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Wednesday, November 18, 2020 | History

2 edition of Initial investigation of groundwater microbiology at AECL"s underground research laboratory found in the catalog.

Initial investigation of groundwater microbiology at AECL"s underground research laboratory

D.A Brown

Initial investigation of groundwater microbiology at AECL"s underground research laboratory

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  • 22 Currently reading

Published by AECL, Whiteshell Laboratories in Pinawa, Man .
Written in English

Edition Notes

Statementby D.A. Brown, C. Hamon.
SeriesTechnical record (Atomic Energy of Canada Ltd) -- 608
ContributionsHamon, C., Atomic Energy of Canada Limited.
The Physical Object
Pagination40 p. :
Number of Pages40
ID Numbers
Open LibraryOL20366173M

Air Quality Lab: Collaborators: Makenzie Postma, Mckenzie Reynolds and Lauren Delavigne Abstract: In this lab, it was observed how much ozone is inside and outside; also the difference in amount of particulate matter inside and outside. My hypothesis concluded that outside would have a higher ozone and particulate matter than inside. Background. The City of Rochester is currently completing an Environmental Site Investigation at the privately owned brownfield property located at 24 Seneca Avenue on the north side of the City of Rochester (Site Location Map).The site is located in a commercial/industrial area and consists of one single-story, masonry and wood factory warehouse.   In this course we will investigate important topics in Groundwater Microbiology from both environmental and microbiological perspectives. We will use lectures and literature readings to explore topics including groundwater contaminiation, bioremediation, microbial physiology, microbial ecology, and biotechnology in relation to natural and perturbed groundwater systems. The Environmental Geochemistry and Geomicrobiology (EGG) lab, led by Andrea Foster, has been investigating Iron-oxidizing, iron-reducing, and arsenic-reducing microbial communities at the Lava Cap Mine Superfund site (Nevada City, CA) to understand the interplay between processes that attenuate and mobilize arsenic (As) in surface waters.

QA/QC. Standard samples for QA/QC are prepared in the laboratory using three temperature controlled water baths set at 8°, 16°, and 24° C. Water is equilibrated with lab air by slow stirring at these temperatures for a minimum of 48 hours before sampling.

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Initial investigation of groundwater microbiology at AECL"s underground research laboratory by D.A Brown Download PDF EPUB FB2

Initial investigation of groundwater microbiology at AECL's Underground Research Laboratory Atomic Energy of Canada Limited technical record TR, COG– SDDO, Chalk River Laboratories, AECLCited by: The book has three parts: an introduction to microbiology, microbial occurrence in ground-water systems, and biodegradation of contaminated ground water.

The author's approach was to review. Microbiology of the Deep Subsurface Geosphere and Its Implications for Used Nuclear Fuel Repositories backfill and sealing materials from large-scale experiments at AECL’s Underground Research Laboratory.

Appl Clay Sci –42 The effect of biofilms on radionuclide transport in the geosphere: Results from an initial investigation Cited by: 3. the decrease in water discharge naturally from a ground-water reservoir plus any increase in water recharged to the reservoir resulting from pumping the volume of water an aquifer releases from or takes into storage per unit surface area of the aquifer per unit change in head depression of heads surrounding a well caused by withdrawal of water (larger cone for confined aquifer than for unconfined) under pressure significantly greater than atmospheric throughout and its upper limit.

ii GROUND-WATER RESEARCH DESCRIPTION Class V Well Injection Methods 22 Technology Transfer and Technical Assistance 23 Geophysical Technical Support 23 Transport and Transformation Technical Support 23 Aquifer Remediation Technical Support 24 Training and Model Evaluation 25 Initial investigation of groundwater microbiology at AECLs underground research laboratory book Technical Assistance Response Team 25 Forum Issue Papers • • • 26.

A laboratory simulation of the potential groundwater contamination associated with burial materials by SUZANNE TOINETTE (SUNETTE) VAN ALLEMANN Student No: DISSERTATION Submitted in the fulfilment of the requirement for the degree Master of Science In Environmental Management In the DEPARTMENT OF GEOGRAPHY, GEOINFORMATICS AND METEOROLOGY.

Colloids and their association with analogue elements, uranium, and rare earth elements (REEs), in deep granitic groundwater were investigated at the Mizunami Underground Research Laboratory (MIU).

underground research laboratory investigations for the development of a deep geological repository system for long lived and/or high level radioactive waste, including spent fuel.

This publication is intended for decision makers, programme managers, research institutions and other stakeholders in the radioactive waste management community. Read RS. Characterizing excavation damage in highly stressed granite at AECL's Underground Research Laboratory.

In: Martino JB, Martin CD, editors. Proceedings of the International Conference on Deep Geological Disposal of Radioactive Waste EDZ Workshop, Winnipeg: Canadian Nuclear Society; p.

35–Cited by: that the outlined 10 point scheme may not be best for your laboratory either. We need to focus on a system specific to the microbiology lab as this environment has unique requirements, and each lab exists within a larger corporate culture that affects how it conducts its business.

One of the simplest mistakes for a new manager to commit is to comeFile Size: KB. Groundwater and Surface Water Laboratory Reports C9I 1 of 36 C9I 2 of 36 C9I 3 of 36 C9I 4 of 36 METHODS SUMMARY C9I ANALYTICAL PREPARATION PARAMETER_____ METHOD _____ METHOD _____ Mercury in Liquid Waste (Manual Cold-Vapor) SW A SW A.

This facility is a fully serviced research laboratory for studying the role of microbes in various geochemical processes at scales spanning the nano, meso and meter scale.

The laboratory’s research interests range from field-scale research to fundamental investigations of molecular-scale microbial-metal-mineral redox interactions. The reader should recognize that the descriptions and interpretations are initial and subject to change as the science of groundwater microbiology progresses from infancy to recognition as a mature and well understood part of science.

In its development, this book has been written to serve as a guide to a very new aspect of science. Geophysical methods can be helpful in mapping areas of contaminated soil and groundwater. Electrical resistivity surveys were carried out at a site of shallow hydrocarbon contamination in Ahoada, South-South Nigeria.

This was aimed at evaluating the subsoil conditions and groundwater quality of the area three years after the post-spill clean-up exercise. The findings of the desk study will assist in the planning of the initial site/ground investigation phase to include the installation of groundwater monitoring wells and long term groundwater monitoring.

Water contaminated with pathogenic species also has the normal inhabitants of the human intestine. A good bacterial indicator of fecal pollution should fulfill the following criteria: (1) exist in high numbers in the human intestine and feces; (2) not be pathogenic to humans; (3) easily, reliably and cheaply detectable in environmental by: The textbook provides an overview of basic applied microbiology, a review of microbial processes in pristine ground water systems, and coverage of the biodegradation of human-introduced contaminants in ground-water systems.

The book was designed to bridge the gap between applied microbiology and applied hydrogeology. ♥ Book Title: Practical Manual of Groundwater Microbiology, Second Edition ♣ Name Author: D.

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SELECTED BIBLIOGRAPHY ON LABORATORY AND FIELD METHODS IN GROUND-WATER HYDROLOGY By A. JOHNSON INTRODUCTION The science of ground-water hydrology is concerned with the evalu­ ation both of the occurrence, availability, and quality of ground water and of the interrelationship between ground water and surface : A.I.

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Biogeochemical investigations of redox states of groundwater from sedimentary and granitic rocks at the Mizunami Underground Research Laboratory (MIU) site 7th International Symposium for Subsurface Microbiology (ISSM ) Shizuoka (Japan).

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that groundwater sampling and analysis is an activity within projects dealing with carbon capture and storage, mineral exploration, geothermal and energy resources, as well as for groundwater resource assessment and management. The purpose of this field guide is.

I ordered this book for my geology lab and after two weeks into my labs, I keep finding more and more pages missing. Almost all of the pages I needed were not in the book.

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of the Interior, U.S. Geological Survey ; Denver, CO: Books and Open-File Reports [distributor], ), by James Frank Williams, C. Ranzau, Harris-Galveston Coastal. Medewood Research and Development Paper Number A LABORATORY GUIDE TO SOIL MICROBIOLOGY SOME GENERAL PRINCIPLES AND PRA CTICE J C FRANKLAND, P M LATTER AND J M POSm I ISOLATION AND MAINTENANCE OF FUNGI AND BACTERIA I1 CULTURE MEDIA III STERILIZATION institute of Terrestrial Ecology Merlewood Research Station Grange-over-Sands.

When soil and groundwater samples are collected as part of an environmental investigation, it is crucial that the scientist completing the sampling and coordinating the laboratory analysis follow industry standard operating procedures and good housekeeping practices.

It is imperative to use the proper protocol to minimize the potential for sample corruption and cross contamination. Petroleum Microbiology is a state-of-the-art presentation of the specific microbes that inhabit oil reservoirs, with an emphasis on the ecological significance of anaerobic microorganisms.

An intriguing introduction to extremophilic microbes, the book considers the various beneficial and detrimental effects of bacteria and archaea indigenous to the oil field environment.

Laboratory Investigations on the Role of Sediment Surface and Groundwater Chemistry in Transport of Bacteria through a Contaminated Sandy Aquifer Martha A. Scholl U.S. Geological Survey, Water Resources Division, Mail StopMiddlefield Road, Menlo Park, California Laboratory Investigations in Microbiology José de Ondarza, Ph.D.

Content. Lab calendar: Preface Introduction: General Techniques: Chapter 1 Contamination. Geotechnical Investigation Guidelines TM Prepared by: Signed document on file_____ _14 May 09_ Brian O’Neill, PE, GE Date Program Geotechnical Engineer Checked by: Signed document on file_____ _15 May 09_ Bruce Hilton, PG, CEG Date Program Engineering GeologistFile Size: KB.

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For more information, please visit the Reston Microbiology Lab website. Education. Ground water beneath the U.S. Department of Energy (USDOE) Pantex Plant is contaminated with the high explosive RDX. The USDOE Innovative Treatment and Remediation Demonstration (ITRD) program identified three treatment technologies for further testing: (i) oxidation by KMnO 4, (ii) anaerobic biodegradation, and (iii) abiotic reduction by reduced (dithionite-treated) aquifer by: 1.

Laboratory Investigations on the Role of Sediment Surface and Groundwater Chemistry in Transport of Bacteria through a Contaminated Sandy Aquifer Martha A. Scholl U.S. Geological Survey, Water Resources Division, Mail StopMiddlefield Road.

Description Teaching students to make wise choices in a geologically active world, Investigations in Environmental Geology covers current issues within the scope of four content sections. Introduction to geology, natural hazards, water resources, geologic resources and planning are addressed within 18 inquiry-based : On-line Supplement.

Groundwater Contamination: Trouble in Fruitvale (Developed by SEPUP) module #FV Exploring earth science concepts such as the water cycle, map making and interpretation, and groundwater pollution is the objective of this module.

These concepts are used in an investigation of groundwater contamination in the fictional city of Fruitvale.Determination of dissolved natural thorium and uranium in Horonobe and Mizunami Underground Research Laboratory groundwater and its thermodynamic analysis: Nature Microbiology Vol.1 No.5 pp__6: CURRENT STATUES OF PHASE II INVESTIGATIONS, MIZUNAMI UNDERGROUND RESEARCH LABORATORY (MIU) PROJECT.The conventional technologies that play a significant role in managing source areas at hazardous waste sites include excavation, containment, and pump-and-treat.

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