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Corrosion Advisory
Services
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Typical Corrosion Advisory Services
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WebCorr has
NACE certified Corrosion Specialist providing
professional corrosion advisory services, corrosion consulting, in-house training, online and distance learning
corrosion courses, corrosion diagnosis,
failure analysis and expert witness in litigation and arbitration cases
related to corrosion, materials, metallurgy, paints & metallic coatings including
thermal spray metallizing, galvanizing, anodizing, chromating, phosphating, electroplating, electroless
plating, mechanical plating, and sheradizing or diffusion coating.
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Professional
corrosion advisory services on various corrosion related issues.
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Corrosion diagnosis,
corrosion analysis, corrosion prevention and corrosion consulting
services
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Selection of materials,
metallic coatings and paints to meet your project requirements
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Third party
independent review of designs, drawings and technical specifications to
identify potential corrosion risks, the compatibility of materials,
the forms of corrosion and their mitigation
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Third party
independent reviews of technical specifications on materials, processes and coatings
to identify any clauses that may
lead to potential dispute, arbitration or litigation among the parties
involved. Corrosion liability can be
avoided through proper specifications.
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Third party
independent review of contracts to identify potential corrosion liabilities
and advises on how to deal with them.
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Forensic
investigation,
expert witness and support in litigation and arbitration
matters related to corrosion, materials, metallurgy,
paints &
metallic coatings including thermal spray metallizing, galvanizing,
anodizing, chromating, phosphating, electroplating, electroless
plating, mechanical plating, and sheradizing or diffusion coating.
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Typical Corrosion Consulting Services
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Examples:
[1] [2] [3]
[4] [5] [6] |
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1. Corrosion Advisory & Independent Review
of Reports and Documents
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Sent: Friday, May 14, 2004 4:43 PM Subject: Seeking for Independent Review
We need your independent review on the topics shown below. Pls take a
look at it and justify on how soon you can give us the review in
writing. Also pls let us know what are the charges for this review. If
you need further information to justify any thing, pls let me know. I'll
also send you the thesis extract later on since i'm still preparing some
extract of it. However, i've also attached a part of it in the word
document.
A. We need your professional view on the following:
(1). Deposition of scale is expected to occur after
only about 200 to 400
hours of chiller operation.
(2). Hence, based on 12 hours daily operation 365 days
per year, we can
work out that the
BEST PRACTICE to do manual cleaning
is 22 times/year. B. For Anodic Corrosion Effect in condenser tubes. We need your
professional view on the following (please refer to my powerpoint slides
attached) (1). How serious is Anodic Corrosion effect on the normal
operation of the
condenser tubes?
(2). For heat exchanger / condenser tubes maintenance, what
do you
think is the best method
/ strategy in preventing fouling and scaling? (3). Our company has developed an automated heat exchanger
cleaning
system for the prevention of
fouling and scaling. You can check out
our website at [removed]
to have a basic understanding of the system.
We need your independent review of our
system as compared to systems
available in the market. If you need further
information to justify, please let us know. C. The normal life of industrial chiller is quoted to be around 15-20
years as referenced to the following materials [removed].
How reasonable is this
statement in the context of local and overseas environments?
Thanks. Best Regards,
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2. Corrosion Diagnosis & Corrosion Advisory on Green Water Problem
Sent: Wednesday, August 2, 1995
10:01 AM
Subject: [name removed]
Medical Centre
Mr. [name removed] has asked us to give
reasons and if possible solutions for a green water problem at the above
Medical Centre.
(1) Copper Tubes are used throughout the hospitals
(2) Only 5 outlets show green water
(3) Water is supplied from a fully covered fibre glass tank.
(4) P.U.B. tests are enclosed, and the Cu looks high (is it really
high?) but bacterial count is nil.
Can you give us a quick response to satisfy Mr. [name
removed] and [hospital name removed]?
Call me if you need any more detail.
Regards,
[name removed]
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3. Review of Designs & Drawings
Date: Wed, 8 Sep 2004 18:09:06 +0200
Subject: Design Consultancy Enquiry
Dear Sirs,
we are interested in contracting your services for an independent design
consultancy review for two industrial shell and tube heat exchangers (AET
type). These shell and tube heat exchangers are being supplied by our
Company, [name removed] (Engineering
Contractor Company), and the final Client is [company
name removed].
In order to give you a brief idea, the materials in question are:
- Tubesheets: Carbon Steel titanium cladded from the tube side process
and bundle cage in SS 316 L ( SS 316 L baffles, tie rods ,spacers,
sealing strips and bundle runners instead of carbon steel ).
- Tubes: Ti
- Baffle plates: SS316 L
- Process shell side fluid: Hydrogen (Wet Sour/HIC Service)
- Tube side fluid: Sea Water
- Shell Material: KCS HIC Resistant (Full details such as datasheets,
specifications and drawings will be provided later).
The consultancy would consist of a design review of this equipment with
particular regard to material choice for tubes, baffles and tubesheets
with respect to the possibility of galvanic corrosion and/or hydrogen
embrittlemet cracking between tubes, baffles and tubesheet materials
owing to the design conditions and process fluids. We would appreciate
it if you could provide us with a quotation and/or indicate your
standard rates for this type of consultancy including the delivery date
for your final technical report.
We look forward to hearing from you.
Best Regards,
[name removed] Project Engineer [company
name removed], Heat Transfer Division
Madrid (Spain)
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4. Corrosion Diagnosis and Corrosion Advisory on
the Causes of Corrosion
RE: Seeking your professional advice
I am [name removed] from M/s [name
removed] Pte Ltd. I recently attended your course ( dated 14th
& 15th Sept 04). I can be contacted at the following numbers -
Office: [removed] ; Mobile:[removed].
I would appreciate that if you could let me have your valuable advice
on the causes of corrosion A.S.A.P as this coming Monday (4-10-04), I
will be attending the meeting by 11am. Your kind assistance and
co-operation is much appreciated. ( Kindly refer to the attached
letter and photographs).
Thank You.
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5. Corrosion Advisory on Cr 6+ Chromate Coatings
Sent: Monday, May 09, 2005 12:45 AM
Subject: qns on CR VI
I am currently invovled in a project to test for chromium VI content in
screws. The test method that my company using is by diphenylcarbazide
colourometric analyses test kit. When solution containing Cr VI reacts
with diphenylcarbazide, solution changes to different pink colour
depending on the concentration of Cr VI. I had done several tests to
find out how much time is needed for all Cr 6+ in the screw to be
dissolved. This is what has been done: 3 screws were placed into 400 cc
of distilled water and bring to boil for 3,5, 8,10 mins. Solution is
left to cool for 1 hr and tested with the test kit. With the same number
of screws and boiling time and about the same plating thickness, the
intensity of the colour is different and readings were inconsistent.
Do You have have any advice on the preparation of the testing solution?
Will Cr 6+ ions vaporize when the water boils?
Will heat changes CR 6+ to Cr 3+ even if solution is between pH 5~ 9?
Thank you for your help.
Regards
[name removed]
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6. Corrosion
Diagnosis
Date: Mon, 21 Aug 2006 03:12:51 -0700 (PDT)
Subject: Icon control panel corrosion
Photos of the corrosion are attached.
The corroded block is Nickle plated mild steel with stainless steel
plugs and fittings attached. All tubing and the reservoir are Stainless
Steel. The 3,000 psi MWP, pump body is Steel with Stainless Steel bolts
and mounting frame.
All paint is supposed to be, two-pak Epoxy with zinc base coat. The Blue
paint flaked off very easy indicating poor surface preparation. The
white Accumulators appeared to be well painted.
The installation is an Off-Shore drilling rig which may use caustic
chemicals. Although this area is not directly exposed to the fluid it
may be subject to; splash, spray or wash-down of the drilling fluids.
The unit itself is mounted approximately 20 meters above the Sea with an
ambient breeze of about 10 km.
I look forward to your diagnosis and hope to meet you,
Best Regards
[name removed]
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