Locus Recognized as a Top SaaS Provider in Green Quadrant EH&S Software Report by Independent Analyst Firm Verdantix

Locus’ software recognized for its configurable architecture, flexible implementation, and water and waste water management capabilities

SAN FRANCISCO, Calif., 17 April 2014 — Locus Technologies (Locus), the leader in cloud-based environmental compliance and information management software, has been recognized as one of the top 13 global environmental health and safety (EH&S) management software suppliers in the report “Green Quadrant® EH&S Software, April 2014.” This report by Verdantix, an independent analyst firm who provide data, analysis and advice in the areas of energy, environment and sustainability, reveals that Locus offers a lower cost, user-configurable Software as a Service (SaaS) platform that meets the needs of multiple industries by allowing for the incorporation of firm-specific functionality.

“The new platform, recently released by Locus Technologies, is designed to put power in the hands of users,” said Jordan Nadian, Verdantix Analyst. “This reflects broader trends in software development, where non-technical business analysts get to design small-scale apps. It also reflects a product strategy designed to side-step the significant costs and risks of developing detailed feature sets for industry-specific processes.”

The Verdantix report also acknowledges Locus for its strengths in data capture, data security, hazardous waste management and water and waste water quality management. Locus’ software reflects its more than 17 years of experience in the market and incorporated feedback from its impressive customer list. A major differentiator for Locus is that the company is a passionate advocate of single instance, multi-tenant architecture. “The supplier has developed an architecture which successfully separates the technology platform (workflow tools, master data management, integration, etc.) from specific EH&S business processes such as air emissions management or chemical inventories,” said Nadian.

The report recognizes a widespread movement toward offering integrated EH&S solutions as hosted software services. It acknowledges significant challenges with the implementation and maintenance of older and disconnected software applications installed on customers’ infrastructures. While there was no separation between true SaaS and traditional on-premises software providers in the report, Locus was identified as one of the top three leading SaaS vendors.

“With new regulations, risks, and business improvement opportunities arising so frequently today, companies’ EH&S management and reporting requirements are constantly expanding,” said Neno Duplan, President & CEO of Locus. “At Locus, we strive to offer our customers a cost-effective, integrated software platform that can mold to fit their business-specific processes now, and evolve along with their changing needs in the future.”

EH&S domain content in the Locus SaaS platform is configurable by business analysts or domain experts with no underlying code change and is not hard-coded for any specific solution. The separation of domain from software framework makes it easy for Locus customers to enjoy the rolling upgrade program without incurring costly upgrades associated with traditional on-premises software installations. Locus’ framework is coded to render and process configuration at runtime, and supports any domain and customer-specific content. The platform is fully wizard-driven via a graphical configuration workbench.

ABOUT VERDANTIX

Verdantix is an independent analyst firm, providing authoritative data, analysis and advice to help clients resolve their energy, environment and sustainability challenges. Through global primary research and deep domain expertise, they provide clients with strategic advice, revenue generating services, best practice frameworks, industry connections and competitive advantage.

For further information, please visit www.verdantix.com.

Climate Change Poses Threat to the World’s Water Supply

According to the Potsdam Institute for Climate Impact Research (PIK) in Germany, climate change is threatening the world’s water supply, increasing the number of people at risk of absolute water scarcity by 40 percent in this century alone.

PIK heeds the warning that if the Earth should warm by 5.4 degrees Fahrenheit above pre-industrial levels and if populations grow, ten in 100 people would have access to less than 132,000 gallons of water in a year- which is up from one to two in 100 today. This prediction is particularly alarming considering PIK’s announcement in October that 1.3 billion of Earth’s 7 billion people already live in water-scarce regions.

The UN gives a similar forecast that the world is on track to experience a temperature increase within the next century, which at the very least would be the catalyst for higher sea levels and more intense storms.

The study that PIK references was based on an analysis of 11 global hydrological models, and conducted by research institutes from around the world. PIK also states that different regions of the world would have varying experiences as the world’s temperature increases: the southern U.S., Mediterranean, Middle East and southern China most likely seeing lower water availability, while southern India, western China and parts of East Africa possibly experiencing noticeable increases.

This research serves as yet another reminder that water scarcity is a real thing, and the loss of this precious resource is a world-wide concern.

AWWA introduces updated cost assessment for impending perchlorate regulation

The American Water Works Association (AWWA) recently introduced a new assessment on the cost-impact of an impending perchlorate regulation. The decision to move forward with the development of this regulation “to protect Americans from any potential health impacts, while also continuing to take steps to ensure the quality of the water they drink” was officially announced by the U.S. Environmental Protection Agency (EPA) in early 2011.

Perchlorate is both a man-made and naturally occurring chemical that can be found in some bleaches and fertilizers, and is used to manufacture flares, explosives, fireworks, and rocket fuel. Scientific research finds that perchlorate may negatively impact the thyroids ability to produce hormones that are essential to the development of fetuses and infants- propelling the EPA forward to develop a rule.

In an effort to further evaluate the feasibility of the new regulation, the AWWA’s new assessment updates a review of cost done four years ago. The new evaluation includes additional treatment strategies, accounts for regulatory limits already in place in California and Massachusetts, and considers costs associated with blending, source abandonment, and development of new sources.

The new assessment concludes that the estimated national compliance costs for a perchlorate maximum contaminant level ranging from 2 to 24 parts per billion (ppb) is smaller than estimated compliance costs for other drinking water regulations.

However, according to AWWA Government Affairs, the relatively small compliance cost is most likely attributed to the limited number of public water systems that are expected to be affected by a perchlorate regulation. Because of this, the economic impact to individual water systems is expected to be substantial. For example, smaller water systems could see treatment costs increase by three dollars per 1,000 gallons.

To view the AWWA’s full assessment:

https://www.locustec.com/wp-content/uploads/2019/11/AWWA2013PerchlorateCostAssessment.pdf

For further information on perchlorate:

http://water.epa.gov/drink/contaminants/unregulated/perchlorate.cfm

The Governor of California Signs Fracking Regulation Bill

Governor Jerry Brown signed legislation this past Friday that marks California’s first regulation for hydraulic fracturing.

The bill, which is most likely the toughest regulation yet for fracking, requires oil drillers to disclose the chemicals used and acquire permits before engaging in fracking. Other provisions of the legislation, which will take effect in January, call for oil companies to test groundwater, notify neighboring landowners before drilling, and to conduct a study about fracking’s impact on the environment by January 2015.

Although the bill was originally met with support from environmental groups, some of these groups have revoked their endorsements and now argue the regulation is not enough; whereas oil companies oppose it, claiming the bill will make it much harder to take full advantage of the oil from California’s southern San Joaquin Valley.

Gov. Brown has said the bill “establishes strong environmental protections and transparency requirements.” However, he also plans to explore further changes next year to clarify the new requirements.

Before this legislation, SB4, California did not have regulations for fracking. The new bill will undoubtedly require a great deal more reporting and permitting for the oil and gas industry. For companies engaging in hydraulic fracturing in California, the time is now to prepare for this new bill by organizing their information and automating reporting to ensure that regulations are met while their operational costs are lowered.

Why Water Quality has its Own Month

How many times has water played a part in your routine activities today? Maybe you have taken a shower, made coffee, flushed a toilet, or washed your hands. Chances are you’ve already counted on water multiple times today, and probably didn’t think twice about it.

As we count down the last few days of National Water Quality Month, I would like to elaborate on the importance of this resource, and urgency of this subject. Water is obviously a crucial resource to sustain life. Not only used for daily consumption, but also for general hygiene, recreational purposes, and as the necessary fuel to propel everyday business operations. Most energy generation sources also heavily depend on high water availability. However, water is not a limitless resource. Yet, most of us continue to take it for granted while it grows in scarcity as the world’s population booms.

Only about three percent of the world’s water supply is drinking water, and more than half of this is unavailable, locked in ice at the North and South poles. The remaining supply is distributed in surface water bodies like lakes and rivers, and in underground repositories as groundwater. According to the United Nations, 783 million people do not have access to clean water. This number is likely to worsen in the future as the demand for clean water is expected to rise 40 percent by 2030.

With water being at such high demand, and such limited availability, it is essential that proper water quality be achieved. This is most important for safety reasons, but water quality issues also pose potential liabilities of billions of dollars to businesses worldwide.

Water is key to the operations and success of many businesses in various industries, such as agriculture, oil & gas, and nuclear. It is the responsibility of these businesses to properly manage this risk, and of all the types of water-related data that companies need, measurements pertaining to water quality stand out in terms of their sheer quantity and complexity.

Existing regulations are largely limited to requiring the monitoring and reporting of the contamination of surface water bodies and groundwater by various industrial processes, spills, and other releases.  However, the focus has begun to shift from compliance-based monitoring and reporting, to the scarcity and quality of drinking water supplies, and the impact that energy consumption associated with water activities has on carbon emissions. As detection technology improves and human exposure to low-level contamination is linked to more diseases, more testing will be required for ever smaller and smaller concentration levels.  All of this means only more and more information that needs to be captured, stored, managed, and reported.

In order to effectively manage all the data for this critical resource, it only makes sense to use the most up-to-date technology. In this case, it comes in the form of a robust, web-based information management system that allows businesses to manage, organize, and visualize their water quality data from a single access point in near real time.

At Locus, we recognize the importance of this resource and the challenges that accompany water quality management. This is why we continue to mold our software offerings to best help organizations responsibly handle this data, and ensure positive decision making. It’s the decisions we make today that will affect the state of this precious resource in the future.

Metals and Mining Companies must Work Ahead to Manage Water Risks

According to analysis from Carbon Disclosure Project (CDP) and Eurizon Capital, metals and mining companies that take action now to manage their water risks will be much better off financially in the future.

The research findings state that water stress is the most reported risk to operations- being identified as so by more than two-thirds of the sample. The majority of participating businesses were severely hit by water-related issues in the past five years, and almost half of the companies expect water stress to affect their businesses in the next five years. Also, with these negative water impacts comes increased spending.

However, the CDP report also finds that companies that manage and report on these water issues are also the ones that experience better financial returns. Companies that properly plan for the future get to avoid the increased operating costs, lower revenues, and decreased shareholder value that comes along with poor water stewardship.

An inadequate volume or quality of water can significantly decrease access to commodity reserves that are essential to the business operations of mining and metals companies. With such an important resource, it is obviously critical that it be properly managed and reported on. Luckily, there are tools that exist today, such as Locus’ robust environmental management software systems, that can help these companies effectively manage their water risks.

Preliminary Fracking Study Boasts Promising Results

A recent federal study on hydraulic fracking has brought a small victory to the natural gas industry. The study, conducted by the National Energy Technology Laboratory in Pittsburgh, shows no evidence of chemicals from the natural gas drilling process contaminating drinking water aquifers at a western Pennsylvania drilling site.

After one year of monitoring, researchers found that potentially harmful drilling fluid chemicals have stayed approximately one mile beneath any drinking water supplies. This conclusion was reached by tagging drilling fluids with specific markers, and injecting them 8,000 feet into the ground. After closely tracking these fluids, it was ultimately concluded that they did not reach any higher than 3,000 feet below the surface.

This study is a first of its kind; never before has a drilling company permitted government scientists to monitor fracking fluids like this. However, the study is still ongoing and the results remain preliminary at this time. While the findings may be a boost of confidence for the natural gas industry, they do not mean that fracking can’t be a form of pollution.

Despite the promising results, reservations still linger. The fact remains that many aspects of the drilling process can cause pollution when not managed properly. Also, a lack of transparency by drilling companies in revealing certain chemical formulas often leaves the public feeling uneasy.

The preliminary results of this study will not erase the controversy surrounding fracking overnight, but they do pose a few important takeaways. For example, one such key point is that the best way to avoid possible danger and contamination from fracking is to engage in it responsibly, and continuously monitor water quality around drilling sites. This way if leaks do occur, they will be discovered early and contained. Early detection of water contamination is just as crucial as it is with many debilitating diseases. With early detection a cure could be quick and simple, whereas if it goes undetected, the chances of a positive outcome diminish with time. A similar analogy holds true for subsurface water contamination as well.

When it comes to fracking, monitoring for leaks is key and a small price to pay in order to guarantee the protection of our water resources. Designing a comprehensive monitoring program to ensure the proper management of applicable fluids and chemicals is critical for natural gas drilling. With the swift advancements in technology today, companies engaging in fracking are able to take advantage of state-of-the-art software systems, such as Locus’, to assist with the tracking and organization of this pertinent information. The more that this takes place, the more secure we will all be from the potential negative effects of fracking.

EPRI Groundwater Protection Workshop and NEI RETS-REMP Workshop Recap

Combining the NEI RETS-REMP with the EPRI Groundwater Protection Workshop solidified a theme to unify efforts as utilities gain experience implementing protection programs.

Locus Software Automates Discharge Monitoring Reporting

Locus Technologies has expanded its Environmental Information Management (EIM) software to automate the generation of discharge monitoring reports (DMR), which can help companies realize immediate cost and time savings, Locus says.

SAN FRANCISCO, Calif., 20 May 2013—In response to industry and customer demands to streamline Discharge Monitoring Report (DMR) reporting under the National Pollutant Discharge Elimination System (NPDES) program, Locus Technologies (Locus), the leader in cloud-based environmental compliance and information management software, has expanded its award-winning Environmental Information Management (EIM) software to automate the generation of DMR reports.

Locus’ EIM DMR solves the problem of expensive, labor-intensive manual report generation by completely automating the process. The NPDES requires that permit holders report self-monitored pollution results with a DMR. These reports are often due monthly and collecting and reporting information such as analytical chemistry of pollutants, flow velocity, total maximum daily load, and other parameters make generating DMRs a time-consuming process. For companies that have to report on 100 or 1,000 facilities, manually producing a DMR also becomes a major operational expense.

Thanks to Locus’ new software offering, once arranged in EIM, companies can generate DMRs within minutes in the approved formats, using validated data. Companies can set up EIM for all permitted facilities and realize immediate cost and time savings during each reporting period. Relevant data are directly uploaded to the system, reviewed and validated, then reported in the proper formats.

“NPDES DMR reporting and other water-quality management issues represent a potentially huge area of risk and cost for businesses. Automating generation, quality control, and submittal of DMRs should be part of the environmental strategy of any organization, just like reducing one’s water or energy usage already is,” said Mr. Neno Duplan, President and CEO of Locus. “Leaders who establish water-quality transparency for their companies before others do, and who formulate specific and measurable targets with respect to water footprint reduction, can turn this into a competitive advantage in the marketplace. Locus software can help them carve out those increased operational efficiencies.”

Locus’ SaaS EIM enables companies to manage and organize all their water-quality data on a larger and more comprehensive scale using cloud-based computing and storage, replacing spreadsheets and the local, homegrown databases typically used to generate DMRs. Locus’ innovative enterprise software model also employs mashups—applications that integrate data or functionality from multiple sources or technologies—offering the potential to completely revolutionize the way a corporation manages its water data.

Over the last 15 years, Locus has focused on water-quality issues; the company has built a world-class team of experts with deep domain knowledge in the field. Locus’ EIM is successfully deployed at thousands of sites worldwide and contains organized water quality information at hundreds of thousands of locations. The DMR software complements Locus’ existing suite of cloud-based software.

ABOUT LOCUS TECHNOLOGIES
Locus provides business with the power to be green on-demand. Locus pioneered cloud computing environmental software suites. Locus’ software enables companies to organize and validate all key environmental information in a single system, which includes analytical data for water, air, soil, greenhouse gases, sustainability, compliance, and environmental content. Locus software is delivered through Cloud Computing (SaaS), so there is no hardware to procure, no large up-front license fee, and no complex set-ups.

For more information, visit http://www.locustec.com or email: info@locustec.com.

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.