We're sorry, we could not find the page you requested. The BSI website has recently been improved and as a result some pages have been updated and older bookmarks may no longer work. To find the page you are looking for please either: Please use the search box at the top of the page to search for the required product page go to the new homepage to explore the easy to use new BSI Shop site try the comprehensive help section for information on the new site.Asbestos is a naturally occurring mineral of which there are 3 main types of fibres; chrysotile (white), amosite (brown), and crocidolite (blue). Asbestos material in good condition should be left alone Don’t panic if you think you have asbestos in your home - asbestos products are only dangerous when damaged or worn because they can release dust into the air. Asbestos dust is made up of tiny fibres which, if breathed in, are harmful and can cause eventual damage to the lungs even many years after the first exposure.

Do treat asbestos with respect - When asbestos materials age or become damaged they can release fibres into the air. These can be breathed deep into the lung where they may stay for a long time, causing possible damage. As of November 2013, Lincolnshire County Council started accepting small amounts of household waste at a number of household recycling centres. Please see the County Council link in our websites tab for more details. Precautions If you do any DIY with asbestos materials take the following precautions: Disposing of Asbestos Waste There are a number of companies within the local Yellow Pages/Telephone Directory who can be contacted to come out and assess the type of asbestos that you have, and can arrange a removal service. There are also some companies who are licensed to dispose of asbestos waste: Unit 1, Saxilby Enterprise Park, Skellingthorpe Road, Saxilby, Lincoln, LN1 2LR Should you require further information please contact Regulatory Services. If you have asbestos in the workplace and require advice, you should either contact the Health & Safety Team in Regulatory Services or the Health & Safety Executive, whichever is the enforcing authority for your workplace.

The Health & Safety Law poster displayed on the premises will give you this information. Customer Services North Kesteven District Council Kesteven Street Sleaford Lincolnshire NG34 7EF Tel: 01529 414155 Fax: 01529 413956 Email:  customer_services@n-kesteven.gov.uk YesYes, but improvements could be madeNo How could we improve this information?The requested URL /gsdlmod?e=d-00000-00---off-0hdl--00-0----0-10-0---0---0direct-10---4-------0-1l--11-en-50---20-about---00-0-1-00-0--4----0-0-11-10-0utfZz-8-00&a=d&cl=CL1.1&d=HASH011321ce4efc2579cf71e500.9.2 was not found on this server.About UsWorking With YouAccountsCareersContact UsBranch LocatorThis Technical Measures Document refers to the emergency response and spill control measures that can be adopted in plant operation to ensure safe It should be noted that the criteria requirements for the section of the COMAH Report dealing with Emergency Response Arrangements are provided in Part 2, Chapter 6 of the Safety Report Assessment Manual (SRAM).

Technical Measures Document is intended to provide additional detail on the measures that should be considered in plant design and operational Related Technical Measures Documents include: The relevant Level 2 Criterion is 5.2.1.3(29)d, Generation and implementation of effective emergency response and spillsanyo 1100w vacuum cleaner control procedures are fundamental aspects of a safety management system.quick clean vacuum cleaner as200b The on-site emergency plan, prepared for Regulation 9 of COMAH shouldeureka forbes vacuum cleaner raipur address procedures for dealing with emergency situations involving loss of containment in general terms. Full detail of the required contents is

provided in Part2, Chapter 6 of the SRAM. In brief, the main points for The emergency plan should be simple and straightforward, flexible and achieve necessary compliance with legislative requirements. separate on-site and off-site emergency plans should be prepared. The emergency procedures should include instructions for dealing with fires, leaks and spills. The procedure should describe how to: Evacuation of areas in the event of fire or toxic gas emission should be addressed in an emergency evacuation procedure. designated safe areas, assembly points and toxic gas shelters. should also identify responsible personnel whose duties during area A fire fighting strategy should consider: The emergency spill control procedure should include the following key Once the hazardous material has been contained to prevent spread of the material to other areas, the material should be treated wherever possible toAcids and alkalis may be treated with appropriate

Due to the differing properties of the various groups of chemical, an appropriate treatment strategy with suitable chemicals should be established in each case. For example, highly concentrated hydrochloric acid will fume when spilled so prior to neutralisation the spill should be diluted with a water spray. Once the material has been treated the cleared up the area should be washed with large volumes of water. Most chemical plants and associated areas are serviced by chemical drains that feed to the effluent treatmentThe washing operation will represent an abnormal loading on the effluent treatment plant, and it is vital that in any situation where this is likely to happen the staff responsible for operation of the effluent treatment plant are notified so that appropriate measures can be adopted. The effluent treatment plant operatives are likely to require the following In the case of fire water run off, much larger volumes of water are

employed and the provision of firewater lagoons to contain potentially toxic Process specific emergency spill kits (acid, alkali, solvent, toxic etc) and appropriate personal protective equipment should be readily availableThese spill kits should be maintained on a regular basis to ensure that they are always available and fit for purpose. This ensures that the most appropriate measure is at hand to deal with a spill or fire in the most effective way. Issues that should also be addressed include: Existing guidance provides comprehensive information with respect to best practice for emergency response and spill control procedures. Guidance for emergency responses for chlorine, anhydrous ammonia, LPG, nitrocellulose, flammable dusts, and flammable liquids storage plants and chemical warehouses are given in the specific guidance notes listed below. Additional material providing much insight into analysis of offsite consequences through a risk management program is now available from the

United States Environmental Protection Agency. This provides guidance on offsite consequence analysis for toxic gases, toxic liquids, and flammableThe risk management analysis will have a significant impact on the format and content of an emergency response or spill control procedure. General guidance is available in the ILO publication 'Major hazard control: A practical manual'. ILO, PIACT, `Major Hazard Control: A Practical Manual', 1988. Seeley, L.A. and Moosemiller, M.D., 'Planning for Emergency Response', DNV Technica, Inc., Chemical Engineering, 102, 6, p84, June 1995. AIChE/CCPS, `Plant Guidelines for Technical Management of Chemical Process Safety', New York, 1992. EPA / CEPP, 'Risk Management Program Guidance for Offsite Consequence Analysis', RMP Series, United States Environmental Protection Agency / Chemical Emergency Preparedness and Prevention Office, April 1999. Robinson, B.W. and UK Chlorine Producers, 'General guidance on emergency