BS 8568:2013 - Cleanroom energy. Code of practice for improving energy efficiency in cleanrooms and clean air devices – BSI British Standards

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BS 8568:2013

Cleanroom energy. Code of practice for improving energy efficiency in cleanrooms and clean air devices

Status : Current   Published : March 2013

Format
PDF

Format
HARDCOPY



BS 8568:2013 Cleanroom energy. Code of practice for improving energy efficiency in cleanrooms and clean air devices

What is BS 8568?

BS 8568 is a new British Standard that gives recommendations on reducing energy consumption and maintaining energy efficiency in new and existing cleanrooms and clean air devices. It supports the classifications outlined in BS EN ISO 14644-1.

BS 8568 does not apply to the energy efficiency of process equipment, except where it affects the cleanroom environment. It also does not address related production processes such as water treatment, oven, autoclave and stress cycling operations that can also create significant energy demands.

What kind of energy does a cleanroom use?

Cleanroom cleanliness can be classified by the concentration of specific contaminants in the air or on surfaces in the cleanroom. Cleanrooms use a considerable amount of energy to provide large amounts of filtered and conditioned air to achieve the specified levels of cleanliness. A considerable amount of energy is also used to achieve:

a) The necessary temperature and relative humidity for the process in the cleanroom and for personnel comfort;
b) The necessary pressurization of the space; and
c) In some cases, the necessary airflow volume flow rate for unidirectional airflow and to a reduced extent non-unidirectional airflow.

How can BS 8568 help you to save on energy costs in a cleanroom or clear air device?

Some firms using cleanrooms report that heating and ventilating systems consume up to 80% of the total energy used in their manufacturing facility simply to deliver clean, conditioned air to critical operations. This energy is consumed by heating, cooling, humidification and fan power. Of this, fans required to move air can account for 35% to 50%, much of this being due to the extra energy required to overcome the high pressure differential required for the high efficiency filters and other ventilation components used in cleanrooms. There is therefore a significant potential for energy saving by diligent design in the installation of new cleanrooms, and by retrofit improvements and upgrades to existing facilities.

BS 8568 lists and explains measures that can be taken to reduce energy consumption in cleanrooms and applies to the whole range of “cleanroom technology”. It can be used from cleanrooms to clean air devices, including isolators, glove boxes and mini-environments as described in BS EN 14644-7.

Cleanroom technology is used by organizations within the life-sciences, micro-electronics, aerospace and nuclear fields. The life-sciences sector includes hospital, pharmaceutical and medical device activities. BS 8568 is therefore a key standard to help you make sure that your cleanroom technology is energy efficient.

Contents of BS 8568:

Foreword
Introduction
1 Scope
2 Normative references
3 Terms and definitions
4 The energy evaluation and implementation process
Annexes
Annex A (informative) Energy saving opportunities checklist
Annex B (normative) Energy reduction opportunities in cleanrooms
Bibliography
List of figures
Figure 1 – Process flowchart
List of tables
Table A.1 – Energy reduction opportunities in cleanrooms

Who should use BS 8568?

• Quality Control managers
• Cleanroom managers
• Operations managers
• Quality assurance
• Quality auditors
• Compliance officers
• Risk managers
• Facilities managers
• Maintenance managers
• Project engineers
• Designers and architects
• Engineers
• Cleanroom installers
• Cleanroom product manufacturers and suppliers
• Pharmacists
• Manufacturing Managers
• Microbiologists


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Energy Management in Cleanrooms
14 June 2013, London, Institution of Mechanical Engineers

Attend this conference to find out how the new BS 8568 can help you to reduce energy consumption and maintain energy efficiency in cleanrooms.

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Standard NumberBS 8568:2013
TitleCleanroom energy. Code of practice for improving energy efficiency in cleanrooms and clean air devices
StatusCurrent
Publication Date31 March 2013
Cross ReferencesBS EN 1886, BS EN 14799, BS EN ISO 14644-4, BS EN ISO 14644-5:2004, BS EN ISO 14644-6:2007, BS EN ISO 50001, HEATING AND VENTILATING CONTRACTORS’ ASSOCATION, Specification for sheet metal ductwork: low, medium and high pressure/velocity air systems 1998, BS EN 779:2012, BS EN 1822, BS EN 13053, BS EN 60034-30, BS EN ISO 14644-1, BS EN ISO 14644-3, BS EN ISO 14644-7:2004, BS EN ISO 14644-8, PD 6609, 2010/31/EU, 2012/31/EU, The Energy Act 2011, The Building Regulations 2010, DEPARTMENT FOR COMMUNITIES AND LOCAL GOVERNMENT, Non-domestic building services compliance guide, BS EN 15053, BS EN 13779
Draft Superseded By12/30240811 DC
DescriptorsClean rooms, Communicable disease control, Environmental cleanliness, Rooms, Waste handling, Air cleaning equipment, Air treatment devices, Maintenance, Cleaning, Classification systems, Contamination, Qualification approval, Leak tests, Performance testing, Access, Air-distribution systems, Design, Installation, Environment (working), Instructions for use
ICS13.040.35
CommitteeLBI/30
ISBN978 0 580 74267 5
PublisherBSI
FormatA4
DeliveryYes
Pages36
File Size1.219 MB
Price£198.00


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