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September 13, 2023EnergyIn the bustling corridors of companies like AltaGas and Athabasca Oil Corporation, professionals from various backgrounds converge to address one of the industry’s most pressing challenges: regulatory emissions consulting and reporting. From the Carbon Specialist at Anegada Oil Corp. to the E&I Coordinator at Archer Exploration Corp., the mission is clear – ensure compliance while optimizing operations.
When we talk about fugitive methane emissions, it’s not just a buzzword. It’s a critical aspect that can significantly impact both the environment and a company’s bottom line. With Canada’s focus on reducing greenhouse gas emissions, understanding and managing these emissions becomes paramount. And that’s where tools like Environmental software by Intricate Group come into play, offering a comprehensive solution to track, manage, and report emissions seamlessly.
But it’s not just about the tools; it’s about the people. The Emissions Control Manager at Crew Energy Inc. or the GHG Emissions Manager at AltaGas plays a pivotal role in ensuring that the company
stays ahead of the curve. They’re the ones diving deep into the Multi-sector air pollutant regulations, ensuring every ‘i’ is dotted and every ‘t’ is crossed.
Stepping into the shoes of a Field Measurement Specialist at Bonavista or a Production Engineer at Apache, one quickly realizes the intricate dance of balancing operational efficiency with stringent regulatory compliance. It’s not just about crunching numbers; it’s about understanding the story they tell.
And speaking of staying ahead, have you considered the benefits of energy-efficient mobile boilers? Not only do they offer a more sustainable solution, but they also provide operational efficiencies that can significantly impact the bottom line.
In the realm of regulatory emissions, Canada has been at the forefront of implementing stringent measures to ensure a sustainable future. The Canadian government’s commitment to reducing greenhouse gas emissions, especially methane, is a testament to the country’s dedication to environmental preservation. This commitment has led to the establishment of various programs and initiatives aimed at monitoring and reducing emissions across different sectors, including the oil and gas industry. Another significant step in this direction is the Alberta Methane Emissions Program, which focuses specifically on the province’s efforts to curb methane emissions.
For companies in the Canadian oil and gas sector, navigating the complex landscape of regulatory emissions can be daunting. However, with the right guidance and expertise, it’s possible to achieve compliance without compromising on operational efficiency. This is where consulting firms specializing in regulatory emissions come into play, offering invaluable insights and strategies to help companies stay ahead of the curve.
One of the key challenges faced by companies in this sector is the accurate measurement and reporting of emissions. With advancements in technology, there are now sophisticated tools and software available that allow for precise tracking and reporting of emissions. These tools not only ensure compliance but also offer insights into areas where emissions can be reduced, leading to cost savings and improved operational efficiency.
The journey of regulatory emissions consulting and reporting is a continuous one. As regulations evolve and technology advances, companies must stay agile and informed. By partnering with experts and leveraging the right tools, they can ensure a sustainable and profitable future. [...]
May 3, 2023EnergyMeter proving is the process of verifying the accuracy of flow meters used to measure the flow rate of fluids in various industries. Accurate measurement is essential in many applications, such as custody transfer and process control, where even small errors can have significant financial and operational impacts. Meter proving involves the use of specialized equipment to calibrate and verify the accuracy of various types of flow meters, including positive displacement, turbine, ultrasonic, and coriolis meters. In this article, we will discuss the importance of meter proving, the different types of provers used, and the benefits of accurate flow measurement.
Meter proving is a crucial process in industries where flow measurement accuracy is critical, such as the oil and gas industry. Accurate flow measurement is necessary for various applications, including custody transfer, where the ownership of the fluid is transferred from one party to another, and process control, where the flow rate must be maintained within a specified range to ensure optimal process efficiency. Small errors in flow measurement can result in significant financial losses, making meter proving a crucial process for any facility that uses flow meters.
There are different types of provers used in meter proving, including displacement provers, unidirectional provers, bidirectional provers, and small volume provers. Displacement provers use a precisely calibrated cylinder to displace a known volume of fluid, allowing for the calibration of flow meters. Unidirectional provers verify the accuracy of flow meters in a single direction, while bidirectional provers allow for verification of accuracy in both directions. Small volume provers are used to calibrate meters with low flow rates.
The benefits of accurate flow measurement are numerous, including improved process efficiency, reduced energy consumption, and decreased maintenance costs. Accurate flow measurement also ensures compliance with regulatory requirements and reduces the risk of financial losses due to inaccurate measurement.
In conclusion, meter proving is a vital process that ensures accurate flow measurement in various industries, including oil and gas, chemical, and water treatment. The use of specialized equipment and provers ensures that flow meters are calibrated and verified for accuracy, reducing the risk of financial losses due to inaccurate measurement. The benefits of accurate flow measurement extend beyond financial savings and include improved process efficiency and compliance with regulatory requirements. [...]
December 28, 2022EnergyMulti-sector air pollution regulations (MSAPR) are a set of rules meant to reduce the amount of air pollutants discharged into the environment from various sources. The restrictions attempt to reduce the quantity of pollution emitted by many sectors, including energy generation, transportation, and industrial activities.
There are various advantages to multi-sector air pollution regulations. For starters, these restrictions can aid in reducing the amount of air pollutants emitted into the environment. Asthma and other respiratory illnesses are among the health dangers related with air pollution. Furthermore, lowering air pollutants can assist to reduce the amount of climate-change-causing greenhouse gases discharged into the environment.
Aside from the health and environmental benefits, multi-sector air pollution restrictions can also help businesses save money. This is due to the fact that laws can help to lower the amount of energy and resources required to manufacture a product or service. This can aid in lowering the expenses of energy production, transportation, and industrial processes.
The federal government is normally in charge of enforcing multi-sector air pollution restrictions, but local governments can also do so. Businesses may be obliged to install technology to limit the amount of air pollutants released by their facilities, depending on the rules. Businesses may also be obliged to minimize their emissions by employing more efficient equipment or cleaner fuels.
Multi-sector air pollutants restrictions can also help to reduce the economic costs of air pollution. Businesses can save the costs of repairing and replacing damaged equipment, as well as the costs of providing medical care to those impacted by air pollution, by minimizing the amount of air pollutants emitted into the atmosphere.
Multi-sector air pollution regulations (MSAPR) are critical to safeguarding the environment and the health of those exposed to air pollution. Businesses can save money, safeguard the environment, and lower the risk of health problems linked with air pollution by minimizing the amount of air pollutants emitted into the atmosphere. [...]
March 28, 2022Blog / EnergyUndoubtedly one of the fastest growing sectors of the gas and oil arena is energy providers. An energy service company (ESCO) is a business that boasts a wide range of energy services including designs and implementation of energy savings jobs, retrofitting, energy conservation, energy infrastructure freelancing, power generation and energy sources, and risk assessment. The ideal objective of every ESCO is always to deliver noticeable savings in energy costs by providing energy audits and assessments and effectively making processes much more efficient in regards to energy rates.
Based on past stories and headlines out of energy media websites, going to 2022 we are set to see historic high big oil prices. The concern being though is the fact that there are numerous governments with their unique agenda that conflicts with progression in the oil centered energy industry. In Canada albeit there are a handful of provinces and regions with oil reserves, none have more than that of Alberta. The province has 39% of Canada’s remaining oil reserves.
It has become very clear that the new normal post COVID19 is forcing firms to examine their business models and adapt consequently. Technology has a considerable function in the energy market and as such ESCOs have adapted to service this now technologically progressed vertical.
It is fairly unknown outside of the sector however energy prices and efficiency can be refined and for that matter that is the primary mission for most energy service company. Deregulation of the energy sector in the 1990’s was the catalyst that propelled the surge of energy service firms. Now they are customary within many organizations which include municipalities, school districts, industrial jobs and commercial markets.
In 2006 the trade group NAESCO stated energy service firms increased by 22% and stated $2.6 billion in revenue marking a paramount moment for ESCOs through the country. In Canada the popularity of energy service companies also grew significantly mostly in the oil abundant province of Alberta.
There are a large number of types of energy service organizations which include but not limited to: meter testing and proving, industrial mobile boilers, fuel flare venting, sampling and analysis, shutdowns and turnarounds, industrial cleaning and plenty of other energy providers. But why bore (no pun intended) you with the particulars of all of them.
Energy procurement providers also play a vital role in the management of energy costs with the milestone of decreasing expenses and making efficiency a top priority in most organizations. The central focus of energy consultants should be to save their customer dough by negotiating energy prices and making current operations more energy-efficient. Setting a baseline before starting on any energy cost savings effort is a key factor to any energy management service. Energy consultants use a defined start task which should be to perform a wholesale and thorough energy audit to be later applied as a measurement of future energy cost savings. Commonly you will find the energy consultancy firm operating jointly with managers inside any organization they’re contracted by. This permits for brisk decisive decisions. It really is important to grasp the importance of immediate access to decision makers when reporting on energy finances and in particular when negotiating prices.
Field energy service providers firms offer a wide array of solutions this includes meter proving, sampling and analysis, electrical and instrumentation, vegetation management, automation and controls and even software solutions. Overall though we’re on the cusp of a paradigm shift within this sector due largely in part to the pandemic that has gripped the world over the past 6 months.
We spoke with Branden Bodah, an operations executive with Barton Energy providers and here’s what he had to say.
“The energy vertical has seen many hits over time and if I’m to be truthful, though this pathogen is damaging and in a wholesale way, the sector will bounce back. Our corporation as an example has used the past couple months to strategize on how we wish to go forward in 2021.”
Turnaround services is one more aspect to the assortment of service providers by energy service professionals which entails project management during the course of operational shutdowns of factories at the time of maintenance. This kind of service can entail numerous other service providers within it including mobile boiler rentals, measurement, meter testing and others. Based on the scale of the project, these contracts in most cases last from two to four weeks.
Market guidelines and government and industry regulations are the primary backbone to which all energy service organizations must function. Not all energy service organizations are the same however they do share similar goals one among them being decreasing energy spending.
Ahead of COVID-19 we had already begun to see utility firms begin to reinvent themselves and make themselves more pertinent by bundling services you might not of previous thought they could offer. Things like internet providers now offering bundles with TV and home phone on top of the internet service. In Canada we commonly see energy providers partnering with government so they’ll be able to further broaden their scope with customers this includes the prominent gas company in Canada named Enbridge, Enbridge has worked diligently to extend their providers and products to capture more of the energy consumer sector. This phenomena was the inception of the current energy provider reinventing itself as a twin pack offer both the solutions like a utility company and the energy itself.
You’re probably asking yourself that if this truly is transpiring then wouldn’t that make private energy services companies obsolete? If there is any takeaway from reading this is that energy solutions companies are going to be with us for the foreseeable future and adapting to whatever the world brings its way. [...]
November 3, 2020Blog / EnergyMeter proving occurs where a “prover” checks and confirms the precision of a meter irrespective of whether computerized, also known as SMART technology, or analog. The aspects for meter proving also, the envisioned outcome, can vary as per the diverse kinds of meters making use of distinct attributes. As an example, a gas meter prover samples the accuracy and reliability for gas meters. Meter proving essentially depends on the validation or meter factor prover that is the measure utilized for checking the distinction somewhere between the meter’s outcome with a pre-calculated array.
It might seem that meter proving and meter testing are one in the same – well they’re not – here is the distinctions somewhere between both.
Meter proving is a process for identifying a modification issue (i.e. a meter factor) to readjust the measured quantities for errors because of setup and functional impacts. NIST or The National Institute of Standards and technologies, hosts a great deal of important information in their databases that meter proving techs could obtain and evaluate their results from whatever meter they’ve been testing. Proving meters of hydrocarbon is widespread among pipelines. oftentimes provers will coordinate with meter station workers to do a comparison of outcomes.
Despite the fact that meter testing has been around for over 100 years the equivalent standard is present nowadays as it did all those years ago. This is why testing via this method is sensitive to numerous different variations and insecurities.
Our experienced meter proving professionals pride themselves in providing only the most accurate and reliable readings in the industry. – Dale J of Intricate Group
Gas provers verify gas meters considering that they are definitely the most prevalent. City and public works are unequivocally the the majority of prevalent employers of meter provers. Provers work by moving a known amount of air through a meter while tracking the gas meters register, index, or central displacement. The prover subsequently presents a proof, a valuation shown as a percent which compares the volume of air passed with the volume of air measured to ascertain the meter’s precision.
The bell is fundamentally a vertical inside container with an external protective exterior. There’s two tiers and while the outside layer is regularly loaded with oil, the interior layer is known as the bell. The liquid can behave as the airtight seal for testing. Bell provers are frequently counterweighted to offer positive pressure through a line and valve fastened to a meter. We frequently see casters on the bell that allows soft linear movement with no danger of endangering the strain produced by the bell seal moving.
Bells provide a volume of air which has been predetermined by measurement and regulatory stated temperature pressure levels and the effective diameter of the bell. Bell scales are distinct to each and every bell and are generally attached vertically which includes a needle-like pointer. where proving a meter with a manually controlled bell, an operator ought to initially fill the bell with a controlled air supply or bring up it manually by cracking open a valve and tugging a chained mechanism, seal the bell and meter and inspect the sealed system for leakage, calculate the flow rate needed for the meter, apply a special flow-rate cap on the meter outlet, observe the starting points of equally the bell scale and meter index, release the bell valve to pass air through the meter, monitor the meter index and calculate the time necessary to move the predetermined quantity of air, and then manually calculate the meter’s proof accountancy for bell air and meter temperature and in some cases other external facets.
While we stated before, each meter and gas type has its own way of testing. When testing a natural gas meter you have to first visually inspect numerous things prior to conducting any automation. There are lots of different techniques of testing including gas quality. In conclusion meter testing never compares data to a primary reference device. There’s one exception to the rule nonetheless and that is the orifice meter testing. This system does demand testing against a primary reference.
In the present day we have advanced and include vacuum driven provers which has the means to supply us with really legitimate flow data. Moreover these enhancements eliminated the need for a bell in testing as everything may perhaps be done through the nozzles. When sufficient vacuum is applied to a sonic nozzle it creates a constant flow rate. Bernoulli’s principle is applied to calculate the chosen flow rates chosen by the user or computerized by a computer. Computers and PAC systems automate the process, and many sonic nozzle provers are efficient at displaying not only meter proofs to a user, but are also capable of transmitting proofs as well as Some other important data to database components throughout a computer network. [...]
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