When sizing and selecting industrial tanks, the terms nominal volume and working volume are often used to describe the capacity of the tank.<\/p>\n
Nominal volume refers to the total geometric volume of the tank while working volume describes the volume actually used during normal operation depending on process and safety requirements.<\/p>\n
Process\u00f6verskott offers both new and used stainless steel tanks in stainless steel 304 and acid-proof 316 where different volume data may occur depending on the design, specification and application.<\/p>\n
Nominal volume describes the total geometric capacity of the tank based on the tank dimensions and construction.<\/p>\n
It is the maximum theoretical volume that the tank can contain if it is filled up to the defined upper level depending on the design.<\/p>\n
Nominal volume is often used as a reference in the classification, marking and technical specification of tanks and pressure receptacles.<\/p>\n
Working volume describes the volume used under normal operating conditions of the process.<\/p>\n
The working volume is usually lower than the nominal volume because account needs to be taken of, for example<\/p>\n
Safety margins<\/p>\n
Overfill protection<\/p>\n
Internal components such as stirrers<\/p>\n
Foaming or expansion<\/p>\n
Temperature variations<\/p>\n
Process-related operating conditions<\/p>\n
The actual working volume varies depending on the design and use of the tank.<\/p>\n
The difference between nominal and working volume is important when planning and dimensioning industrial processes.<\/p>\n
It is usually the working volume that influences, for example, batch size, buffer capacity and production operating conditions depending on the process and application.<\/p>\n
In design and process planning, both volume values are often taken into account depending on the application.<\/p>\n
Tanks in stainless steel 304 or acid-proof 316 can be equipped with, for example, agitators, CIP systems, temperature-related solutions and other internal equipment depending on the specification.<\/p>\n
Internal components and construction can affect the working volume as they occupy space inside the tank.<\/p>\n
The design of the tank varies depending on the process requirements and the application.<\/p>\n
In pressurized tanks, additional safety space may be needed depending on the design and operating conditions.<\/p>\n
This can affect the difference between nominal and working volume depending on, for example, pressure level, temperature and process requirements.<\/p>\n
Atmospheric tanks may also have safety margins to reduce the risk of overfilling during operation.<\/p>\n
Documentation linked to, for example, PED and CE may be available depending on the design and classification of the tank.<\/p>\n
The concepts of nominal and working volume are used in several types of industrial processes.<\/p>\n
Examples of applications include food production, chemical industry, pharmaceutical related processes and water treatment where proper volume handling can be important for operation and process control.<\/p>\n
Tanks can be equipped with, for example:<\/p>\n
Agitators and mixing equipment<\/p>\n
Temperature-related solutions such as sheathing or insulation<\/p>\n
Level measurement and overfill protection<\/p>\n
CIP system for cleaning<\/p>\n
Valves and process connections<\/p>\n
Pressure monitoring and safety-related functions<\/p>\n
The design varies depending on the model, specification and application.<\/p>\n
Industrial and process tanks come in many different sizes depending on the process and capacity needs.<\/p>\n
Volume can influence factors such as design, safety margins and peripheral equipment needs depending on the application and operating conditions.<\/p>\n
Correct understanding of nominal and working volume is often used in:<\/p>\n
Batch size planning<\/p>\n
Sizing of process equipment<\/p>\n
Buffer capacity and flow management<\/p>\n
Safe operation and overfill protection<\/p>\n
Layout and production planning<\/p>\n
Process\u00f6verskott offers both new and used process tanks and industrial containers in various designs and sizes.<\/p>\n
Tanks may be equipped with different technical solutions depending on the model and previous use. Availability varies depending on stock status and specification. <\/p>\n
Tank selection and sizing is often based on factors such as process requirements, fluid properties, temperature, pressure conditions and desired working volume.<\/p>\n
Process surplus can provide information on different designs and technical options depending on the application and area of use.<\/p>\n
Nominal volume describes the total geometric capacity of the tank while working volume describes the volume used under normal operating conditions.<\/p>\n
The difference between these values is influenced by, for example, safety margins, internal components and process requirements depending on the design and application.<\/p>\n
Nominal volume describes the total geometric capacity of the tank based on its dimensions and construction.<\/p>\n
Working volume describes the volume used under normal operating conditions of the process.<\/p>\n
Working volume is affected by factors such as safety margins, internal components and operating conditions.<\/p>\n
Internal equipment such as agitators may affect the available volume inside the tank depending on the design.<\/p>\n
The working volume may vary between different tanks depending on the design, equipment and application.<\/p><\/p>\n\n