10th OiW Club Meeting Agenda

OiW Club Meeting Agenda 25 September 2009

DECC Round Robin - Results and Findings - Andrew Taylor, DECC

Evaluate the performance of the participating laboratories in measuring the dispersed oil in water concentration of a number of samples – brine & extracts. Assess the reproducibility between laboratories for determining the dispersed oil concentration.

OSPAR GC-FID Method Implementation - Reviewed and Future - Steffen Fredberg Hansen

Implementation of the ISO 9377-2 Mod. GC-FID reference method. Alternative offshore methods. On-line OiW monitoring.

Oil-in-Water - How Important are the Recoveries? - Rhoda Brown, Ondeo Industrial Services

Monitoring the complete industrial water cycle. Quantification by FTIR. Composition studies - FTIR. Different oil types - calibrations. Effect of preparation of standards. Investigating GC calibrations.

Measurement of NPDs, PAHs and Phenols in Produced Water - Need for Standards - Jon Eigill Johansen, Chiron AS

Composition and Reference Standards for the Saturated and the Aromatic Fractions of Petroleum. Composition of Produced Water. Geochemical analysis: Petroleum exploration. Production: Produced water and Oil-in-water. Down stream processes: ASTM methods. Environmental forensics. Air particulates and pollution at sea. Biomarkers are ”Echos of life”: Origin of life. Ecological sciences. How many compounds are there in 'The Hump'? PIONA.

OSPAR 2005-15 GC-FID Method Implementation at StatoilHydro - Anne Kolstad Morken, StatoilHydro

Produced Water discharged in EPN 1995 -2006. Oil in water – Infracal method. Kontroll, Infracal vs referanse metode (OSPAR 2005-15). Oil in Water quality control: Platforms with Infracal, Platforms with GC.

Results and Applications of Mid-IR Laser Based Oil-in-Water Analysers - Wolfgang Ritter, QuantaRed and Berhard Lendl, Institute of Chemical Technologies and Analytics, University of Technology (Austria)

Concept of the new IR-method. Measurements with Eracheck and Key Figures. Field applications. OMV: Characterization. OMV: Monitoring for 2 months. RAG: Find critical wells / Saving of process chemicals. RAG: Rating of process chemicals / filter tests. Direct measurement of C-H related absorptions in the mid-IR spectral region. Quantum Cascade Laser based instrument performing IR measurements according to the New IR-Method. Measuring Oil in Water Using the New IR-Method. Measuring Oil in Water Using The ERACHECK. Calibration Range and Precision of the ERACHECK.

9th OiW Club Meeting Agenda

OiW Club Meeting Agenda 19 September 2008

Solventless Infrared Based OIW Measurement - A Reality! - Dean Smith, Tyler Martin, Thomas Schwartz, Luke Douchette and Carl Tripp, Orono Spectral Solutions, USA

Environmentally friendly. Solventless (no CFC!). Economical, Accurate DIRECT Measurement of ALL Hydrocarbons. Correlates to EPA, ASTM and OSPAR Methods. Infrared Based. Patent Pending.

OSPAR GC-FID Method Implementation at Shell UK - Pamela Amos, Shell UK

Implementation of OSPAR Reference Method - Selection of IR instrument for offshore - Buck HC-404, Duratec, Infracal, Miran. OIW calibrations were prepared on each instrument using 3 different crudes.

Field Experiences of UV Fluorescence Based Online OIW Monitoring for PW Applications - Willy Schuldt, Sigrist Process-Photometer AG

UV-Fluorescence: how does it work? Advantages and particularities of the UVF-technique. UVF: how accurate is the measurement? UVF: how do we compare readings with other techniques? Challenges for an online OIW analyzer. 40 years of practical experiences with UVF online monitoring.

Evolution of  Fluorescence Oil in Water Monitoring”(according to whom??) - Gary Bartman, Turner Designs Hydrocarbon Instruments, USA

Aromatic hydrocarbons fluoresce! 10AU Portable Fluorometer, Discrete Samples or Continuous Flow Cell. Barriers. Developments. Marine Market. Effect of Turbidity on the IMO B Measurement. Iron Oxide vs Cell Condition.

Management of Produced Water under OSPAR: A Change of Direction? - Ming Yang, TUV NEL

What Is OSPAR Convention? OSPAR Recommendation 2001/1. OSPAR Recommendation 2006/4 and Results. OSPAR OIC 2007. Implications.

General Discussion - Ming Yang, TUV NEL

Dissolved / Dispersed / Free Oil. Mis-conception in the N.S. OSPAR Implementation. Issues with the Old OSPAR Method Implementation. How to Measure Dispersed And Dissolved Oil? Hydrocarbon Chemistry. IR/GC-FID Comparison.

8th OiW Club Meeting

OiW Club Meeting Agenda 12 June 2007

OIW Club Update - Ming Yang, TUV NEL, UK

OSPAR GC-RID Method Implementation - Experiance and Issues - Steffen Fredberg Hansen, Maersk Oil and Gas, Denmark

Challenges in Meeting Regulatory Requirements in the North Sea - Sean Young, BP, UK

Requirements for Produced Water Discharges and Oil in Water Measurement Practices at Saudi Aramco - Sebastien Duval, Saudi Aramco, Saudi Arabia

KONTAVISOR Online Produced Water Monitoring - Experiance in Regular Offshore Operation - Jens Bublitz, SYSTEKTUM Gmbh, Germany

The Development of the EX100 and EX1000 Oil in Water Monitors - Khalid Thabeth, Advanced Sensor, UK

7th OiW Club Meeting

Oil in Water Club Agenda 20 September 2006

Fundamentals of GC-FID - Charles van Dortmund, Varion Inc, The Netherlands

Club Update - Ming Yang, TUV NEL, UK

KONTAVISOR in offshore applications - special aspects of online produced water monitoring - Jens Bublitz, SYSTEKTUM Gmbh, Germany

Implementing the OSPAR GC-FID method - options - Ming Yang, TUV NEL, UK

Accurate quantification of oil in produced water discharges by combing online oil in water and flow measurements - Steve Sinha-Royle, Alderly, UK

An update on the development of the photoacoustic oil in water monitor - Stephen Spiers, Aker Kvaerner, UK

6th OiW Club Meeting

Oil in Water Club Agenda 22 November 2005

Review of OIW Club Activities - Ming Yang, TUV NEL, UK

Update on OIPW Issues - Angus Laurie, DTI, UK

Energy Institute's Upstream Hydrocarbon Management Committee and its activities related to oil in water analysis and measurement - Denis Pinto, Energy Institute, UK

The Use and Abuse of Oil in Water Monitors in the Fields - Greg Reeves, Arjay Engineering, Canada

Update on ProAnalysis' Argus OiW Monitoring System - Jarle Skeidsvoll, ProAnalysis, Norway

ISO9377-2 Mod.: A Quick Update on Using the Ultra Fast GC fromThermo - Andrea Cadoppi, Thermo Electron, Italy

Trials of the SFE-IR System at Statoil Using Offshore OIW Samples - Børre Leif Knudsen, Statoil, Norway

5th OiW Club Meeting

Oil in Water Club Agenda 8 December 2004

The Development of the Photoacoustic Subsea OiWM - Stephen Spiers, Akerkvaerner, UK

Ultra Fast GC: An Effective Solution to Boost Speed and Sensitivity in Oil-in-Water Analysis - Andrea Cadoppi, Thermo, Italy

HydroTrak – Development and Delivery of An Online Oil-in-Water Monitor - Eamonn McCusker, SDLI, UK

Challenges of Correlating Field OIW Monitors to A Reference Method - Ming Yang, TUV NEL, UK

OilGuard – Latest Operational Findings and Observations - John Kupczak, Siemens Process Instruments & Analytics, UK and Willy Schuldt, Sigrist, Switzerland

Update on OIPW Issues - Angus Laurie, DTI, UK

An Update on the OIW Club Activities - Ming Yang, TUV NEL, UK

Update on the Development of the Aquahawk OiW Monitor from Roxar - Jan Magne Gilje, Roxar Flow Measurement a.s., Norway

4th OiW Club Meeting

Oil in Water Club Agenda 25 March 2004

HydroTrak Advance Technology for Accurate OIW Monitoring - Professor Danny McStay, SDLI, UK

Update on Club Activities and NEL’s OIW Related Activities Including the OIWAM JIP - Ming Yang, NEL

R&D of An Inline OiW Monitor Based on Laser-Induced Fluorescence - Jarle Skeidsvoll, ProAnalysis

Evaluation of an Arjay Fluorimeter for Oil in Water Analysis - Andy Flemming, Talisman, and Steven Tulloch, Opus Plus, UK

An Update on the Development of the Photoacoustic Sensor - Tim Whitaker, Akerkvaerner, UK

DTI Update on OIPW Issues - Angus Laurie, DTI, UK

Challenges for Water Quality Monitoring - Maarten A.S. Schaapveld, Shell International, The Netherlands

UPM Oil in Water monitor Development - Jan Magne Gilje, ROXAR Flow Measurement AS, Norway

Drilling & Completion Waste Treatment - Analysis & Discharge: Existing & Emerging Technologies - Nick Scott and Andy Martin, SPS, UK

3rd OiW Club Meeting

Oil in Water Club Agenda 3 December 2002

Minutes of 3rd OiW Club Meeting

Recent Activities in the Development of On-line Monitors Using Laser-Induced Fluorescence - Jarle Skeidsvoll, Pro Analysis

Ongoing Evaluation of OIW Monitors - 4Q02 Update - John Ray, BP

An Alternative Solvent For Oil-In-Water Monitoring - Bob Brunschwig, Du Pont

NEL's 3rd OIW Club Meeting - Ming Yang, NEL

Oil-in-Water IR analysis. Can vertrel MCA replace freon? - Marc Anderson, Duratech

Recent Development of OIW Analysis Using Supercritical Fluid Extraction and Infrared Analysis - ED Ramsey, CST Ltd

2nd OiW Club Meeting

Oil in Water Club Agenda 22 May 2002

Meeting Minutes for 2nd OiW Club Meeting

Minutes for 2nd OiW Club Meeting

OIW : A Club Activities Update - Ming Yang, TUV NEL, UK

Produced Water Management for Sustainable field development of Mature and Green Fields - Sander de Kruijf, Shell International

ASTM programme on identifying alternative solvents and analysis methods - Paul Wilks, Wilks Enterprises, Inc. - USA

Overview of the IP technical programme - Martin Maseo, IP

On-line photoacoustic monitor for reservoir re-injection monitoring - Tim Whitaker, Kvaerner

1st OiW Club Meeting

Oil in Water Club Agenda 22 May 2001

Meeting Minutes for 1st OiW Club Meeting

Minutes for 1st OiW Club Meeting

Comparison of the PetroSenseâ PHA 100 with the Solvent Extraction/IR Measurements of Oil in Produced Water in the North Sea - Devinder Saini, FCI Environmental Inc.

Oil-in-Produced Water Monitoring - Using the Sigrist CFLJ / CFL30(S)" - John Kupczak, Siemens Milltronics

OIW Club Annual Gathering 2001 - Ming Yang, TUV NEL, UK

Background to BP Internal Produced Water Targets - Eddie Butler, BP

Scattered Light: Does not work for Oil in Water Measurements? - Axel Schmidt, Dechma

Update of Possible Legislation Changes on the Discharge and Monitoring of Produced Waters - Tommy Spence, DTI

The OLF comparitive study of the Freon/IR and GC-FID methods for detection of oil in produced waters from the Norwegian sector - Per Gerhard Grini, Statoil