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Fracking’s Role in Reducing CO2 Emissions

There’s no doubt that hydraulic fracking has become a popular term today, but have you heard of cracking? I am referring to the drop in carbon emissions partly made possible by the cheaper fuel source brought forth by fracking. In fact, American CO2 emissions have fallen nearly 13 percent since 2007, which makes President Obama’s promise to cut these emissions by 17 percent between 2005 and 2020 possibly obtainable without enacting a major new legislation like cap-and-trade.

While certain regulations and tax break incentives have helped make this reduction possible, the main driving force is economics. Not only have Americans been encouraged to drive less and purchase vehicles with better fuel economy due to high prices, but power companies have also been making the switch from coal to natural gas, a cleaner and cheaper fuel. These actions have resulted in the drop in CO2 emissions, and it’s doubtful that they will change too severely in the near future. Or to put it simply, market forces have taken care of CO2—for now.

However, while cutting greenhouse gas emissions is a positive, it may come with a high price to pay if water quality around fracking sites is not properly monitored and managed. Many concerns have already arisen about chemicals and methane potentially leaking from wells and contaminating water supplies and air. If we don’t monitor aquifers around fracking sites and end up contaminating them, all gains on reduced emissions could quickly be lost as water treatment is expensive, requires a large amount of energy, and takes a long time, which again translates into more carbon emissions.

It is important for companies to take responsibility for their fracking sites, so that the decrease in CO2 emissions and the protection of our water resources may occur simultaneously. In order to ensure that water quality is preserved, a sufficient amount of monitoring needs to happen at a reasonable frequency. Aquifer and surface water samples must be collected and analyzed for probable contaminants. Locus offers the industry leading water quality management software, EIM, to assist companies that face this challenge. EIM is a Cloud-based data management system that supports all management and workflow processes necessary to better determine water quality, so that cracking may be accomplished safely.

EPA Looks for Improved Drilling Data

According to the Energy Information Administration, production of natural gas from shale formations has increased approximately 30 percent from 2006 to 2012. This increase, due to advancements in drilling technologies, has caught the EPA off guard and left it with limited knowledge about the amount of pollutants entering the groundwater, surface water or air.

This poses an issue because states rely on the EPA’s information when issuing permits or determining if someone breaks a rule, and these decisions are being compromised if they are reliant on non-existent or questionable water quality or air emissions data. This realization is also a bit concerning considering hydraulic fracturing releases chemicals such as methane, the main component of natural gas and also a potent greenhouse gas.

The EPA has agreed it needs to improve its data, and is working with the appropriate parties to ensure the continued expansion of oil and natural gas drilling is done safely and responsibly. This situation shows that being prepared to handle big data like this is vitally important. Locus’ EIM and ePortal software are Cloud-based platforms for effectively managing air emissions, as well as hydrofracking data of any kind, water, groundwater, SPCC, and compliance information. By managing this information in one, easily accessible, web-based platform it is easier to stay on top of essential data collection, and to make sure your data quality is at its best.

The Environmental and Sustainability Big Data Era is Here

Move over ‘social media’ and ‘apps’, there’s a new buzzword in town. And it’s beginning to roll off the tips of the tongues of techies just like ‘green’ does for environmental professionals. They call it ‘big data’.

Big data refers to the massive amount of data compiled over time that becomes difficult to manage and analyze due to its size. When you think about all the environmental and sustainability information that’s being collected nowadays- analytical data, emissions data, geology, water quality, toxic waste data, hazardous materials, health and safety data, exposure data, as well as videos, photos, activity logs, and social media posts – when does it become too much? Because of the enormous quantity of environmental data, we begin the difficult task of looking for useful information, like searching for a needle in a haystack, and we often end up never finding it. We are witnessing a huge data explosion happening in our industry and few companies are ready to deal with the data avalanches heading their way.

Peter Thiel, co-founder of Palantir, the California start-up working to transform how information is analyzed, has an insightful take on this topic. “Most of ‘big data’ is a fraud, because it is really ‘dumb data,’” he says. “For the most part, we would need something like artificial intelligence to turn the ‘dumb data’ into ‘smart data,’ and the reality is that we are still pretty far from developing that sort of artificial intelligence.”

The unavoidable truth is that all this information can become a problem, and can easily overwhelm those dealing with it- to the point where the information’s value is completely overlooked. However, while technology is far from handling this perfectly, it can still arise to the challenge of placing big data on a sensible diet. By sensible, I mean breaking down the fat into healthier, more digestible chunks. This functionality helps to cure headaches and quells the instinct to immediately sweep big data under the rug. So, how can this much-needed level of sensibility be reached in the environmental and sustainability industry?

Enter: the Cloud. Web-based, user-friendly platforms have the capability to store large amounts of data while also dissecting and organizing it into more manageable and comprehensible bits of information. Locus Cloud was developed specifically as a big data management platform for the environmental and sustainability industry. It gives large corporations dealing with big data the ability to pull essential facts and intelligence out of the depths of information overload and turn it into actionable information that not only helps with compliance and reporting, but also stands to significantly lower the company’s operating cost.

It’s time for today’s environmental, health, safety, and sustainability professionals to capitalize on the benefits that big data present. Stop quivering with intimidation, stand up and look your big data square in the eye, and wring it like a wet towel, squeezing out all the value that you possibly can.

Locus Adds New Functionality to Generate AREOR Data Summary Tables in its EIM Software

Locus’ Nuclear Customers can Easily Meet Regulatory Compliance with EIM

SAN FRANCISCO, 25 February 2013 — Locus Technologies (Locus), the industry leader in Cloud-computing enterprise software for environmental, energy, air, water, and compliance management, has added brand new functionality to its flagship EIM product that gives customers the ability to easily generate the Annual Radiological Environmental Operating Report (AREOR) Data Summary Tables.

Any organization that has a Radiological Environmental Monitoring Program (REMP) must submit this report on an annual basis. The AREOR is highly analytical and requires specific groupings and summary statistics in order for an organization to meet regulatory compliance. Typically, generating these AREOR annual data summary tables are a tedious and time-intensive process.

Locus recognized this reporting difficulty after speaking with one of its customers, PG&E’s Diablo Canyon Power Plant. After listening to the current challenge and PG&E’s suggestions, the importance of building the AREOR data summary tables as a formatted report and making it available to all of EIM’s nuclear customer databases was apparent. Now, what used to take multiple weeks to complete is condensed down to a few hours.

“REMP professionals who create their site’s AREOR know how long it takes to generate data summary tables. Every year I spent around one to two weeks manipulating data in Excel spreadsheets creating these sampling matrix data tables for my AREOR,” said Martin Wright, Senior RP Engineer at Diablo Canyon. “With Locus EIM formatted reports, each sampling matrix data summary table is now generated in one to two seconds, with just a few clicks. The initial one time setup of the formatted templates took me about two hours to understand and actually setup in EIM. Once the templates are in place in EIM, I simply change the date ranges when generating the annual summary tables for my report. This feature will save 40 to 80 hours of workload for me each year.”

“Locus has a strong presence in the nuclear industry, and after hearing about the difficulties that our customers were experiencing when completing AREOR data summary tables, we knew it was necessary to make the AREOR tables an off-the-shelf formatted report within EIM,” said Neno Duplan, President and CEO of Locus. “This is a good example of when ‘wisdom of the crowd’ helps to advance knowledge and streamline otherwise tedious, but necessary processes. With a great idea from one customer—all EIM customers will benefit almost instantly and reduce their operating cost in years to come. That is the real power of a web-based system with a rolling upgrade model. We are grateful to PG&E for working with us and sharing their knowledge and experience in promoting the industry’s state-of-the-art technology.”

 

President Obama Addresses Climate Change

In President Obama’s recent State of the Union, he chose to address the issue of climate change more than has ever been done before in presidential history. He spoke about how floods, droughts, storms, and wildfires have all been more frequent and extreme than ever, and stated that the 12 hottest years on record have all been within the past 15.

In addition to the dangers that the effects of climate change pose, there is also the threat of a financial problem, with the cost of rebuilding New York and New Jersey after Hurricane Sandy being approximately $60 billion.

Obama certainly met the expectation of environmentalists during his speech by acknowledging these threats, and stated he would take action to control carbon dioxide pollution. He even stated that if Congress would not act soon, he would direct his Cabinet to form actions that can be taken to reduce pollution, transition to sustainable forms of energy, and be better prepared for the results of climate change.

A variety of options can be pursued to accomplish these goals, one of which being the EPA cracking down on carbon-dioxide emissions from power plants, and regulating this as a pollutant. But, one thing is for certain: the recognition of climate change and the need for protection is currently in the public eye more than it has ever been before. It is becoming even more crucial for organizations to properly manage and keep track of their environmental, emissions, and compliance data. This is why Locus will continue to work hard to offer companies the most comprehensive SaaS platforms available today to manage and organize their critical environmental information.

EPA Researches Possible Impacts of Hydrofracking on Drinking Water

Thanks to advances in horizontal drilling and hydraulic fracturing technologies, the U.S. now has access to immense reserves of natural gas. While the proper development of this resource offers numerous benefits for our country, it has also become clear that as the use of hydrofracking has gone up, so has the concern about its possible health and environmental impacts, particularly on drinking water.

I recently came across the report that the U.S. Environmental Protection Agency (EPA) released in December 2012 in response to this concern, Study of the Potential Impacts of Hydraulic Fracturing on Drinking Water Resources. Its purpose is to determine and examine the possible impacts of hydrofracking on our drinking water, and to identify what exactly causes these impacts.

The EPA’s research set out to answer questions that focus on the five stages of the hydrofracking water cycle: water acquisition, chemical mixing, well injection, flowback and produced water, and wastewater treatment and waste disposal. The report describes the progress made as of September 2012 on 18 research projects, and covers research activities such as laboratory studies, toxicity assessments, and case studies.

With drinking water being at the top of the list of precious resources, this is yet another reminder that hydrofracking must be engaged in responsibly, and that it is important for energy companies to be transparent in the management of their data. For that reason, Locus has developed a special functionality within its award-winning SaaS application EIM to help upstream divisions of oil and gas companies better manage and account for their data associated with hydrofracking.

Locus Technologies Wins Environmental Business Journal’s 2012 Business Achievement: Information Technology Award

Environmental Business Journal is proud to announce its 15th annual business achievement awards. Our 2012 winners succeeded in a relatively difficult business climate, so we salute the dedication and commitment of the companies awarded.

Locus Technologies Receives 2012 EBJ Business Achievement Award

Environmental Business Journal Recognizes Locus for Growth and Innovation for the Seventh Time

San Francisco, Calif., 21 January 2013 — Locus Technologies (Locus) announced today that Environmental Business Journal® (EBJ) granted the company the award for Information Technology in the environmental and energy industry for the record-breaking seventh time.

Locus is one of 50 companies EBJ has honored for revenue growth, acquisitions, innovative project designs, technology applications, new practice areas, social contributions, and industry leadership in 2012. Locus was recognized for continuing to enhance its position in the energy, sustainability, and compliance software markets by growing its Fortune 100 and Department of Energy (DOE) customer lists, and also pursuing and achieving essential certifications and reports.

In 2012, Locus had its best year yet in terms of expanding its software offerings and diversifying its customer base across many new industries. Locus added two of the three world’s largest chemical companies to its list of customers this year, and also one of the largest companies in the agribusiness industry, expanding Locus’ impressive penetration in the food and biotech industries. Locus also welcomed two DOE research laboratories to its list of customers, and signed a contract with the Honolulu Board of Water Supply that opened the door to water quality management for water utilities.  In the private sector Locus signed numerous new customers including Kelly-Moore Paint Company, Jack Engle & Co. and the University of Texas at El Paso.

Other notable accomplishments for 2012 include a 100 percent renewal rate for Locus’ carbon verification services administered under the California AB 32 program, and several Locus staff members being certified as carbon offset verifiers by the California Air Resources Board. In order to assure its growing list of customers that they can trust Locus with their data, Locus pursued and obtained Service Organization Controls reports, both SOC 1 (SSAE 16) and SOC 2. Locus also became an approved contractor with the federal General Services Administration (GSA) for a range of services, and was recognized by Verdantix, one of the top industry analysts, as one of 12 leading environmental management software suppliers globally.

“In what is widely regarded as a stable market, a number of companies exceeded the norms of low single-digit growth with double-digit growth or ambitious ventures into new practice areas or technology development,” said Grant Ferrier, president of Environmental Business International Inc. (EBI, San Diego), publisher of Environmental Business Journal. “Locus continues to influence the industry with its forward-thinking product set and eye for customer needs.”

“We are very proud to be selected for the seventh time for the prestigious EBJ Information Technology award in environmental business,” said Neno Duplan, President and CEO of Locus. “I believe our success is due to our cutting edge technology that has been tested in the Cloud longer than any other in our space, the domain knowledge of our team, and their dedication to the company’s mission to organize environmental, sustainability, energy and related compliance information in a single integrated enterprise software offered via the Cloud. I thank and congratulate the entire Locus team, and our customers who entrusted Locus to put their data in the Cloud, for making this award possible.”

The Environmental Business Journal is a business research publication that provides high-value strategic business intelligence to the environmental industry. The 2012 EBJ awards will be presented at a special ceremony at the Environmental Industry Summit XI in Coronado, Calif., March 6-8, 2013. The Environmental Industry Summit is an annual three-day event hosted by EBI Inc.

New Rules for Hydrofracking Proposed: This Time in California

Going along with the same theme from my last post, new rules have been proposed for hydrofracking, but this time in California. Governor Jerry Brown’s administration released these draft regulations that would require energy companies, for the first time ever, to disclose what chemicals they are releasing into the ground during the fracking process. These companies would also have to reveal the locations of their wells where this process is occurring.

These proposed regulations have arose because energy companies are looking into tapping the state’s Monterey shale, which runs from Northern California to Los Angeles and contains approximately 15 billion barrels of oil- making it the largest shale formation in the continental U.S.

A recent conclusion was drawn from a Bloomberg News study that in their disclosure reports, companies nationwide withheld one out of every five chemicals they used in fracking. Perhaps this is why nine other states have deemed these new rules appropriate, and why California is proposing them as well.

Under these new rules, companies would be required to disclose chemicals 60 days after completing fracking. They would also have to test their wells before fracking to ensure that leaks don’t occur, and provide the results of those tests to regulators before starting to drill.

With regulations around fracking steadily increasing, transparency has never been more essential for energy companies. By using SaaS based Locus EIM software to better organize, validate, and report all of the data and information involved with fracking, companies would be able to prove that when fracking is engaged in, it is engaged in safely. Locus’ EIM has already been proven to assist companies in showing that obtaining these valuable fossil fuels while remaining environmentally responsible is an attainable feat.