Installation complete

Other items related to the site conditions that should be communicated are temperature range, if outdoor and type of protection, if outdoor (Is there a roof Are there sides Is the entire installation completely open ). The requirement for heat tracing and other details of this nature that the vendor is to include in his scope of supply should be specified. Whether the machine is at grade or is elevated must also be specified. 

Vehicle fleet owners often have their cars and/or vans converted to run on LPG and have an on-site bulk storage vessel installed complete with a dispensing pump. This is an attractive economic proposition for taxis, ambulances, local authority fleets, etc. Virtually any spark-ignition engine can be converted to run on LPG. It can therefore be considered for any engine-driven machinery. 

The estimated investment costs of installed complete OTEC systems, measured in dollars per kilowatt of... 

One company has installed complete water monitoring stations based on the flow injection principle with colorimetric, fluorimetric, and ISE detection, and these have been functioning for many years now. 

Where underground water mains are to be provided, they shall be installed, completed, and made available for use as soon as practicable. 

To minimise the risk of stress cracking, flat sheets of plastic glazing material should be installed completely flat, i.e., they should not be forced to take up curvature by the use of mechanical fastenings. 

All items critical for safe operation or required by regulatory requirements to be in place before introducing hazardous chemicals or energy into the equipment in question should be checked for installation, completeness, or compliance. 

As there is no electrical legislation for domestic premises, the safety criteria have to be the requirements of the non-statutory BS 7671 2001 (see Chapter 10). This is the recognised safety standard observed by all reputable electrical contractors and as such is generally accepted by the courts as the benchmark standard. Compliance with the standard is invariably a requirement in specifications for electrical installation projects. Non-compliance usually means that the installation is likely to be unsafe, with the attendant risks of electric shock and/or burn or fire. However, it should be borne in mind that amendments to standards such as BS 7671 are not meant to be applied retrospectively. So the fact that an installation completed, say, 20 years ago does not comply with the latest edition of the standard should not be taken as an indication that the installation is unsafe if it complies with the edition of the standard extant at the time the installation was completed. The acid test is not so much whether the installation complies with a standard but whether or not it is safe, and professional judgement will frequently be needed to determine this. Non-compliances with the current edition of the standard should be recorded, but the safety consequences of the non-compliances should also be considered and noted. 

Is the Insulation installation complete for piping Mf Are there localized drains near the equipment ... 

Is the Insulation Installation complete for coil casing and unit S Is there a manual propylene glycol fill and remote holding tank installed ... 

A total of 20 pipe supports were repaired, each having a defect length ranging from 0.3 to 1.2 m. The Clock Spring installations for these areas totalled 20 locations with more than 41 coils. A team of 10 contractors lead by one Clock Spring installer completed the whole line in a 14-h shift in 1 day. The pipeline was in operation throughout the whole period of time (Figures 6.22 and 6.23). 

The purpose of the well completion is to provide a safe conduit for fluid flow from the reservoir to the flowline. The perforations in the casing are typically achieved by running a perforating gun into the well on electrical wireline. The gun is loaded with a charge which, when detonated, fires a high velocity jet through the casing and on into the formation for a distance of around 15-30 cm. In this way communication between the wellbore and the reservoir is established. Wells are commonly perforated after the completion has been installed and pressure tested. 

If water or gas breakthrough occurs (in an oil well) from a high permeability layer it can dominate production from other intervals. Problems such as this can sometimes be prevented by initially installing a selective completion string, but in single string... 

Cross flow inside the casing can also be prevented by isolating one zone. However, this may still result in reduced production. Installing a selective completion can solve the problem but is an expensive option. To repair cross flow behind casing normally requires a full workover with a rig. Cement has to be either squeezed or circulated behind the production casing and allowed to set, after which cement inside the casing is drilled out, and the producing zones perforated and recompleted. 

Whether on land or offshore, the principle of satellite development is the same. A new field is accessed with wells, and an export link is installed to the existing (host) facility. Development is not always easier on land, as environmental restrictions mean that some onshore fields have to be developed using directional drilling techniques (originally associated with offshore developments). A vertical well can be drilled offshore away from the host facility, and the well completed using a subsea wellhead. 

The prime global authority is the International Maritime Organisation. The IMO sets the standards and guidelines for the removal of offshore installations. The guidelines specify that installations in less than 75 meters of water with substructures weighing less than 4,000 tons be completely removed from the site. Those in deeper water must be removed to a depth of 55 meters below the surface so that there is no hazard to navigation. In some countries the depth to which structures have to be removed has already been extended to 100m. 

In order that the data acquisition system can obtain information about the spatial location and orientation of the probe, a four-channel incremental encoder interface board is installed. Three channels are used to define position in three-dimensional space, while the fourth monitors the skew of the probe (skew is defined as rotation about an axis normal to the probe face). Although six measurements are required to completely define the location and orientation, it is assumed that the probe remains in contact with the inspection surface. 

In general, extreme care has to be taken when LB films are prepared, since tire quality of the resulting films depends cmcially on tire preparation conditions. The best place for an LB trough is a laboratory where tire surroundings, i.e. temperature, humidity and atmosphere, are completely controlled. Often it is placed in a laminar flow box. Also, tire trough should be installed in a shock-free environment. 

Moisture and Water Content. Resins are thoroughly washed with water upon completion of manufacture and conversion (if necessary) to another ionic form. Excess water is removed by vacuum draining or filtration. Nevertheless, a significant quantity of water associated with the functional groups and adhering to the outer surface of the resin particles remains with the resin as it is discharged into shipping containers. No effort is made to dry the resin, except in a few appHcation areas, since the resins are used in aqueous processes in most installations. 

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