The Future of Oil & Gas Industry in Canada

Posted on by Hampton Power

As one of the largest oil and gas producers in the world, Canada has become a vital player in the global energy market. With abundant natural resources and a strong emphasis on innovation, the Canadian oil and gas industry has grown in leaps and bounds over the years. However, with increasing concerns over climate change and the switch to renewable energy, the future of the industry seems to be uncertain.

Recent reports indicate that the Canadian oil and gas industry will face many challenges in the coming years. For one, there is a growing demand for cleaner energy sources, which is driving down the demand for fossil fuels. Additionally, the ongoing COVID-19 pandemic has led to a significant decline in global oil demand, forcing the industry to adjust accordingly.

However, all is not lost for the Canadian oil and gas industry. With a strong focus on sustainability and innovation, the industry can still thrive and remain relevant in the global market. One area where the industry has shown significant growth is in renewable energy.

In recent years, there has been a growing trend towards the development of alternative energy sources. The Canadian oil and gas industry has been quick to adapt to this trend, with many companies investing heavily in renewable energy projects. This move not only makes economic sense but also aligns with Canada’s commitment to reducing greenhouse gas emissions.

Another area where the Canadian oil and gas industry has thrived is in technology and innovation. With the use of advanced technologies such as automation, machine learning, and artificial intelligence, the industry has been able to maximize efficiency and minimize waste. These technologies also improve safety standards and can reduce the environmental impact of oil and gas production.

In conclusion, while the Canadian oil and gas industry may face many challenges in the coming years, there is still hope for a thriving industry. Through investment in renewable energy and the use of advanced technologies, the industry can adapt to changing market demands and remain competitive in the global energy market. It is crucial that the industry continues to prioritize sustainability and innovation to ensure a bright future for the sector.

Canada’s Oil & Gas Industry: The Resilient Force that Keeps Our Economy Rolling

Posted on by Hampton Power

The oil and gas industry in Canada is a fundamental aspect of our nation’s economic growth and development, contributing significantly to the country’s GDP. It has played a pivotal role in sustaining our economy and providing opportunities for job creation, technological advancements, and other secondary industries that support the energy sector.

Despite facing challenges such as changing government regulations, environmental concerns, and fluctuations in global oil prices, the oil and gas industry in Canada has continually proven its resilience. It has adapted to technological advancements, improved drilling and extraction techniques, and implemented new policies to meet regulatory demands while still meeting the nation’s energy needs.

Canada’s oil and gas industry has also made substantial efforts in environmental protection by adopting sustainable practices that reduce greenhouse gas emissions and minimize the impact on land, water, and air resources. Furthermore, the industry has invested heavily in research and development to make extraction and production processes more efficient and eco-friendly.

The oil and gas industry in Canada is primarily located in the western provinces of Alberta and British Columbia, with Alberta being the primary producer of crude oil. The province is also responsible for the extraction of oil sands, which is a significant source of energy for both Canada and the world. The oil sands have enabled Canada to become one of the top ten crude oil exporters globally.

Another critical aspect of Canada’s oil and gas industry is natural gas, which is the country’s primary source of energy for electricity and heating. British Columbia is the largest producer of natural gas in Canada, and the industry in this province is continually exploring new geographies and investing in innovative technologies to improve production methods.

Canada’s oil and gas industry has faced some challenges recently, including pipeline infrastructure delays and protests that call for increased environmental protection measures. However, the industry has consistently demonstrated its commitment to environmental responsibility and a better future for Canadians.

Through technological advancements, safety protocols, and environmental stewardship, the oil and gas industry in Canada has the potential to continue its growth and lead the way towards a cleaner and more sustainable future.

Quilbot Edited Version:

Canada’s Oil & Gas Industry: The Unwavering Force That Drives Our Economy

The oil and gas industry in Canada is fundamental to our economy, contributing substantially to our GDP. It has been a catalyst for job creation, technological advancements, and other secondary industries that support the energy sector.

Despite facing challenges such as changing regulations, environmental concerns, and fluctuating oil prices globally, the Canadian oil and gas industry has proven its resilience. Thanks to technological advancements and policy changes, it has adapted to evolving regulatory demands while maintaining a reliable source of energy for the nation.

The industry has also taken environmental sustainability seriously, adopting practices that reduce greenhouse gas emissions and minimize the impact on natural resources. Furthermore, it has invested heavily in R&D to improve extraction and production techniques, making them more environmentally friendly.

The majority of Canada’s oil and gas industry is located in the western provinces of Alberta and British Columbia. Alberta is the primary producer of crude oil and is responsible for extracting oil sands, a critical source of energy for Canada and the world. The industry has enabled Canada to become one of the top ten crude oil exporters globally.

Natural gas is another crucial aspect of Canada’s energy mix. British Columbia is the largest producer of natural gas in the country, and the industry is continually exploring new geographies and investing in innovative technologies to optimize production methods.

Recent pipeline infrastructure delays and environmental protests have presented challenges for the industry. However, the industry remains committed to ethical, environmentally friendly practices that ensure a better future for Canadians.

Through technological advancements, safety precautions, and environmental stewardship, Canada’s oil and gas industry has the potential to continue powering the nation’s economy while leading the way towards a cleaner, more sustainable future.

Canada’s Oil & Gas Industry: How It Keeps Our World Running

Posted on by Hampton Power

Canada’s oil and gas industry has been a crucial part of the country’s economy for decades. With the second-largest oil reserves and the fourth-largest gas reserves in the world, the industry has provided jobs and economic growth for Canadians across the country. From coast to coast, the oil and gas industry has been the backbone of many communities and essential to the lives of millions. Though the industry has faced challenges, it remains one of the most vital in Canada’s economy.

One major factor that contributes to the success of the oil and gas industry in Canada is the abundance of natural resources. Starting from the early 20th century, Canada’s oil and gas reserves have been a primary source of energy for Canadians and the world. In 2018, Canada produced over five million barrels of oil each day, while natural gas production reached 18 billion cubic feet per day. This has helped Canada become one of the world’s major oil exporters, and with significant reserves laid out in oil sands, there is potential for the country to expand its production further in the future.

Another critical factor that has boosted the industry is the strong regulatory system in place. Canada has strict safety and environmental regulations, which has made it one of the most responsible oil and gas producers globally. The regulations safeguard workers, protect the environment and ensure that the infrastructure is stable. In addition, Canada’s stringent regulations allow for transparent communication between the industry, the government, and the public.

The oil and gas industry, like other industries, has faced its share of challenges, with fluctuations in prices and market crashes. However, it’s always risen above with a combination of innovative technologies and government support. One example is the recent carbon capture and storage technology, which is essential for reducing greenhouse gas emissions from industrial processes. The technology has been used in different industries, including oil and gas, where it captures carbon dioxide from flue gas emissions and stores it securely underground.

Moreover, the industry has provided opportunities to Canadians, creating well-paid and high-skilled jobs in various fields. The oil and gas industry employs over half a million people directly and indirectly, contributing to the economy with billions of dollars in taxes, royalties and payments to the government. This has allowed the industry to contribute to numerous local communities, supporting infrastructure development and services such as healthcare and education.

In conclusion, the oil and gas industry has been an essential part of Canada’s economy, and it continues to help drive the country forward. With abundance natural resources, a robust regulatory system and innovative technologies, the industry has overcome challenges and provided good jobs and economic benefits for Canadians. Whether we’re driving our car or turning on the lights, the oil and gas industry keeps the world running, and Canada is proud to be part of it.

SCADA Software and Pipeline Transmitters in the Oil and Gas Industry

Posted on by Hampton Power
SCADA AND PIPELINE TRANSMITTERS

The oil and gas industry is highly complex and demands constant oversight and management. To effectively manage their operations, oil and gas companies, especially midstream producers, are heavily reliant on supervisory control and data acquisition (SCADA) software. In this expert article, we will explore the unique features and advantages of pipeline transmitters and SCADA software, crucial components of SCADA systems, and how midstream companies can leverage them to optimize their operations.

SCADA Software

SCADA1B - SCADA Software and Pipeline Transmitters in the Oil and Gas Industry

SCADA software is a computer-based control system used to monitor and manage industrial processes, especially in fields with complex and continuously monitored processes. In the oil and gas industry, SCADA software is employed to manage operations such as pipeline transportation, refining, and distribution. SCADA systems are composed of hardware and software components such as programmable logic controllers (PLCs), remote terminal units (RTUs), human-machine interfaces (HMIs), and data transfer networks.

Midstream Producers Leveraging SCADA Software

Midstream producers, companies responsible for transporting and storing crude oil and natural gas, rely on SCADA software to regulate the flow of gas and oil through pipelines. SCADA software provides midstream producers with the ability to interact with pipeline control systems from a central location, allowing operators to monitor and manage pipeline operations efficiently. This significantly reduces the need for manual intervention, making pipeline operations safer and more reliable.

Midstream producers also benefit from SCADA software’s real-time monitoring and control of pipeline operations. SCADA software enables operators to monitor oil and gas pipeline flow rates, pressures, and temperatures, and make real-time modifications to pipeline operations. This results in lower pipeline breakdowns, increased pipeline operation efficiency, and lower costs.

Pipeline Transmitters

PIPELINE TRANSMITTERS 1 - SCADA Software and Pipeline Transmitters in the Oil and Gas Industry

Pipeline transmitters are critical components of SCADA systems. These instruments measure the temperature, pressure, and flow rate of gas and oil in pipelines and transmit this information to a centralized control system. Pipeline transmitters come in various designs, including differential pressure transmitters, ultrasonic flow meters, and electromagnetic flow meters.

Advantages of Pipeline Transmitters in SCADA Systems

Pipeline transmitters provide various benefits to SCADA systems. One major advantage is improved pipeline monitoring and management. Pipeline operators can monitor and manage pipeline operations more effectively thanks to the reliable and timely data provided by pipeline transmitters on the flow rate, pressure, and temperature of these liquids. This reduces the likelihood of pipeline failures, making pipeline operations safer and more reliable, and decreasing downtime.

Another advantage of integrating pipeline transmitters into SCADA systems is increased pipeline safety and reliability. Pipeline transmitters provide operators with accurate information about the state of pipelines, allowing them to identify possible issues and take corrective action before they become life-threatening. This reduces the likelihood of accidents and equipment breakdowns, which can be expensive and damaging to the environment.

“SCADA is critical in the oil and gas industry, providing real-time data that enables operators to monitor and control processes, ensure safety, and optimize production. Without SCADA, it would be nearly impossible to efficiently manage the complex operations involved in extracting and refining oil and gas.”

– Joe Michaels, Oil and Gas Industry Expert with Harvest Oilfield Services

A Case Study of SCADA and Pipeline Transmitters in the Oil and Gas Industry

The installation of a SCADA system with pipeline transmitters at a midstream producer is an example of how these systems are used in the oil and gas industry. The company had experienced numerous pipeline breakdowns that cost them significant amounts of money and harmed the environment. The company decided to install a SCADA system with pipeline transmitters integrated with pipeline control systems.

The SCADA system’s real-time monitoring and control of pipeline operations allowed operators to identify and address potential issues before they became life-threatening. The pipeline transmitters provided precise information on the condition of the pipelines, allowing for rapid response to prevent potential issues.

Leak Detection and Repair in Pipelines

Posted on by Hampton Power
leak detection and repair

The oil and gas business is one of the most important in the world, supplying a crucial source of energy to billions of people worldwide. As a result, it is critical to guarantee that these systems’ safety and security are appropriately maintained. This is why leak detection and repair in the oil and gas industry are so critical.

Leak detection is a crucial aspect of keeping the oil and gas sector safe and secure. Leaks can occur in pipelines, tanks, and other storage and transportation sites for oil and gas. These leaks, if not found and treated promptly, can result in costly repairs and environmental harm.

Leak detection systems are designed to detect even the smallest leaks and notify operators so that they can take appropriate action as soon as possible. These systems often employ specialized sensors capable of detecting minute variations in pressure, temperature, or other parameters. When a leak is discovered, the operator can take action to rectify it and prevent future harm.

LEAK DETECTION REPAIR - Leak Detection and Repair in Pipelines

The next step is to repair the leak. Different repair procedures may be utilized depending on the magnitude and location of the leak. Welding, repairing, or replacing a portion of pipe may be required for repairs. In some circumstances, a completely new pipe may be required to replace a broken one.

Leak detection and repair are critical components of the oil and gas industry’s safety and security. Leak detection and repair can help to reduce the risk of costly repairs and environmental damage by ensuring that these systems are routinely checked. This is why it is critical to have the proper processes in place and to ensure that they are constantly maintained and tested.

Here are some examples of control systems in use:

  1. Pressure Monitoring System: Pressure monitoring systems assess the pressure inside a pipeline in order to identify fluctuations that may indicate a leak.
  2. Thermal Imaging System: Thermal imaging systems employ infrared cameras to detect temperature variations that could signal a leak.
  3. Ultrasonic Testing System: Ultrasonic testing systems identify leaks in pipelines by using sound waves.
  4. Groundwater Monitoring System: Groundwater monitoring systems detect impurities in groundwater that could indicate a leak.
  5. Visual Inspection System: Cameras are used in visual inspection systems to inspect pipelines for signs of corrosion or deterioration that could indicate a leak.

Leaks can cause costly repairs and environmental damage, so it’s important to detect and repair them quickly and efficiently. This is why the industry relies on systems such as pressure monitoring, thermal imaging, ultrasonic testing, and visual inspection systems to detect leaks and quickly repair them. By using these systems regularly, the industry can ensure that their pipelines are safe and secure, minimizing the risk of costly repairs and environmental damage.

ESCO: Energy Service Company

Posted on by Hampton Power
energy 4 330x220 - ESCO: Energy Service Company

Probably the quickest developing sectors around the gas and oil markets is energy service providers. An energy service company (ESCO) are companies that offers a broad range of energy services which includes designs and execution of energy savings jobs, retrofitting, energy conservation, energy infrastructure outsourcing, power creation and energy sources, and risk assessment. The ultimate end goal of every ESCO is to always produce considerable cost savings in energy prices by producing energy audits and evaluations and effectively making processes more efficient with regards to energy prices.

As stated by the newest data and information out of top energy news websites, moving to 2022 we are poised to see record petroleum prices. The challenge being though is the fact that there are numerous federal governments with their own individual plan that hinders with development in the oil centered energy industry. In Canada we see this prominently among one of its provinces, Alberta, and the government. Tensity between Alberta and the Canadian administration has a long and spotted history. Not to mention the conflict in Ukraine with Russia also driving up energy prices.

energy 3 - ESCO: Energy Service Company
Image courtesy of Energy Sector News Site

Ever since their beginnings in the 1980s, energy service organizations have evolved and expanded. Since COVID engulfed the world we have seen probably the most radical modifications to this sector while seeking to remain relevant. Through the years we’ve seen the start of the technical energy service companies.

As we have previously noted, the primary goal for energy service companies comes down to lowering expenditures and produce renewable solutions for future years. In the 90’s with deregulation we watched the rise of the energy services companies then things slowed throughout the Obama administration we observed reversals of regulations only to again be deregulated by the current President Donald Trump. Three years in to the Trump presidency we’ve seen a significant wholesale deregulation in the energy market which unmistakably benefits energy service firms.

In 2006 the sector group NAESCO reported energy service providers increased by 22% and boasted $2.6 billion in revenues marking a paramount moment for energy services companies throughout the states. In Canada the popularity of energy services companies also grew significantly mainly in the oil rich province of Alberta.

Each ESCO varies in their own technological field of expertises whereas others include the overall array of services this includes mobile boiler steam services, measurement & regulatory, project planning, integrated solutions, commissioning & startup and more. While there are various distinctive solutions within this vertical, something they all share is an essential tie to the market overall.

One of the more popular energy services is the one of energy management. Energy management businesses are significantly more popular as energy prices increase. Energy consulting firms really focus on one point…budgeting by streamlining process from an energy consumption perspective. Setting a base before starting on any energy savings effort is a crucial component to any energy management service. What this does is it makes a quantifiable starting position in which everything going forward may be assessed with to determine energy savings efficiency. Organizations that use energy management organizations realize the relevance of these reports by these energy service companies and because of this often work directly together. It’s essential to see the usefulness of immediate access to top management when reporting on energy budgets and particularly when negotiating costs.

energy 4 - ESCO: Energy Service Company
Image courtesy of Energy Sector News Site

Field energy service providers providers offer a wide array of providers like meter proving, fugitive emissions detection (FEMP/LDAR), electrical and instrumentation, construction, vegetation management and even software solutions. You don’t have to look very far to see the devastation created by COVID19. Tens of thousands of jobs in the energy sector were lost in the first half of 2020 throughout the US and Canada.

We interviewed an executive with Gralef Energy solutions who had this to say about our post-COVID world.

“The energy sector has witnessed many hits over time and if i am to be truthful, though this virus is devastating and in a wholesale manner, the industry will rebound. Our business for instance has taken the past few months to strategize on how we expect to continue in 2021.”

Energy Service Companies (ESCOs) often utilize performance contracting, meaning that if the venture doesn’t produce ROI, the energy service provider is liable to cover the difference, thus assuring their valued clients of the energy and cost cost savings.

Since its introduction in the 90s, a single U. S. federal government program identified as “Super-ESPC” (ESPC stands for Energy Savings Performance Contracts) has actually been accountable for $2.9B in energy service company contracts. With it being revitalized and improved in late 2008 they’ve granted 16 companies with what’s called Indefinite delivery/indefinite quantity or IDIQ contracts valued at a minimum of $5 billion each on average. The company of energy service can often mean many things but the one commonality regarding them all is the common intent of lessening energy spending and making current systems more efficient.

It is without doubt that we will be seeing a transformation, or an advancement per se, of energy utility providers whereas instead of selling just electricity or gas, utilities providers will begin to sell bundled solutions, which might include service providers utilities have not considered before, services enabled by smart meters and smart home innovation, like home safety, as an example, or monitoring aging adults. In Canada we commonly see energy providers merging with government so they’ll be able to further expand their reach with customers such as the top gas company in Canada called Enbridge, Enbridge has worked vigilantly to increase their providers and products to obtain a greater amount of the energy consumer sector. Essentially as this transpires, energy providers grow to be energy service providers offering a diverse variety of service instead of focusing on just supplying it.

You are likely asking yourself that if this indeed is taking place then wouldn’t that make independent energy service companies obsolescent? That said we wish that 2021 brings much good fortune to the energy sector and we can look backward at 2020 as a year of lessons.

Meter Proving & Testing – Whats the Diff?

Posted on by Hampton Power
meter proving header 330x220 - Meter Proving & Testing - Whats the Diff?

Meter Proving is a simple test that confirms the general performance of a meter Each meter is unique although, that is why whenever meter proving is done you could possibly imagine a variety of results while employing different ways of testing.. To illustrate, a gas meter prover studies the accuracy and reliability for gas meters.. It Is not as simple as you could imagine as it pertains to meter proving, the provers will have to determine then compare with pre-calculated data in accordance with their guide.

Now it’s important to remember that though meter proving and meter testing may very well appear to-be the same thing, they are certainly not and the dissimilarities are crucial to understand also.

METER PROVING1 - Meter Proving & Testing - Whats the Diff?
Image courtesy of Energy Services Marketing

For starters meter proving happens when a specialist evaluates the precision of a meter. Meter proving is attained by contrasting the service meter versus certified prover (dynamic or tank prover, master meter) that is traceable to a domestic meteorology institute such as for instance NIST. Proving is common for liquid hydrocarbon metering and notably for pipeline custody transfer. Specific prover connections are required at the metering station permitting simultaneous measurement of the fluid in both of these devices.

Oddly enough, for longer than a 100 years the standard is still what is generally known as “bell provers” which can possibly be also filled with insecurities unto itself.

In researching this article we were able to talk to Bob Kleine, a Bonnyville turnaround and maintenance services company COO with Intricate, who had this to say…

Experienced meter proving personnel, equipped with state-of-the-art provers, can prove meters in-house and will travel to client facilities to conduct field meter proving.

Gas provers verify gas meters and they are probably the many typical. Provers are typically made use of gas meter repair centres, public gas meter shops, and public works shops. The processes in which meter proving specialists sample the accuracy of a meter is by transferring air through and then checking those outcomes to the meter’s own internal displacement. Subsequently the prover examines the per cent of air transported through the meter utilizing the air gauged by the meter itself.

METER PROVING2 - Meter Proving & Testing - Whats the Diff?
Mobile Meter Proving Truck at a Bonnyville Shutdown

The bell is effectively a vertical interior reservoir with an external protective exterior. A space amongst the inner tank and outer shell is loaded with a sealing liquid, often oil. An inverted tank, referred to as the bell, is placed over the tank that is inner. The liquid provides an air-tight seal. Bell provers are regularly counterweighted to provide pressure level that is positive to a hose and valve interconnected to a meter. In many cases wheels or guides are made use of on the part that is moving of bell which makes it possible for for smooth linear mobility without the potential for immeasurable pressure level differentials as a consequence of the bell rocking back or forth.

mistakes in proving by operators is actually common and must be considered and modified. One inconsistency above Every others is the most common and that is anytime provers experience Temp discrepancies involving the bell meter and the binding pipes utilized the prover. There are a laundry list of things to go wrong that should be regarded like human error and hardware issues.

The technologies of programmable logic controllers (PLC) enabled gas meter maintenance facilities to automate the majority of of the manual bell prover’s process and calculations. This is achieved from computerized methods of raising and lowering the bell prover. As is many automation, computers process data inputed to them by way of testers. Since the 90s, computers and PAC (Programmable Automated Controls) had been utilized. Eventually they increase the digital Detectors that would permit for much more automation and reducing further the need for humans in the testing function.

As “meter testing” will not give total verification or estimation of the inaccuracy in the volume measured, a periodic complete examination of the primary device (both meter run and orifice fitting), to verify compliance with API 14.3 / AGA Report No. 3 standards, is important to help assure total measurement accuracy.

The Future Is Here! Hamptons Houses Produce Their Own Clean Energy

Posted on by Hampton Power
The Future Is Here Hamptons Houses Produce Their Own Clean Energy 330x220 - The Future Is Here! Hamptons Houses Produce Their Own Clean Energy

Modern Net Zero is making sure we can have a lovely house, that is basically self-sustainable and still comfortable, stylish and ecofriendly.

Saving and Caring

renewable 1989416 960 720 - The Future Is Here! Hamptons Houses Produce Their Own Clean Energy

You might have heard of self-sustainable homes before and oftentimes it seems like they’re great for saving money on electricity bills yet are terrible on the environment, creating more problems than they solve, on our big house: Planet Earth.

These houses are set apart from most other homes, given that their designers have managed to give them everything from solar panels to LED lights, even heating and cooling systems; yet the eco friendliness is not compromised at all.

Gorgeous Design, Small Carbon Print

living room couch interior room - The Future Is Here! Hamptons Houses Produce Their Own Clean Energy

In order to preserve their main focus of lovely style plus sustainability, Modern Net Zero creates their designs from scratch, and it is definitely worth it. Not only you are getting a gorgeous home with the very latest technology, but you are also cutting back on your carbon emissions.

All the while, you are enjoying a gorgeous futuristic home, with all the luxuries you can find in significantly more environmentally friendly houses, such as sound systems, humidity controls, and even their own heated salt water baths.

Love the Planet

cyclist bicycle man cycling - The Future Is Here! Hamptons Houses Produce Their Own Clean Energy

These properties just have everything, and still you manage to reduce your carbon footprints about as much as 16 people trading their cars for bicycles, or if you just planted your own small forest. Yet all you did was get an outstanding home from an outstanding designer.

Remote Controls

iot internet of things network - The Future Is Here! Hamptons Houses Produce Their Own Clean Energy

Another very useful and modern perk that Modern Net Zero’s properties offer is the ability to connect the main features such as lighting and security to your own smartphone, thus allowing you to control your own house from afar, how amazing is that?

According to the company’s founder Marc Clejan this is very much a case of seeing it to believe it, and it is no wonder. This is all very innovative technology, and the designs are so original and comfortable. The state-of-the-art features really mix well with both busy and just relaxed lifestyles.

Perfection is in the Details

home modern furniture luxury - The Future Is Here! Hamptons Houses Produce Their Own Clean Energy

During the design of these architectural wonders keen attention is paid to every detail, even including a gravel pathway, so that your car won’t take off on its own down the street. And having its own pond, to provide ground water that in turn, feeds the heating and cooling systems.

Even the placement of the windows is a fine self-sustainability tool. As they are all placed south, enabling the property to save energy more efficiently. Everything in the property is self-heated and/or cooled. It features well-hidden solar panels in the roof and an electric station in the garage for your Tesla.

Not only do Modern Net Zero’s properties protect your pocket, but also help the planet as you take a relaxing warm bath.

High Prices in Gas Causes Concern in Hamptons

Posted on by Hampton Power
High Prices in Gas Causes Concern in Hamptons 330x220 - High Prices in Gas Causes Concern in Hamptons

The United States is the pioneer country in producing gas and especially in its consumption; this is due to marketing that expanded at the end of World War II during the decade of 1950s. Let’s take a look at some aspects about the influence of gas, and also, the massive increase in gas prices that causes concern in the Hamptons.

Popularization

gasoline diesel petrol gas fuel - High Prices in Gas Causes Concern in Hamptons

Gas is made of methane, alkanes, carbon dioxide, nitrogen and helium in some cases. This hydrocarbon has become popular throughout the world as a way to replace various fuels, because it’s considered more beneficial.

The first one is because it has an environmental benefit, it generates less CO2 than other fuels. It also has a high caloric power, meaning that it is a more useful and comfortable in its implementation when using it in any industrial or domestic consumption.

Price in the United States

dawn drill dusk evening - High Prices in Gas Causes Concern in Hamptons

Hydrocarbon is one of the most necessary and commercial sources of energy in the United States. A dependency relationship has been created especially in places with very cold climates or the production of gasoline. According to some surveys, there are different sites in the country that handle a very high price of gas service.

The Hamptons is one of those places, it is even considered the place with the highest gas quota in the whole country. Specifically places like Montauk, Amagansett and East Hampton are a concern because of this matter.

Concern in Hamptons

Montauk currently handles a fee of $3,53. Amagansett with a price of $3,60 while East Hampton is $3,15.

One of the most economical places in the area is a water mill with $2,80. While many service stations in the rest of the country handle much lower prices on average. But this is also due to the influence that of these areas that there aren’t many service stations.

Increase

selective focus photography of gasoline - High Prices in Gas Causes Concern in Hamptons

According to news announced by the US government cabinet, the country has grown a lot in the production of natural gas thanks to the various technological and research advances that have been seen during the last years.

Especially with the processes of hydraulic fracking and horizontal drilling, for the exploitation and production of gas, generating big quantities and becoming the leading country in gas production worldwide. This is definitely a breakthrough for the US.

This is very beneficial for the country, to be able to avoid importing fuels. But formal regulation of gas service prices is also needed, like that such service can have a better control being more accessible to all people regardless of where they are in the country.

Hampton’s Food Trucks Are Finally Using Clean Energy

Posted on by Hampton Power
Hampton’s Food Trucks Are Finally Using Clean Energy 330x220 - Hampton’s Food Trucks Are Finally Using Clean Energy

We are currently seeing great technological advances, which have benefited various aspects such as energy, chemistry, medical and much more. It is becoming an advantage that has been used a lot for innovative creations to benefit different aspects, especially the environment.

Use of A Clean Energy System

alternative auto automobile battery - Hampton’s Food Trucks Are Finally Using Clean Energy

One of those good creations that have surprised has been the manufacturing of food trucks that have a totally clean energy system to benefit the environment. An easier way to eat, more economical to start your business, but also, you’re doing a good job using clean energy.

This helps generate a decrease in environmental pollution, in relation to the amount of gas that’s generated and used for this type of business. In addition, the food itself will be much “healthier” when it is prepared by this type of renewable energy.

Innovative and Beneficial Creation in The Hamptons

food truck - Hampton’s Food Trucks Are Finally Using Clean Energy

The Hamptons have benefited greatly from the creation of WXY architecture urban design, with power pedestals that will generate faster access to the power grid with the food truck too.

In the Hamptons they have settled in Montauk, Long Island first. And so far, it has been very successful. The objective of all this is the reduction of gases at the time they manufacture or prepare any type of food.

It has been a project that even the Governor of New York has felt satisfied with and also was approved by the New York State Energy Research and Development Authority (NYSERDA). It has been a positive and beneficial creation for all in general, without a doubt. All this have been made in favor of the awareness and reduction of pollution in the environment.