Ei Jig Standard 1530 Pdf Download
Olegario Benford
EI/JIG 1530 provides a Standard to assist all parties in the maintenance of aviation fuel quality, from its point of manufacture through to delivery to airports. The Standard includes industry-accepted mandatory provisions and good practice recommendations for the design/functional requirements of facilities, and operational procedures that apply upstream of airports.
Originally developed and published in 2013, this new edition has been fully revised with input from over 100 aviation fuel quality specialists representing nearly 50 organisations. A line has been included in the margin of this publication alongside any text, tables or figures that have been amended from the first edition. Notably, the standard has been made less jet fuel-specific with the inclusion of aviation gasoline (avgas) when appropriate.
Requirements are specified for aviation fuel quality assurance and traceability; management of change; sampling and testing of fuel; fuel testing laboratories; fuel manufacture; handling and application of aviation fuel additives; aviation fuel receipt, batching, certification and release; bulk fuel storage; ocean tankers, coastal and inland waterway vessels; and transportation by pipeline, rail, road and by drum, IBC and ISO tank containers.
This Standard is recognised in ICAO Doc 9977 Manual on civil aviation jet fuel supply. All companies handling aviation fuel in all aviation fuel supply chains are encouraged to conform with the requirements.
Published in excel spreadsheet format, this self-assessment tool is primarily intended for use by the owners/operators of existing facilities who wish to assess whether the infrastructure, equipment and procedures in use conform to the requirements and/or recommendations of EI/JIG 1530. It may also have other uses, e.g. when assessing whether facilities used for other products are suitable for aviation fuel service.
Developed in partnership with the Energy Institute, EI/JIG 1530 is intended to provide a standard to assist in the maintenance of aviation fuel quality from its point of manufacture to delivery at airports. It provides mandatory provisions and good practice recommendations for the design/functional requirements of facilities, and operational procedures.
This issue has been bugging me for a while since I investigated and eliminated all other Event errors. This error is inconsistent but seems related to Windows shutdown not startup? KAV is the only program producing this error. I think when Windows shuts down, either there's a timing issue or by design, KAV will only shut itself down and if Windows gets there first, KAV is shut down with this error. I'm sure it's a function of KAV apps architecture and perhaps for security reasons, it can only shut itself down gracefully? if that's the case, give first shutdown priority to KAV then pause other Windows apps shutdown until KAV shuts down, then allow Windows to continue? This might increase shutdown wait time, but I'd prefer that to getting Event 1530 errors logged.
I'm using Kaspersky free version. But I would expect free to be free of Event bugs like my open registry keys problem? I've seen this discussed by other users elsewhere with no solution other than ignore it because I think it's a behaviour of the executeable interacting or not interacting with Windows app shutdown. As I said, if it was easy to shut it down using Windows procedures it could be used by bad actors and understand if Kaspersky has to control shutdown within itself. Hence my suggestion it's done first leaving it closed before windows shuts down other apps? The other possibility is it's calling a home server at shutdown and windows kills the process first leaving registry keys open?
We've checked 5 different computers, the issue is not replicable - altho not all of them running W7; also, as far as we're aware, other users with the issue have been advised to contact Kaspersky Customer service - which is the option available to paid subscribers.
Thanks that will be helpful. As well as reading to ignore this error, I think I saw it can still persist in Win8 to Win10, but Microsoft deprecated open registry key errors to 'Information Level'. If that's the case, it's sounds like a way of hiding an app. problem not solving it and developers wouldn't know when testing on the later OS?
I just caught the post from Berny. I don't think I'm alone and it may need some digging through event error logs. The problem is it isn't consistent. Some shutdowns and restarts are ok, others show the open registry keys error from the last session after a reboot - which is why I think it's a Kaspersky app. shutdown problem not startup because I don't see the error when the Event window is kept open during a session.
I know Win7_64 is no longer supported by MS. Mine has all the last updates applied and is bug free apart from this problem. Many don't look at Event errors and I was guilty in the past of not looking and pursuing them. Now years on, the OS doesn't throw up Event errors except for Kaspersky and I use other 3rd party security products to fill in gaps fixed by zillions of MS updates or OS version re-issues.
When Kaspersky is exited from the task bar you might assume it was completely shut down (which I would expect) but it still has a background running process: AVP21.9 Pid 5744. which cannot be stopped manually?
A second process klvssbridge64_21.9 (Kaspersky Volume shadow copy service bridge 21.9) is shown as STOPPED. I can't yet confirm what happens during shutdown when these services are running normally or if the registry leak still occurs if exited first. If the latter then I'll post the answer and a conclusion can be reached about how this running background processes is terminated by Windows.
ISO 1530:2003 specifies the principal characteristics of knotted netting for fishing nets, and specifies the items of information to be furnished when ordering the netting. It is intended to facilitate the exchange of information between purchasers and suppliers of knotted netting for fishing nets.
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This MSA compliant SFP transceiver provides 1000Base-CWDM throughput up to 160km over single-mode fiber (SMF) at a wavelength of 1530nm using an LC connector. It is built to MSA standards and is uniquely serialized and data-traffic and application tested to ensure that they will integrate into your network seamlessly. It is built to meet or exceed the specifications of MSA Compliant, as well as to comply with MSA (Multi-Source Agreement) standards to ensure seamless network integration. This transceiver is Trade Agreements Act (TAA) compliant. We stand behind the quality of our products and proudly offer a limited lifetime warranty.
The Wavelength References Clarity Laser family locks laser emissions to molecular absorption lines. The instrument drives a semiconductor laser in a unique configuration that creates superb frequency stability traceable to a physical constant and thus forms a primary frequency standard. There are several configurations:
These low cost benchtop lasers are designed to provide +/- 0.1pm absolute accuracy and stability over long-haul applications at a single wavelength or frequency. Standard wavelengths are 1530 and 1550 nm and other wavelengths are available upon request. Output power is 2mW nominal, single-mode and accepts SCAPC fiber (patchcords available).
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The new methods applicable for calibration of indicator electrodes, based on standard addition and standard subtraction methods, are suggested. Some of the methods enable the slope of an indicator electrode and equivalence volume V(eq) to be determined simultaneously from a single set of potentiometric titration data. Some other methods known hitherto were also taken into account. A new model, based on a standard addition method, applicable also in nonlinear range for the ISE slope (S) is suggested, and its applicability was confirmed experimentally in calibration of calcium ISE.
1.1 This test method covers a steady-state technique for the determination of the resistance to thermal transmission (thermal resistance) of materials in thicknesses of less than 25 mm. For homogeneous opaque solid specimens of a representative thickness, thermal conductivity can be determined (see Note 0). This test method is useful for specimens having a thermal resistance in the range from 10 to 400 104 m2K/W, which can be obtained from materials of thermal conductivity in the approximate range from 0.1 to 30 W/(mK) over the approximate temperature range from 150 to 600 K. It can be used outside these ranges with reduced accuracy for thicker specimens and for thermal conductivity values up to 60 W/(mK).
1.2 This test method is similar in concept to Test Method C 518, but is modified to accommodate smaller test specimens, having a higher thermal conductance. In addition, significant attention has been paid to ensure that the thermal resistance of contacting surfaces is minimized and reproducible.
1.4 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.
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