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Soil Sensor Articles & Analysis
339 articles found
When integrated with temperature, wind, and solar radiation, humidity trends enable ET0 calculations and irrigation alerts across multiple locations from a single platform. Humidity Sensors vs Soil Moisture Sensors: A Direct Comparison Parameter — Humidity Sensors vs Soil Moisture Sensors ...
Achieving $184,500 in operational savings was possible through SVE/MPE optimization and showcasing the average 14.9 kg/day depletion rate to the regulator with effective real-time ...
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This significant milestone marks the first sensor-based monitoring approval known in California, enabling effective NSZD quantification using only three strategically deployed sensors for enhanced environmental ...
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Our data better informs resource allocation through access to live data. Our clients unlock more effective site prioritization by highlighting risk in realtime and insitu remediation system success with only six sensors per site to deliver results to allow our clients to move onto other priority ...
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Effective resource allocation and enhancement to operational efficiency. With only 6 sensors and LiORA Insights there was dramatic acceleration in decision-making processes with sensor data and analytics to showcase: Bioremediation injection effectiveness NSZD rates quantified for transition decision Vapor intrusion protection maintained Portfolio optimization achieved ...
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The National Park Rapid Plume Assessment showcases the efficiency of LiORA Trends real-time modeling, utilizing 8 sensors to deliver critical insights in a fraction of the time. Get insights on your plume immediately rather than years or ...
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Achieved significant savings through innovative data collection and depletion rate monitoring with advanced sensor technology and real-time analytics. The project resulted in $748,680 in savings through the deployment of 17 sensors, collecting 23 million data points to monitor a 4,490 L/year depletion ...
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This case study highlights significant savings from risk-based closure strategies, achieving $400,000 in sampling costs with the deployment of 16 sensors + LiORA Insights over just two ...
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Executive Summary LiORA's real-time soil sensor network successfully optimized SVE/MPE remediation system performance at a pipeline condensate release site, delivering $184,500 in operational cost savings while achieving significant environmental benefits. ...
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Client Overview Our client operates a portfolio of 350 active retail fuel sites located across multiple regions. These stations are involved in both fuel retailing and bulk transfer, and are predominantly equipped with underground fuel storage tanks (USTs). Our client is responsible for approximately 1,000 sites, which include both active and legacy sites. Over the past few years, the client has ...
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Summary A former spill site in the United States has three Soil Sensor locations within ~1 metre of each other. Though they are installed in separate boreholes, they are meant to reflect a gradient in gaseous emissions within the soil. The sensors are installed at 15, 30, and 45 ft (4.57, 9.14, and 13.72 m) belowground. Here we ...
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Executive Summary LiORA's sensor system for continuous monitoring of hydrocarbon depletion successfully supported regulatory approval for risk-based site management at a historical pipeline spill site in California. Through strategic deployment of soil sensors monitoring temperate, pressure, humidity, C02, CH4, 02, and hydrocarbon ...
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The Hidden Risk: Soiling Is Often Measured Too Late Most utility-scale solar plants include soiling sensors as part of a meteorological station, designed primarily for long-term operational monitoring rather than commissioning. ...
SAGE may be used as a practical alternative to traditional tensiometers or WATERMARK soil sensors. Mugo Pine, an ornamental evergreen, is the crop being studied under greenhouse conditions. ...
Inspection should look for damage, deterioration, or disconnection of sensors and electrical enclosures, soiling or displacement of optical sensors, loose wiring connections, detachment of temperature sensors, embrittlement of attachments, and other potential problems.”The IEC 61724-1 standard is an indispensable resource for ...
Metal Oxide Sensors These sensors use a metal oxide layer (such as iridium oxide) as the sensing element. ...
Delta-T Devices is providing soil sensors and data loggers to the British Beet Research Organisation (BBRO) for use in important drought and water deficit research projects. On average, 59% of UK sugar beet is grown on sandy or sand-based soils, making the crop particularly vulnerable to drought and water deficit. ...
Matt Pitt of Cranfield University has a deep interest in modelling hydraulic data and is part-way through a fascinating PhD project centred on the ways in which various tillage regimes affect the long-term properties of soil. “My research aims to assess if non-inversion tillage practices improve water transport in soil during and near saturation – where percolation leads to ...
1. Problem Statement Ensuring optimal yield of photovoltaic power plants requires optimization of maintenance activities such as cleaning. It is important to know WHEN to send crews to perform site cleaning which requires knowing how much energy production is lost to soiling. The amount of generation that can be recovered is difficult to ascertain and can be regionally dependent within a site. ...
Remediation methods, such as soil vapour extraction and in situ chemical oxidation are challenging in cold, low-permeability conditions, highlighting the need for alternative approaches. Using naturally occurring microorganisms to deplete hydrocarbons is attractive. However, it is challenging to repeatably execute this remediation technique successfully across multiple sites due to nuanced site ...
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