Congress to investigate hydraulic fracturing for concerns about potential drinking-water contamination
WSJ reported today that concerns about potential drinking-water contamination are prompting Congress to investigate hydraulic fracturing, a controversial drilling technique that has helped boost U.S. natural-gas production. Hydrofracturing has been used by the oil industry for decades but has become far more common in recent years as companies discovered large new gas fields in the US. The resulting drilling boom helped U.S. gas production surge by about 20% since 2005, but sparked concerns that chemicals from the process could seep into drinking-water supplies.
“As we use this technology in more parts of the country on a much larger scale, we must ensure that we are not creating new environmental and public health problems,” Mr. Waxman, chairman of the House Energy & Commerce Committee, said in a statement.
The industry beleives that hydrofracturing is safe and with proper tools like Locus EIM water quality management software can prove that hydrofracturing can be managed to protect groundwater resources. Now, more than ever, a proper water quality management tools are necessary to address skeptics and prove that hydraulic fracturing is not linked to large scale drinking water contamination. It is almost certain that EPA will legislate this technology and require better monitoring and reporting.
ZDNet GreenTech Pastures | Locus adds water module to environment software application portfolio
Water management problems capture more attention from environmental technology player Locus.
Locus Adds Cost Cutting Tool to EIM Software
SAN FRANCISCO, Calif., November 23, 2009 — Locus Technologies (Locus), the industry leader in web-based environmental software, announced today the release of its Long Term Monitoring Optimization (LTMO) software that helps customers cut the cost of groundwater remediation projects. LTMO is built-in to EIM, Locus’ web-based application for managing sampling, analytical and geological data associated with environmental projects.
Long term monitoring of contaminated groundwater is one of the biggest costs of many environmental projects, often requiring that hundreds or more wells be sampled at regular intervals, with each sample event costing hundreds of dollars. Over time, changes in site conditions may mean the number of sampled wells or the frequency of sampling can be reduced. A number of analytical tools and approaches exist to identify redundant wells and pinpoint opportunities for sampling and monitoring reductions. MAROS (Monitoring And Remediation Optimization System) software application, developed by the Air Force Center for Engineering and the Environment, is one of the most popular of these tools. With the LTMO tool, Locus has incorporated many of the techniques and methodologies of MAROS, including trend analyses and the Delaunay triangulation method.
The Locus EIM LTMO tool offers several distinct advantages over MAROS and other existing stand-alone or spreadsheet-based applications that perform similar analyses. First of all, there is no need to export data in a special format to another application. All analyses are performed under the umbrella of EIM. Secondly, robust integrated Web 2.0 graphical tools and reports provide a wealth of options for examining the results of the analyses, including extensive backup data that can be supplied to regulatory agencies as needed. Finally, the results of any analysis can be saved and easily pulled up for review or modification.
“We expect the incorporation of the LTMO tool into EIM to be extremely beneficial to our large enterprise customers that have thousands of groundwater sites. Instead of the analyses being performed on the desktops of their many consultants, long-term groundwater management data resides in a single, central, web-accessible database. LTMO is a very powerful tool that significantly reduces the cost of long term stewardship of groundwater contaminated sites,” said Neno Duplan, President and CEO of Locus.
“The recent $11 billion bill passed to fix California’s water infrastructure includes a provision for mandatory monitoring of the state’s groundwater, which is often used during times of drought and is most vulnerable to contamination. From the onset of the new bill, Locus’ LTMO tool will be there to help industry and government to optimize groundwater monitoring programs,” added Duplan.
Contact Locus today for a demonstration of this exciting new feature and see how Locus EIM can help you reduce your long-term sampling and analytical costs.
Focus on Water: Who will disclose to CDP Water Disclosure?
What I have noticed missing from the dialogues on climate change is discussion on water and water quality as it relates to carbon emissions. Oil industry, for example, consumes and contaminates huge quantities of water and newer hydro fracturing technologies indicated more is on the way. Water management is a significant part of carbon management and translates directly into tones of GHG. It is also 100+ years problem (unlike air contamination). Most of companies have no established methods for water and groundwater accounting. Some progressive oil companies have made first steps in this direction and are quantifying their (dirty) water footprint. In my recent discussion with executives from several large companies it appears nobody wants to touch this subject. Yet, this is unavoidable issue that will move into the center stage as soon as GHG bubble bursts. Here is some interesting statistics on groundwater:
- 22% of all freshwater withdrawals
- 37% of agricultural use (mostly for irrigation)
- 37% of the public water supply withdrawals
- 51% of all drinking water for the total population (US)
- 99% of drinking water for the rural population (US)
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Source: 2005 United States Geological Survey (USGS)
Water is often undervalued and wasted – the OECD forecasts that 47% of world population will be living in areas of high water stress by 2030 unless new policies are introduced. Water, like climate change, is set to be a key issue for the 21st century. It is through water that the impacts of climate change are most likely to be felt, with changing patterns of precipitation and melting glaciers affecting the supply of this critical resource. At the same time population growth, urbanization and rising per capita consumption are expected to result in rapidly increasing demand for water. Businesses will be impacted positively and negatively, and will have a significant role to play in developing and implementing solutions to the water challenge. At present, however, awareness and understanding of water-related risks and opportunities is generally limited in the business and investment communities. For that reason, CDP initiated the Water Disclosure project.
Here are some other compiled facts on water from various sources:
- Less than 1% of the world’s fresh water (or about 0.007% of all water on earth) is readily accessible for direct human use.
- 3.575 million People die each year from water-related disease. •
- 84% of water-related deaths are in children ages 0 – 14.
- 98% of water-related deaths occur in the developing world.
- 884 million people, lack access to safe water supplies, approximately one in eight people.
- The water and sanitation crisis claims more lives through disease than any war claims through guns.
- At any given time, half of the world’s hospital beds are occupied by patients suffering from a water-related disease.
- An American taking a five-minute shower uses more water than the typical person living in a developing country slum uses in a whole day.
- There are over 2 million known contaminated sites in the US. 80% of them have contaminated groundwater.
- About a third of people without access to an improved water source live on less than $1 a day. More than two thirds of people without an improved water source live on less than $2 a day.
- Poor people living in the slums often pay 5-10 times more per liter of water than wealthy people living in the same city. • Without food a person can live for weeks, but without water you can expect to live only a few days.
- The daily requirement for sanitation, bathing, and cooking needs, as well as for assuring survival, is about 13.2 gallons per person.
- Over 50 percent of all water projects fail and less than five percent of projects are visited, and far less than one percent have any longer-term monitoring.
California Passes $11B Water Deal
California passed a bill to fix our water infrastructure. This is the most comprehensive water infrastructure package in the history of California. And this is an $11 billion package that will be leveraged against an additional $30 billion that will be asked by the state’s voters next November in bonds to help finance new infrastructure and water ecosystem restoration, especially in places like the delta. That is altogether a $41 billion project.
In a series of bills that cleared the Legislature in largely bipartisan votes early Wednesday after all-night sessions, California’s water supply would be guaranteed through steps such as mandatory monitoring of groundwater reserves and expanded conservation.
“Without clean, reliable water, we cannot build, we cannot farm, we cannot grow and we cannot prosper,” said Mr. Schwarzenegger, the Governor of California.
An important part of the bill is a compromise that was reached on the issue of mandatory monitoring of the state’s groundwater supplies, which are often used during times of drought and are most vulnerable to contamination. Many Democrats wanted the monitoring, which has been optional, done by the state, if local agencies failed to do it. But some Republicans insisted the monitoring be handled locally to help allay fears among some water agencies of too much state intrusion. Under the deal, local agencies will do the monitoring.
Locus is very pleased with the outcome of this bill as it addresses groundwater monitoring and water quality management. Locus’ EIM SaaS water quality management software is market leader in this space with thousands of sites already using it to manage their groundwater quality.
ZDNet GreenTech Pastures | Seeing is believing: Locus Technologies environmental software helps visualize the impact
If seeing is believing, then we could all benefit from more environmental software applications like the one sold by Locus Technologies. You input your data once; it visualizes the impact.
Santa Clara Valley Water District selects Locus Technologies for recycled water study
SAN FRANCISCO, Calif., August 25, 2007 — The Santa Clara Valley Water District (SCVWD) selected Locus Technologies to perform a study of potential groundwater impacts from expanded use of recycled water for irrigation in the Santa Clara and Llagas Groundwater Sub-basins, California.
For this project, Locus will be using several investigative techniques to assess the potential impact to groundwater from use of recycled water. In addition to fate and transport evaluation of recycled water chemicals of concern, such as NDMA, HAA5, and trace metals, Locus will perform soil core bench tests and conduct a full-scale pilot test to monitor chemical concentrations as recycled water percolates through the vadose zone. From these tests, Locus will assess the soil aquifer treatment capacity, evaluate the potential of recharged recycled water to degrade the groundwater quality, and develop water quality standards for the recycled water to be used in the Llagas and Santa Clara Groundwater Sub-basins. To help the stakeholders in their practice, Locus will identify best management practices for irrigating with recycled water and identify necessary ongoing monitoring requirements to protect groundwater resources.
This award cements Locus’s reputation as a company on the forefront of the high-end environmental consulting business on complex groundwater problems.
“This is an important win for us at the time when companies and government are under pressure to achieve sustainability goals,” said Mr. Elie Haddad, Vice President of Locus’s Environmental Services Division. “On one hand, there is a push to reuse recycled water, and, on the other hand, this reuse should not degrade our precious groundwater resources. Our study will bring the balance between what seems to be competing goals. We are very pleased to be selected through a competitive bidding process by SCVWD for this important groundwater study. We look forward to continue partnering with industry and local governmental agencies to protect the precious Silicon Valley groundwater resources and provide long term stewardship for this most important resource.” added Haddad.
Project execution will come primarily from Locus’s office in Mountain View, California.
Santa Clara Valley Water District selects Locus Technologies for groundwater program
SAN FRANCISCO, Calif., September 9, 2006 — Locus Technologies (Locus), the leading groundwater consultant, announced today that the Santa Clara Valley Water District (SCVWD) selected Locus to perform a cutting edge forensic study on perchlorate at the Llagas Groundwater Subbasin in the Morgan Hill area of California.
Locus will have to obtain scientifically defensible data of known quality, because of the sensitive nature associated with SCVWD’s Perchlorate Source and Background Studies. Locus will develop a Quality Assurance Project Plan (QAPP) designed to maximize precision, accuracy, representation, compatibility, and completeness of the data set, while minimizing the potential for false negatives and false positives. The work includes preparation of the
QAPP, geostatistical analyses to select representative wells for the study, sampling, isotope and geochemical analyses, and final findings and reporting. Because of the sensitivity of this work, Locus teamed with the best researchers in isotope and geostatistical analyses. Locus’s web-based, award-winning information management technologies, such as EIM and the LocusFocus portal, will be used to manage data and information associated with the project.
This award cements Locus’s reputation as a company on the forefront of the high-end environmental consulting business on complex groundwater contamination problems.
“This is an important win for us and comes to us at the time when our perchlorate-related groundwater consulting practice is rapidly expanding,” said Neno Duplancic, President and CEO of Locus Technologies.
Mr. Elie Haddad, Vice President of Locus’s Services and Solutions Division and the manager of the program added, “We are very pleased to be selected by SCVWD for this important groundwater study. Locus was selected through a competitive bidding process, among many fine consulting firms, because of our extraordinary project team that brought a unique approach, scientific ideas, information management technology, and program management skills to the table. We look forward to working with SCVWD and to continuing expanding on the advantage we built over the last decade as the leading consultant for complex groundwater issues in the Silicon Valley.”
Project execution will come primarily from Locus’s office in Mountain View, California.
Locus awarded security assessment contract with state of Arizona
PHOENIX, Arizona, 17 December 2004 — Locus Technologies has been awarded a competitive bid contract to support the Arizona Department of Environmental Quality (ADEQ) with security vulnerability assessments for drinking water and waste water systems throughout the state.
Until recently, contamination of water with biological, chemical, or radiologic agents generally resulted from natural, industrial, or unintentional man-made accidents. Unfortunately, recent terrorist activity in the U.S. has forced public health agencies and water utilities to consider the possibility of intentional contamination of U.S. water supplies as part of an organized effort to disrupt and damage important elements of our national infrastructure.
The contract, which is part of a federally sponsored program to enhance security systems for water and wastewater plants, demonstrates Locus’s ability to utilize its traditional expertise in water, wastewater, and groundwater, coupled with our leading role in environmental information management technology, to support critical services relating to post-9/11 security programs.
“Locus is pleased to provide ADEQ with security assessment services. Although detection methods for recognizing intentional contamination of a water supply are improving, the best method to fight this threat is prevention. Locus is well-positioned to use its deep domain expertise, coupled with advanced environmental information technology expertise, to provide vulnerability assessment on a plant-by-plant basis. Early recognition of potential vulnerability, accurate diagnosis for improvements, and conscientious approach to infrastructure improvements and surveillance will be critical to maintaining water security and safety and to protecting the nation’s public health in the future,” says Dr. Neno Duplancic, President and CEO of Locus Technologies.
Our team of recognized wastewater and security system experts has unique capabilities and experience in the developing market niche of post-9/11 security services. We are proud to do our part in the protection of America’s vital assets,” added Duplancic.
Locus Technologies
299 Fairchild Drive
Mountain View, CA 94043
P: +1 (650) 960-1640
F: +1 (415) 360-5889
Locus Technologies provides cloud-based environmental software and mobile solutions for EHS, sustainability management, GHG reporting, water quality management, risk management, and analytical, geologic, and ecologic environmental data management.