FCI Environmental, Inc. the manufacturer of the innovative PetroSense line, announced today the release of its new gas station monitoring system; the PetroSense Station Master. Designed to provide remote continuous monitoring of total petroleum hydrocarbons (TPH) from underground storage tank leakage and wash down run off; the Station Master uses the best of breed PetroSense DHP sensors and CMS loggers and communications hubs that enables operations and management personnel to keep ahead of any environmental issues or incidents on a real time (in situ) basis.
On November 14-15, 2012, more than 500 unconventional oil & gas professionals from across the United States will converge in New Orleans, LA at the Shale EnviroSafe Conference and Exhibiton.
PetroSense/FCI Environmental invites you to visit us at booth 1919 and more than 75 of the industry's leading suppliers on the Shale EnviroSafe exhibit floor. View the latest technologies. See cutting-edge solutions. Experience live product demos.
With your complimentary visitor pass you can also attend the Regulatory and Keynote Sessions held during the Shale EnviroSafe conference. Get an update on forthcoming regulations and how the Presidential election will impact the industry. BONUS: Your visitor pass also gives you access to 3 co-located events on the exhibit floor – ChemInnovations, CLEAN GULF, and INDUSTRIAL FIRE, SAFETY & SECURITY.
Explore the latest technologies and products from 75+ exhibits all in one place at one time
»» Hear the latest industry trends and updates at the Keynote Session & Regulatory Updates Sessions
»» Network with experts in unconventional oil & gas drilling at the opening night reception
»» Bonus! Access three other industry leading show floors
• ChemInnovations • CLEAN GULF • INDUSTRIAL FIRE, SAFETY & SECURITY
The increased use of fracking technology over the past few years, and the fact that individual wells can generate up to 5 million gallons of produced water, has resulted in a high level of interest by the oil and gas industry, and the general public on the treatment and disposal of produced water.
PetroSense, the leader in Total Petroleum Hydrocarbon (TPH) monitoring systems announced today the introduction of the CMS- 1500MV produced water monitoring system, designed specifically for monitoring and verifying raw and processed produced water.
FCI Environmental, Inc., (Dallas), the manufacturer of the innovative PetroSense line, announced today the receipt of a contract to provide a multi-location water quality monitoring system for a major open pit mining operation. The initial 5 station system includes the PetroSense revolutionary CMS-1500 Internet-based wireless communications backbone.
It integrates its state-of-the-art optical hydrocarbon monitoring sensor (DHP 485), with 4 other water quality sensors (pH, suspended solids, conductivity and level a level monitor).
FCI Environmental, Inc. ("FCI") the manufacturer of the PetroSense® line, announced the introduction of a revolutionary new communications and control platform for real-time environmental monitoring. According to Peter Gerard, FCI's president and CEO, the "TEMMS" (Total Environmental Monitoring Management System) allows users to remotely monitor and control virtually all and any environmental monitoring instrument and system in real-time.
FCI Environmental, Inc., the manufacturer of the PetroSense® line of revolutionary optical hydrocarbon sensors, announced the introduction of their real time TPH (and BTEX in particular) monitors.
The PetroSentry System offers both a portable spot-check and a continuous monitoring solutions for detecting and monitoring the presence of BTEX in water.Continue reading →
PetroSense announced the release of the PetroSentry and the PetroCheck PHA Plus as additions to its premium line of products for the detection of hydrocarbon events in process and produced water.
Based on PetroSense's unique Fiber Optic Chemical Sensor (FOCS) technology, these two products offer a complete first-line-of-defense for the facility manager who needs to monitor hydrocarbon intrusions in process water flows or produced water.Continue reading →