What Hinders the Technological Development of the Contaminated Land Sector
We found the recent (July 2021) Webinar on HRSC tools to be worth the watch. The webinar (NUMAC WEBINAR #5 – July 2021: What Hinders the Technological Development of the Contaminated Land Sector) is 52 minutes long and features HRSC operators sharing their perspectives on the industry from Australia, Brazil, Canada, and the U.S. The video also includes input from an Australian environmental consultant and a site auditor, both having experience with HRSC projects. NUMAC has put together an informative and well produced webinar here. We are familiar with all of the MIP-HPT operators who present in the video and recognize them to be top-notch HRSC operators. Kudos to NUMAC for putting them all together (remotely) in one webinar.
This is not a “how-to” webinar about HRSC methods, but rather a “why to” discussion. Why should site owners, their consultants, and regulators use HRSC methods for their site investigations? The question is answered with some examples of financial benefits derived from various HRSC projects. Presentations after that part of the webinar focus on the continual struggle to gain acceptance and/or reimbursements from regulators and to educate site consultants on the HRSC system. Anyone performing HRSC site investigations is by now familiar with these difficulties. The experiences and scenarios described in this webinar should be beneficial to all of us who work with HRSC tools.
One maxim that can be derived from this webinar: if the project will be using in-situ remediation technology, then an HRSC investigation is an absolute must. These are the sites that yield the greatest cost savings from HRSC investigations and the greatest reduction in uncertainty and liability.
HPT Webinar: Using HPT Logs for Site Characterization
Recorded March 28th 2013
The HPT is a direct push tool that produces a hydrostratigraphic log by measuring the response of soil to the injection of water as the HPT probe is advanced in the soil. HPT usage for site characterization has been growing both as a stand-alone logging tool and as an add-on tool to MIP. Geoprobe Systems® Geologist Wes McCall has many years of experience working with the HPT logging system. Wes will start this webinar with the principles of operation of the HPT, show special functions such as hydrostatic measurements and K estimations, and then show example logs from a variety of geologic settings. This training webinar will be useful to consultants and regulators who specify the usage of HPT logging on their sites and for field operators of HPT tools.
LL MIP Webinar: An Introduction to the new LL MIP (Low Level Membrane Interface Probe) Probe Technology
Recorded April 30th 2013
Presented by Thomas M. Christy, PE, Vice President of Geoprobe Systems® and Dan Pipp, Geoprobe® Chemist.
The MIP direct-push tool for logging VOC contamination has been in use for site investigation for more than 15 years. MIP technology is now widely used for site characterization in the U.S. and Europe and is growing in usage in Australia, and parts of Asia and South America.
This seminar will introduce our latest development in MIP technology; the Low Level system (LL MIP). The LL MIP is a gas flow control system adaptable to most existing MIP systems. Application of this system typically results in an order of magnitude increase in the sensitivity of a standard MIP system. This increased sensitivity (reduction in detection limit) will greatly broaden the number of sites where MIP can be applied.
This webinar will describe the operational theory of Low Level MIP and will describe the altered gas flow control system of Low Level MIP along with the practical aspects of setting up and applying this system in the field. Example Low Level MIP logs from contaminated sites will be shown and compared with standard MIP logs. Case studies will also be shown comparing Low Level MIP measurements with co-located groundwater samples at VOC contaminated sites.