Übersetzung für "Anlagenkosten" in Englisch

Production costs, plant costs, personnel costs and environmental costs are thereby markedly reduced.

This, of course, will reduce capital efficiency and add costs for the encapsulation process.

In this case, all safety-relevant criteria can be observed and the plant costs can be reduced.

A disadvantage of this vapor deposition process is the high plant cost.

More compact design offers reduced system cost.

At present, this is still too expensive due to the high equipment costs.

This led to higher costs for the system.

Consequently, the problem of installation costs is aggravated by the problem of disposal.

Thus, the use of supercritical CO2 as working fluid allows relatively high system efficiencies at moderate investment costs.

This has halved the investment costs.

This mode of operation can contribute to adequate product conversion and to a reduction in the plant costs.

In addition, parts of the plant must be built of stainless steel, which leads to high plant costs.

This model, made of polyethylene, can be produced in two colours without the application of set-up costs.

In order to satisfy ordinary capacity requirements, continuous manufacturing systems must be of considerable length, which has a negative effect on system costs especially when it comes to long-term application of high pressures.

According to the invention, the specific deformation or compressibility behavior of the mixtures employed is utilized to produce a reduction of the restoring forces caused by the compressed slab fabric, by a higher initial compression than is required to produce the specified thickness and density, such that the time-consuming curing processes occur during a calibration without the active application of pressure and thereby considerably reduce the costs of the system.

In systems with a number of turbine/generator units, pump/turbine motor units (subunits), one static frequency converter is frequently used for a number of units in this case, in order to keep the system costs low.

The object of the invention is thus to design the starting devices for a power station system such that the stated disadvantages are overcome and such that, in particular, the engineering and system costs can be considerably reduced by saving a central control function.

The costs of the equipment are high so that profitability of the operation is possible only in the case of the production of particularly high value cokes or valuable oils.

Although untreated polyether imide membranes exhibit excellent permeation rates for the faster gas components, their general use in gas separating membranes is uneconomical since their selectivities are much too low (very large membrane surface required for substance separation, requiring large capital investment costs).

Recently automatic analysers which depend upon the principle of centrifugal analysis have achieved great importance since they make possible a further increase of the analysis frequency without especial increase of the cost of the devices (G-i-T, Fachz.

However, there are usually limits to how much the plant capacity can be increased, as a result of limited availability of space and/or plant costs caused by the structural measures for maintaining and servicing the plant or for protecting it from the weather.

The inventive process can result in higher component strength, which in turn offers a potential weight reduction through the use of thinner sheet metal without having to accept the past drawbacks of hydromechanically formed sheets—very high process cycle time and high system costs.

While meeting the requirements made by the new Machine Directive 2006/42/EC, technological innovations such as drive-based safety minimize drive-system costs and optimize productivity through integrated functional safety.

Uninterrupted operation, high water quality and reduction of plant costs are only some of the challenges in the process industry.

Reduced costs of installation: the use of pressure compensating irrigation units with low flow rate allows branches to be longer.

The integration possibility of the DC over-voltage protection type II in the inverter ensures in addition a reduction in the system costs and mounting time.

This is a prerequisite in order to further reduce wind turbine costs through the increased series production of the foundations.