Produced Waters

This page contains a listing of technologies for the treatment of produced waters.

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API, A Review of Technologies to Measure the Oil and Grease Content of Produced Water from Offshore Oil and Gas Production Operations, Publ 4698. This document identifies and evaluates practical alternative methods for routine monitoring of oil and grease in produced waters. Traditional monitoring methods relied on Freon-113® extraction of oil and grease; however, owing to the phase-out of Freon-113® these methods can no longer be used, and new methods must be sought. This study evaluates two infrared detection methods and one fluorescence detection method for identifying and measuring oil and grease in produced waters. Performance information, and the correlation of analytical results with EPA’s hexane extraction method, Method 1664, is provided. See, www.api.org

PRODUCT: ORCA - The high volume oil recovery system
COMPANY: Marinav Shipping & Trading SA
Contact: R E neech
Email: BCMS@aol.com
Telephone: 44 (0) 1328878341
Fax: 44(0) 01322 104
Date: 1/30/00
Description: Web site will be available shortly. ORCA is self contained, mobile, own power pack and rapidly extracts oil and most materials are raised up to 100 feet, as there are no pumps, impellers, etc to get clogged. Own crane and pressure washer, the killer whale of recovery systems for large and small applications. Telephone the above or contact Riaz Khan at 41 22 784 3064 or fax 41 22 784 3721 Organization: National Injection Services, Inc.
Title: Company Brochure
Contact: Gene Kraemer nis@acadiacom.net
Fax: 318-237-1108
Date: 6/26/98
Details: A description of services available. www.nationalinjection.com

MPP Systems (http://www.akzonobelmppsystems.com/) is a business activity of Akzo Nobel developing, marketing and servicing separation systems for fluid and gas streams.
Developed by Akzo Nobel, these are integral systems that make use of Macro Porous Polymers (MPP).
MPP Systems is a sub-business unit of business unit Eka, Pulp & Paper Chemicals of Akzo Nobel.
The first system developed is the Macro Porous Polymer Extraction System (MPPE).
The MPPE system is a new highly effective technology, with a lifetime performance guarantee, for removing hydrocarbons from water with efficiencies of 99,9999% and based on an extraction liquid immobilized in an MPP bed. Removal of dissolved and dispersed hydrocarbons to below 1 ppb (or other specifications) from process water, production water, waste water or ground water · Aliphatic · Aromatic · Halogenated e.g. chlorinated · Poly Aromatic Hydrocarbons 'WITH MPPE TO 1 PPB'

Contact information
Dick Th. Meijer Velperweg
76 P.O. Box 9300
6800 SB ARNHEM
THE NETHERLANDS
Tel. + 31 26 366 3378 Fax + 31 26 366 5819
E-Mail: dick.meijer@akzonobel.com

You can also visit our other websites: USA : http://www.mpp-systems.com
Germany: http://www.mpp-systems.com

AEA Technology Products & Systems is one of the eleven businesses of AEA Technology plc. AEA Technology Products & Systems is committed to the technological innovation of quality products and services which support and advance our customers' profitable business objectives.
It is AEA Technology Products & Systems ability to continually innovate that differentiates us from our competitors.

http://www.aeat-prodsys.com/index.html

AEA Technology Products & Systems unique Power Fluidics technology has been applied successfully for many years in a number of industries including the pharmaceutical and nuclear markets for a range of applications. The technology has produced a number of products.

http://www.aeat-prodsys.com/subdivisions-div/PFLU1.html#gas

Contact information
Paul Hill
Environment Group Hill Consultants Ltd
75 London Road
Camberley Surrey GU15 3TW
United Kingdom
Tel: +44 (0) 1276 671895 Fax: +44 (0) 1276 709394
Email: paul.hill@ippc.co.uk
http://www.ippc.co.uk

TWISTER technology (http://www.twisterco.com/) is a new and unique combination of known physical processes.
It is a static piece of equipment with characteristics similar to those of a Turbo-Expansion / Compression system.

* Gas is expanded adiabatically in a Laval nozzle, creating supersonic velocities and low temperatures (for example a temperature at inlet of 20° C drops mid-Twister to - 50° C).
* The low temperature creates a fog-like condensation, which is typically a mixture of water and heavier hydrocarbons. Chemical hydrate suppression is not required due to the very short residence time as well as the supersonic velocities within the tube.
* Still at supersonic velocities, the mixture of gas and liquid droplets enters the wing section, generating a high velocity swirl.
* The resulting swirl forces the condensation outward to form a liquid film on the inner wall of the tube. The liquid film is then removed using either a co-axial tube or slits in the wall of the separation tube. The dry gas core remains as the primary stream.
* After inducing a weak shock wave, 70 to 80 percent of the initial gas pressure is recovered using a diffuser.

Extraction of condensables (e.g. water) from a saturated gas stream by means of near-isentropic expansion, separation and recompression (all inside a single 4 meter tube - see figure 1.). No additional chemicals are needed and the system has no rotating parts. Pressure drop across the unit is some 25-35% of inlet pressure, comparable with a JT valve system.

Contact information:
Volmerlaan 7
P.O. Box 60 2280 CG
Rijswijk (ZH)
The Netherlands |
Tel.: +31 (0)70 311 2771|
Fax: +31 (0)70 311 3877 Email: office@twister.shell.com