towards propane as an energy source is indicative of a shared commitment to cleaner and more sustainable energy solutions.

Balancing the Propane Portfolio

The consumption of propane is anticipated to be well-distributed across multiple sectors from 2022 to 2027. Residential, commercial, and transportation usage should each constitute a 25% share of the market, with the remaining 25% encompassing all other sectors. This balanced distribution reflects the versatility of propane as an energy source, making it suitable for various applications across different industries.

The global rise of propane signifies a compelling shift towards cleaner and more sustainable energy sources. With its abundant availability and eco-friendly properties, propane has positioned itself as a crucial player in the global effort to reduce carbon emissions and transition towards a greener future. As more nations and industries recognize the many advantages of propane, its role in the global energy arena is set to expand, paving the way for a cleaner and more sustainable world.

A Sustainable Energy Perspective: Propane Beyond 2023

Looking ahead to the future of the propane industry, we find a future marked by promise and potential. Beyond the year 2023, we can draw upon informed predictions to paint a picture of what lies ahead. Propane, often hailed for its clean-burning properties, is poised for continued growth and innovation. Let’s explore the trajectory of… Continue reading A Sustainable Energy Perspective: Propane Beyond 2023

Looking ahead to the future of the propane industry, we find a future marked by promise and potential. Beyond the year 2023, we can draw upon informed predictions to paint a picture of what lies ahead. Propane, often hailed for its clean-burning properties, is poised for continued growth and innovation. Let’s explore the trajectory of the propane industry, the surging demand for sustainable fuels, and the role propane is set to play in the evolving automotive and transportation sectors.

The Propane Industry’s Expansion

The propane industry is on track for substantial expansion well into the future. Projections indicate a compound annual growth rate (CAGR) of at least 4% through the year 2027. At the forefront of this expansion lies the Asia-Pacific region, anticipated to remain the largest and fastest-growing market for propane. This growth can be attributed to propane’s undeniable utility as a clean and sustainable alternative fuel. It is this very utility that will continue to drive the expansion of domestic and international markets.

Meeting the Demand for Low-Emission Sustainable Fuels

As the world grapples with a growing population and escalating pollution levels, the demand for sustainable fuels such as propane is set to soar. Propane distinguishes itself by producing significantly fewer carbon emissions compared to conventional fuels like gasoline. Consequently, propane will become increasingly sought after, particularly in countries with burgeoning populations and elevated pollution levels.

In the United States, the Environmental Protection Agency (EPA) has laid out plans to tighten emissions regulations beyond 2023. The years 2023 through 2026 will witness more stringent standards for passenger cars and light trucks, with incremental increases in stringency. These enhancements necessitate an initial 10% reduction in emissions, followed by a 5% reduction annually. This proactive approach is expected to have a substantial impact on reducing air pollution and curbing atmospheric carbon levels. To put it into perspective, adherence to these regulations will prevent the emission of a staggering 2.2 billion tons of greenhouse gases between 2023 and 2050.

Hybrid and electric vehicles are poised to play a pivotal role in the transition to sustainable fuels, and propane-powered vehicles are no exception. The EPA’s rigorous standards will make a significant contribution to mitigating the adverse effects of air pollution and reducing carbon emissions on a grand scale.

Propane in the Automotive and Transportation Industries

Propane’s virtues as a clean-burning, cost-effective, and safe fuel source are set to make it a star player in the automotive and transportation sectors. In recent years, the introduction of propane-powered vehicles, both in the light-duty and medium-duty categories, has driven an upsurge in demand for propane. This growing demand is a key driver of the propane industry’s expansion and is expected to maintain its momentum in 2023 and beyond.

The international market for propane-powered passenger cars is poised to be a significant growth area through 2026. However, it is the heavy-duty truck market that is set to experience the most pronounced expansion.

A significant factor contributing to the popularity of propane as an alternative fuel is the global population’s relentless growth. As of November 15, 2022, the world’s population reached a milestone of 8 billion people. By 2030, it is projected to rise to 8.5 billion. With this population explosion comes an increase in commuters, travelers, and vehicles on the road, culminating in a surge of carbon emissions into an already polluted atmosphere. Clean-burning propane stands as an ideal solution to mitigate these adverse impacts stemming from population growth.

The future of propane beyond 2023 is a story of continued growth, increased demand for sustainable fuels, and a prominent role in the automotive and transportation sectors. As the world confronts the pressing challenges of environmental sustainability, propane emerges as a valuable resource, promising a cleaner and more sustainable energy future.

Targeting Propane Usage in Key Industries

Propane, with its diverse range of applications, holds immense potential in sectors where efficiency, affordability, and environmental responsibility are paramount. Understanding which industries are the primary consumers of this versatile fuel can be the key to unlocking growth and profitability. 1. Agriculture: Cultivating Opportunities The agricultural sector has long been a steadfast consumer of propane,… Continue reading Targeting Propane Usage in Key Industries

Propane, with its diverse range of applications, holds immense potential in sectors where efficiency, affordability, and environmental responsibility are paramount. Understanding which industries are the primary consumers of this versatile fuel can be the key to unlocking growth and profitability.

1. Agriculture: Cultivating Opportunities

The agricultural sector has long been a steadfast consumer of propane, finding a multitude of uses for this clean-burning fuel. For propane entrepreneurs, this market segment offers fertile ground for growth. Here are some ways propane plays a vital role in agriculture:

Heating: Propane serves as a dependable heat source for greenhouses and livestock enclosures, ensuring optimal conditions for plant growth and animal welfare.

Powering Equipment: Farmers turn to propane to fuel irrigation pumps, tractors, and various farm equipment due to its affordability and low maintenance costs.

Weed and Pest Control: Propane flame weeding provides an organic alternative to herbicides, and its heat sources create an inhospitable environment for plant pests, effectively deterring them.

Crop Drying: The crown jewel of propane usage in agriculture lies in crop drying. Corn and other grains, in particular, rely heavily on propane for this critical process, with approximately 80% of drying machinery utilizing propane. Farmers favor propane for its crop-friendly characteristics and ease of storage compared to traditional fuels.

2. Manufacturing and Industry: Fueling Progress

Manufacturing and petrochemical industries represent another major frontier for propane usage. The fuel’s adaptability and efficiency make it indispensable for various applications, including:

On-Demand Heat: Propane excels in applications like soldering and metal melting, providing reliable and readily available heat.

Petrochemicals: Propane plays a vital role in producing essential items such as plastic bags, rubber products, nylon, and more.

Heating and Backup Power: Many manufacturing facilities rely on propane for building heat and generating backup power, ensuring uninterrupted operations.

Cooling: Propane is increasingly employed as an environmentally friendly alternative for refrigeration and air conditioning, aligning with sustainability goals.

3. Transportation and Logistics: A Roadmap to Success

Propane’s eco-friendly and cost-effective attributes make it an attractive choice for the transportation and logistics sector, which accounts for a substantial portion of energy consumption in the United States. Here’s how propane is making inroads in this industry:

Clean-Burning Forklifts: Propane-powered forklifts are a common sight in warehouses, thanks to their clean-burning nature and fuel efficiency.

Fleet Vehicles: Propane presents an eco-conscious and economical alternative for vehicles and entire fleets, aligning with sustainability objectives.

Focusing on the transportation and logistics segment offers a unique opportunity to provide innovative solutions that meet the evolving demands of this industry while advocating sustainability. By offering propane as a clean and cost-effective fuel source for vehicles and logistics operations, your business not only gains a competitive edge but also contributes to a more sustainable future, aligning with the growing environmental consciousness of businesses and consumers alike.

In Summary

Understanding the diverse industries that rely on propane is essential for everyone looking to thrive in an ever-evolving market. By tailoring your products and services to meet the specific needs of the agriculture, manufacturing, and transportation sectors, you can position your business for sustained growth and success. Propane’s versatility, efficiency, and environmental benefits make it an attractive choice for businesses across these industries, paving the way for mutually beneficial partnerships and expanded market reach.

Propane Generators: Keeping Hospitals Resilient During Energy Shortfalls

The summer of 2023 brought a surge in patients seeking treatment for heat-related illnesses. Across the South, West, and Midwest, relentless heat waves made life unbearable without air conditioning, while the Northeast grappled with torrential rainstorms. Additionally, Canadian wildfires cast a choking smog over several U.S. states, rendering the air unbreathable. In New York City… Continue reading Propane Generators: Keeping Hospitals Resilient During Energy Shortfalls

The summer of 2023 brought a surge in patients seeking treatment for heat-related illnesses. Across the South, West, and Midwest, relentless heat waves made life unbearable without air conditioning, while the Northeast grappled with torrential rainstorms. Additionally, Canadian wildfires cast a choking smog over several U.S. states, rendering the air unbreathable. In New York City in early June, the skyline disappeared from view for two days. Stepping outside meant stinging eyes and a runny nose. Those with respiratory illnesses had an especially difficult time with those conditions.

These extreme weather events, among others, continue to drive up the demand for electricity in nearly every state. This puts immense strain on the electric grid, especially as older power plants are retired. This worrying combination recently led the North American Electric Reliability Corporation to predict that two-thirds of North America would face the risk of energy shortages during extreme demand this past summer.

The overburdening of the electric grid has become an all-too-frequent concern. In February 2021, Winter Storm Uri left much of Texas without power for days, including vital medical facilities such as hospitals. With severe weather conditions on the rise, hospitals must ensure they can care for patients without interruption in power supply. Reliable and resilient power sources can mean the difference between life and death. In Texas, many hospitals could continue caring for their patients thanks to backup generators fueled by propane.

These generators are engineered to operate independently of the electric grid. Propane fuel is stored on-site in tanks that can hold over a week’s supply, and unlike diesel fuel, it does not degrade over time. This exceptional characteristic makes propane generators an ideal choice for hospitals and other critical facilities that cannot afford even a momentary loss of power. The National Fire Protection Association mandates that hospitals and healthcare facilities maintain at least 72 hours of on-site fuel storage for strength or operational support.

Propane offers several compelling advantages for hospital facility managers seeking clean energy solutions. It is significantly cleaner than oil and diesel and is recognized as a clean alternative fuel by the U.S. Department of Energy. Propane is methane-free, emitting deficient levels of nitrogen oxides and virtually no particulate matter. Additionally, it is increasingly available in renewable forms made from cooking waste products and plants.

Before installing a propane generator, there are specific requirements to consider. The hospital must have sufficient space to accommodate the propane tanks. Once established, the generator and propane system necessitate routine maintenance to ensure they remain in optimal working condition. This maintenance process can seamlessly integrate into existing emergency planning procedures.

Propane can offer a critical lifeline during these days of an over-stressed electric grid. It can power hospitals and other critical facilities, ensuring patients receive uninterrupted care and enabling emergency responders to carry out their duties effectively. As the challenges of severe weather events continue to test our infrastructure, propane emerges as a resilient solution that can save lives when the lights go out.

Celebrating National Propane Day: Eco-Friendly Facts and History

On October 7, many organizations across the U.S. celebrated National Propane Day. It was a day dedicated to honoring the hardworking propane suppliers nationwide. These business owners provide propane services 24/7, ensuring that communities stay warm and safe. Let’s take a moment to appreciate their efforts and explore the incredible benefits of using propane. In… Continue reading Celebrating National Propane Day: Eco-Friendly Facts and History

On October 7, many organizations across the U.S. celebrated National Propane Day. It was a day dedicated to honoring the hardworking propane suppliers nationwide. These business owners provide propane services 24/7, ensuring that communities stay warm and safe. Let’s take a moment to appreciate their efforts and explore the incredible benefits of using propane.

In the United States, there are more than 3,500 propane suppliers. Many of them are family-owned businesses deeply rooted in their local communities. These suppliers often go to great lengths to ensure their customers’ safety and comfort during natural disasters and power outages.

Propane: An Eco-Friendly Choice

Propane, also known as liquefied petroleum gas (LPG), is a gas that’s typically compressed and stored as a liquid. It’s a versatile fuel used for space and water heating, cooking, and as an engine fuel. Propane powers machinery such as forklifts, farm irrigation engines, fleet vehicles, and buses, offering a clean and efficient alternative.

One remarkable fact about propane is its inclusion in the 1990 Clean Air Act. This recognition highlights propane’s environmental advantages. Compared to traditional gasoline and fuel oil, propane significantly reduces greenhouse gas emissions, including carbon dioxide, carbon monoxide, and nitrogen oxide. It’s an economical choice and a monumental step towards a cleaner and healthier environment.

The Origins of Propane

Propane’s history dates back to 1910 when chemist Walter Snelling stumbled upon it while experimenting with gasoline. He aptly called it “wild gas.” By 1913, Snelling was granted patent number 1,056,845 for LP gas. His research during the 1920s and 1930s paved the way for propane’s use in homes, equipment, and vehicles. To enhance safety, a distinctive rotten egg odor (ethyl mercaptan) was added to propane in the 1930s, making it easier to detect leaks.

Five Fascinating Propane Facts:

1. The U.S. produces over 90% of its propane, reducing reliance on foreign oil.
2. Propane is remarkably energy-efficient, potentially reducing energy costs by up to 90% compared to conventional electricity.
3. Propane is non-toxic to the environment but highly flammable, so handling it safely is crucial.
4. Propane remains a reliable heating choice, even in freezing temperatures as low as 44 degrees Fahrenheit.
5. As a clean-burning fuel, propane helps reduce air emissions, offering an affordable and eco-friendly solution.

Propane Production

Propane is primarily derived from natural gas and crude oil products. During extraction, it’s separated from wellhead gas at processing plants to enhance the flow of natural gas in pipelines. This process also captures other gases like butane and ethane. While some propane byproducts are exported, most are used within the U.S. for heating, cooking, appliances, and standby power.

National Propane Day, established in 2022 through a collaboration between the National Day Calendar and the Propane Education and Research Council (PERC), is a day to celebrate propane suppliers nationwide. It’s an opportunity to raise awareness about this eco-friendly byproduct, known for its environmental safety and affordability.

PERC: Leading the Way

PERC has three primary goals:

1. Safety: Increasing awareness of safe practices in handling and using propane and propane-fueled appliances.
2. Training: Developing and updating industry-leading training and certification programs for propane employees.
3. Research and Development: Promoting the advancement of technologies that enhance the utility, efficiency, environmental performance, and safety of propane in various markets.

As we look back on National Propane Day, we extend our heartfelt appreciation to all propane suppliers and recognize propane’s vital role in providing clean, safe, and reliable energy for our communities nationwide.

Leading the Charge in Clean Energy: The Rise of Renewable Propane

As the world shifts its focus towards sustainable and eco-friendly energy sources, exploring alternatives that can significantly reduce carbon emissions and promote a greener future is essential. Let’s take a look at the promising rise of renewable propane and how it aligns with one’s commitment to environmental responsibility. Renewable Propane: A Sustainable Solution A substantial… Continue reading Leading the Charge in Clean Energy: The Rise of Renewable Propane

As the world shifts its focus towards sustainable and eco-friendly energy sources, exploring alternatives that can significantly reduce carbon emissions and promote a greener future is essential. Let’s take a look at the promising rise of renewable propane and how it aligns with one’s commitment to environmental responsibility.

Renewable Propane: A Sustainable Solution

A substantial portion of propane used in the United States is derived from natural gas processing and crude oil refining, both of which are not considered environmentally friendly processes. However, the landscape is changing with the emergence of renewable propane. Renewable propane shares many similarities with conventional propane but has a significantly lower carbon footprint.

Renewable propane is often a byproduct of producing renewable diesel and sustainable aviation fuels (SAFs). These innovative fuels are primarily sourced from plant and vegetable oils, animal fats, and used cooking oil, making them sustainable choices for a cleaner planet.

Renewable Propane’s Environmental Advantages

One way to gauge the environmental impact of a fuel is through its carbon intensity (CI) score. CI measures the grams of carbon dioxide equivalent per megajoule of energy (gCO2e/MJ) a power provides. It accounts for greenhouse gas (GHG) emissions across the entire fuel lifecycle, from production to consumption.

When comparing CI scores, renewable propane stands out. While conventional propane typically has a CI of around 79, renewable propane boasts a substantially lower CI. Depending on the feedstock used, it can range from seven to 20.5. This places renewable propane at a considerable advantage over traditional fuels.

Remarkably, conventional and renewable propane fare favorably compared to the U.S. power grid’s average CI, which stands at approximately 130. This underscores the environmental benefits of adopting renewable propane as a clean energy source.

Growing Awareness and Adoption

Renewable propane’s potential is gaining recognition in California, a leader in greenhouse gas reduction efforts, as well as in other regions and countries. Initiatives such as the Pacific Coast Collaborative, uniting California, Oregon, Washington, and British Columbia, aim to create integrated markets for low-carbon fuels. These collaborative efforts enhance investor confidence and contribute to adopting low-carbon alternative fuels.

Additionally, interest in renewable propane is rising in the northeastern United States. Recent deliveries of renewable propane in Massachusetts and Vermont have been met with enthusiasm. Consumers are willing to invest slightly more in this eco-friendly option, driven by the knowledge that they contribute to a cleaner planet.

The Propane Education & Research Council (PERC) is witnessing this growing demand for renewable propane, with blends ranging from 12% to 20% alongside conventional propane. The versatility of propane production allows for the creation of custom blends to suit various needs, further promoting the adoption of renewable propane.

A Sustainable Future

Renewable propane represents a significant step towards a cleaner and more sustainable energy landscape. Its lower carbon intensity, environmental advantages, and increasing adoption demonstrate its potential to be pivotal in our journey toward a greener, more sustainable future.

Why Is Propane a Smart Choice for Clean and Reliable Energy?

Electrification is frequently touted as the ultimate solution to reduce carbon emissions. However, it’s essential to recognize that relying solely on electricity isn’t always practical. Meeting long-term environmental challenges requires a diversified approach to energy sources. So, why isn’t an all-electric solution the answer? Building the necessary infrastructure to support widespread electrification would be a… Continue reading Why Is Propane a Smart Choice for Clean and Reliable Energy?

Electrification is frequently touted as the ultimate solution to reduce carbon emissions. However, it’s essential to recognize that relying solely on electricity isn’t always practical. Meeting long-term environmental challenges requires a diversified approach to energy sources.

So, why isn’t an all-electric solution the answer? Building the necessary infrastructure to support widespread electrification would be a monumental undertaking, spanning decades and costing trillions of dollars, with much of the burden falling on those least able to afford it.

Access to clean, dependable energy should be a universal right. This is why builders, remodelers, and construction professionals should consider a blend of clean energy options. One such option is propane.

Propane’s Versatility

Propane is a versatile energy source suitable for residential and commercial applications. It can power appliances and systems like space and water heaters, backup power generators, cooking appliances, clothes dryers, fireplaces, and outdoor living setups. According to the Propane Education & Research Council (PERC), nearly 13 million U.S. households already use propane for space heating, water heating, or cooking, and this number continues to grow as more builders, remodelers, and homeowners choose propane for their projects. Propane offers a reliable and efficient energy solution for a myriad of purposes.

One of propane’s key advantages is its portability and on-site storage capabilities. This means that developments can be situated in areas previously considered less desirable due to the absence of natural gas infrastructure.

Moreover, propane is vital in reducing the strain on the electric grid. It provides customers with a stable, on-site energy source that ensures homes function seamlessly even during grid interruptions. Propane systems and appliances can continue to operate during power outages, and adding a propane-powered backup generator can further enhance a home’s resilience.

Propane and Carbon Emissions

While electrification is often seen as a zero-emissions solution, considering the full-fuel-cycle emissions reveals compelling reasons to choose propane. Propane is environmentally friendly and effectively reduces emissions while meeting energy demands. Propane significantly outperforms electricity regarding carbon emissions for critical residential applications, notably water heating. For instance, propane tankless water heaters can produce up to 61% fewer greenhouse gas emissions, 47% fewer nitrogen oxide (NOx) emissions, and 91% fewer sulfur oxide (SOx) emissions than electric storage tank water heaters, according to PERC data.

Additionally, using propane produces 52% fewer greenhouse gas emissions than equivalent electricity generated from the U.S. grid. This is because more than 60% of the energy produced in power plants is lost during production, transmission, or transformation before reaching its destination. These emissions from power plants tend to be concentrated at the source, impacting nearby communities significantly.

Propane can also complement on-site solar PV systems to reduce emissions while ensuring reliability, especially during adverse weather conditions. Propane standby generators, permanently installed on-site, offer quiet, efficient, and clean power backup, instantly restoring power without disrupting critical infrastructure.

As a clean, dependable, and versatile energy solution, propane is essential to a diversified energy mix, applicable across numerous industries, from large-scale operations to residential construction. With ongoing innovations, propane holds great potential and is poised to provide even more sustainable solutions for future generations.

Raleigh, NC Transitions Fleet to Renewable Propane for Cleaner Transportation

The city of Raleigh, North Carolina, is making strides in its commitment to environmental sustainability by shifting a portion of its vehicle fleet to run on renewable propane. With nearly half of the city’s total greenhouse gas emissions originating from transportation, reducing vehicle emissions is a pivotal component of Raleigh’s climate action strategy. The city… Continue reading Raleigh, NC Transitions Fleet to Renewable Propane for Cleaner Transportation

The city of Raleigh, North Carolina, is making strides in its commitment to environmental sustainability by shifting a portion of its vehicle fleet to run on renewable propane. With nearly half of the city’s total greenhouse gas emissions originating from transportation, reducing vehicle emissions is a pivotal component of Raleigh’s climate action strategy. The city is actively charting a cleaner transportation future, transitioning from fossil fuels to eco-friendly alternatives such as electric vehicles and renewable propane.

Raleigh is inviting the public to celebrate this significant milestone in their pursuit of the Community Climate Action Plan. A ribbon-cutting ceremony is scheduled for Thursday, September 28, from 11:00 a.m. to 1:00 p.m. This event will occur at the Westinghouse Road fueling station at 2540 Westinghouse Blvd.

The ceremony offers an excellent opportunity for the public to get a firsthand look at some of the vehicles utilizing renewable propane. Attendees will also have the chance to explore other electric and clean energy vehicles within Raleigh’s fleet.

In addition to this, Vehicle Fleet Services, the Office of Sustainability, and Raleigh Arts recently unveiled a captivating “Clean Energy Mural.” This mural raises awareness regarding the city’s transition to clean energy. The artwork will be a highlight of the event, and the artist behind it will be present to provide insights into his creative work. Notably, Vehicle Fleet Services has received recognition as the 2023 #1 fleet in the nation for its innovative approach to climate action and clean energy.

The celebration has garnered sponsorship from various organizations that share the city’s commitment to sustainable transportation. These include the Propane Education & Research Council (PERC), Blossman Gas & Appliance, Southeast Propane Alliance (SEPA), and Triangle Clean Cities. Together, they are supporting Raleigh’s journey towards a cleaner and greener future in transportation.

Propane as a Key Player in the Climate Solution

In recent times, the urgency of addressing climate change has become increasingly clear. Former Vice President Al Gore, renowned for his work on climate awareness, recently made a statement that caught many by surprise. He asserted that we do indeed possess the knowledge to combat climate change and the extreme weather events we’re witnessing. Although… Continue reading Propane as a Key Player in the Climate Solution

In recent times, the urgency of addressing climate change has become increasingly clear. Former Vice President Al Gore, renowned for his work on climate awareness, recently made a statement that caught many by surprise. He asserted that we do indeed possess the knowledge to combat climate change and the extreme weather events we’re witnessing. Although there is some truth to that, the challenge lies in the finer points when it comes to achieving a complete reduction in carbon emissions.

Gore’s stance leans toward the complete elimination of fossil fuels as the answer to our climate woes. However, the emerging consensus recognizes the continued need for fossil fuels in ensuring energy reliability and security, at least in the foreseeable future. As part of the energy transition, many oil and gas companies are already investing substantial sums in shifting towards cleaner fuels derived from cooking and agricultural waste products.

It’s crucial not to overlook the potential of beneficial energy resources that are not only affordable but also abundant, energy-rich, and portable. Imposing stringent restrictions that leave people in the cold or sweltering in the heat can lead to active resistance. Instead, we can strive for carbon emissions reduction by harnessing a myriad of innovative ideas without causing undue hardship to the communities we serve.

On the path to achieving net-zero emissions, there is no one-size-fits-all solution, nor should the scale of a solution matter. What truly matters is the incremental progress we make in reducing our carbon footprint. Attaining our climate goals involves embracing a broader range of decarbonization strategies and moving away from marginalizing certain industries.

Energy-dense liquid fuels, particularly renewable propane, play a significant role in the energy transition, particularly in transportation, shipping, and power generation. In their renewable forms, these fuels release minimal to no emissions, and even conventional liquid fuels are notably cleaner than diesel. The substitution of diesel with these fuels represents more than just a small step; it’s a substantial reduction in air pollution.

While we have reason to be concerned about the environmental and human impact of lithium batteries, we should still view electrification as a part of the solution. Additionally, supporting responsibly sited solar and wind projects can aid in shifting our grid towards cleaner energy resources.

Carbon capture technology, although met with skepticism by some due to perceived marginal impact, should not be discounted. Every bit helps. Similarly, both manufactured and geologic hydrogen, as well as small modular nuclear reactors, should be integrated into the energy transition. Each solution presents its unique challenges but also contributes to lowering carbon emissions, making them integral parts of the solution.

The looming question is whether there is space in the discourse for practical solutions. The fear is that we may have lost the ability to tackle complex issues and make gradual yet significant progress. The pursuit of a singular “silver bullet” solution can hinder real advancements. It’s our hope to find rational voices eager to collaborate in charting a pragmatic course for change.

Propane companies have a vital role to play in the broader context of addressing climate change. By embracing practical solutions, we can collectively make meaningful strides towards a more sustainable and environmentally responsible future.

West Springfield, MA Welcomes First Delivery of Renewable Propane

In a groundbreaking moment for West Springfield, Massachusetts, a significant step towards sustainable energy was marked with the arrival of the first delivery of renewable propane. The event occurred at the NGL Supply Wholesale Springfield terminal in West Springfield on September 5 and was celebrated with a special ceremony. Renewable propane, a clean and eco-friendly… Continue reading West Springfield, MA Welcomes First Delivery of Renewable Propane

In a groundbreaking moment for West Springfield, Massachusetts, a significant step towards sustainable energy was marked with the arrival of the first delivery of renewable propane. The event occurred at the NGL Supply Wholesale Springfield terminal in West Springfield on September 5 and was celebrated with a special ceremony.

Renewable propane, a clean and eco-friendly alternative to conventional propane, is produced as a byproduct of renewable diesel derived from plant and vegetable oils or animal fats. This innovative approach to propane production significantly reduces carbon emissions compared to traditional propane, making it an environmentally responsible choice for energy.

Leslie Anderson, President and CEO of the New England Propane Gas Association, highlighted the benefits of renewable propane. While its cost is currently only slightly higher than that of traditional propane, Anderson anticipates a reduction in price as production increases. She emphasized that many individuals and businesses are willing to invest in renewable propane due to its positive impact on the environment.

Renewable propane is still in its early stages of development, with ongoing research and advancements in production methods. Fuel experts project that renewable propane could account for up to half of the world’s energy needs by 2050, reflecting its potential to revolutionize the energy industry.

What Sets Renewable Propane Apart?

Renewable propane is a clean energy source crafted from various renewable feedstocks, producing ultra-low carbon properties. This innovation aligns with global efforts to reduce emissions and enhance air quality.

Massachusetts’ Move Toward Sustainability

Introducing renewable propane in Massachusetts signifies a significant step towards reducing emissions and promoting cleaner air in the region. This move aligns with broader environmental goals and demonstrates the state’s commitment to sustainable energy solutions.

NGL Supply Wholesale’s Role

NGL Supply Wholesale is pivotal in delivering reliable supplies of natural gas liquids, including propane and butane. These products are sourced from advanced proprietary terminals, dedicated pipeline systems, and refineries across the United States.

The arrival of renewable propane in West Springfield represents a remarkable advancement in pursuing cleaner and more sustainable energy options. As renewable propane continues to evolve and become more accessible, it holds the promise of reshaping the energy landscape and contributing to a greener future.

Advancing Propane as a Sustainable Energy Solution for Hemp Farming: Challenges and Opportunities

As the hemp industry experiences remarkable growth, finding sustainable and efficient energy solutions becomes critical for cultivation and processing. Propane, known for its versatility and clean-burning properties, emerges as a promising option to address the energy needs of hemp farmers. The National Propane Gas Association (NPGA) has taken proactive steps to bridge the gap between… Continue reading Advancing Propane as a Sustainable Energy Solution for Hemp Farming: Challenges and Opportunities

As the hemp industry experiences remarkable growth, finding sustainable and efficient energy solutions becomes critical for cultivation and processing. Propane, known for its versatility and clean-burning properties, emerges as a promising option to address the energy needs of hemp farmers. The National Propane Gas Association (NPGA) has taken proactive steps to bridge the gap between the propane and hemp industries, promoting awareness and collaboration.

Bridging the Gap: NPGA’s Initiatives

The NPGA established the Hemp Project in 2020, focusing on education and engagement with advocacy organizations, legislators, regulators, and technical experts. Webinars and panel discussions were vital in conveying information about propane’s potential in hemp farming. Partnerships with organizations like the Foundation of Cannabis Unified Standards (FOCUS) and the National Hemp Association facilitated communication and the development of uniform regulations for safe propane usage.

Advantages of Propane Usage in Hemp Farming

Propane offers several advantages for hemp farmers. It is a cost-effective energy source compared to alternatives like electricity or diesel, allowing for better resource allocation and increased profitability. Its versatility enables fueling various equipment throughout the cultivation and processing stages, ensuring a reliable and consistent energy supply. Additionally, propane is a cleaner-burning fuel, contributing to a more sustainable agricultural sector and reducing carbon footprints.

Challenges and Solutions

Training and regulatory frameworks are critical challenges in implementing the Hemp Project. Farmers need proper guidance and education on safe handling and usage, while the propane industry should understand hemp farming customs and protocols. Educational initiatives and workshops are crucial for fostering a two-way learning process. Clear and supportive regulatory frameworks specific to hemp farming energy usage should be established to address storage, transportation, and emissions concerns. Continued collaboration, training, and sharing of success stories will build confidence and encourage the widespread adoption of propane in the hemp industry.

Propane Industry Unites to Fuel the Future: Overcoming Challenges, Embracing Opportunities

Propane business owners and industry leaders convened in Washington, D.C. in early June for the highly anticipated National Propane Gas Association (NPGA) summer board of directors’ meeting and annual Propane Days event. Each year, this gathering serves as a platform for important updates and collective efforts to promote the financial and environmental advantages of propane… Continue reading Propane Industry Unites to Fuel the Future: Overcoming Challenges, Embracing Opportunities

Propane business owners and industry leaders convened in Washington, D.C. in early June for the highly anticipated National Propane Gas Association (NPGA) summer board of directors’ meeting and annual Propane Days event.

Each year, this gathering serves as a platform for important updates and collective efforts to promote the financial and environmental advantages of propane as a fuel source to members of Congress and their staff. This time, participants directed their attention towards key issues, including gas bans and upcoming bills slated for reauthorization later in the year. Notably, the event featured important votes on two bills: the Gas Stove Protection and Freedom Act and the Save Our Gas Stoves Act.

Key Takeaways From the Board of Directors’ Meeting

NPGA Chair Michelle Bimson Maggi kicked off the meeting by extending a warm welcome to attendees and honoring NPGA members with unique awards, recognizing their exceptional contributions to the industry, from the “awesome” award to the “courageous leader” award.

The conclusion of Bimson Maggi’s groundbreaking term as the first female NPGA Chair was a significant milestone. As she reflected on her tenure and contemplated the future, Bimson Maggi shared her optimism, expressing her eagerness to witness the industry’s path under new leadership. She expressed her hope to contribute in any way necessary and emphasized the remarkable progress made in just a year since she assumed the role as the inaugural female chairperson. Bimson Maggi fondly recalled her experiences and encounters that showcased the industry’s strength and potential throughout the past year.

Jeff Stewart takes the helm as the new chair, succeeding Bimson Maggi, and brings a strong determination to tackle the challenges faced by the industry. Stewart emphasizes the ongoing significance of conventional propane within the energy sector and urges industry leaders to remain vigilant for emerging opportunities. He calls for the development of forward-thinking strategies to meet the future energy demands of the nation. Stewart emphasizes the need for every company, regardless of its size, to have a well-defined plan to progress and adapt to fulfill the country’s energy requirements. Rather than solely competing for existing business, he encourages a proactive approach of expanding the market through the introduction of new products. Stewart advocates for a more assertive and venturesome mindset, urging industry members to step out of their comfort zones and embrace the discomfort that accompanies growth and innovation.

Thomas Van Buren will take on the role of chair-elect, while Mike Hopsicker assumes the position of vice chair and D.D. Alexander serves as the association’s treasurer.

Propane Days: Hopes & Challenges

During the Propane Days legislative briefing, NPGA Vice President of Legislative Affairs, Michael Baker, provided valuable advice to attendees, emphasizing, “We don’t talk about what propane is, we talk about what propane does.” This set the stage for a day filled with over 200 strategic meetings between propane marketers and congressional representatives.

propane-industryThe opportunity to engage in face-to-face discussions with members and staff of Congress was a long-awaited one, after three years of COVID-19 precautions that made such meetings impossible.

In navigating the complex and often turbulent environment of Congress, the advice from board leadership remained straightforward: Focus on what you do as a propane businessperson and share the stories of how propane has improved the lives of your customers.

Nevertheless, conveying this story poses difficulties, especially considering the ongoing campaigns against propane as a viable fuel source. Steve Kaminski, the president and CEO of NPGA, shed light on the significant challenges currently confronting the industry, with a specific focus on the issue of gas bans. Kaminski highlighted the alarming fact that around 100 municipalities have enforced gas bans in various capacities. He emphasized the industry’s resolute opposition to multiple regulatory processes initiated by federal agencies. Additionally, Kaminski highlighted the collaborative efforts with state propane gas associations to address state and local initiatives that impede energy choice.

Changing public opinion regarding the environmental and financial benefits of propane remains an uphill battle. Despite national and local efforts to restrict propane products, there are signs of progress in promoting propane as a cost-efficient and clean energy source. Kaminski highlighted the passage of energy choice laws in 24 states, safeguarding 41% of all gallons sold in the United States. These laws prohibit local municipalities from banning energy sources like gas. Kaminski emphasizes that sustainable decarbonization requires a multi-pronged approach, incorporating low carbon energy molecules produced from both conventional and renewable sources. This approach considers the reliability, resilience, and aggregate costs passed on to energy consumers.

Continuing the Message

Promoting propane extends beyond the realm of legal experts. This year’s Propane Days welcomed attendees from diverse positions and titles within the industry, each with a unique role to play in advocating for this clean energy source.

As industry leaders develop strategies to overcome existing and future obstacles, every member can contribute by sharing the compelling story of propane as a clean and efficient fuel source. By uniting and embracing the potential of propane, businesses in this vital industry can fuel the future and drive positive change in the energy landscape.

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!

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 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!