Slideshows for Tag: combustible http://www.slideshare.net/ http://www.slideshare.net/images/logo.gif Slideshows for Tag: combustible http://www.slideshare.net/ Wed, 21 Oct 2009 18:02:02 GMT SlideShare feed for Slideshows for Tag: combustible Orimulsión http://www.slideshare.net/energia/orimulsin
La orimulsion es un combustible producido mediante la mezcla de crudos FPO, agua y emulsificantes. Es utilizado para alimentar plantas termicas de generacion de electricidad.]]>
La orimulsion es un combustible producido mediante la mezcla de crudos FPO, agua y emulsificantes. Es utilizado para alimentar plantas termicas de generacion de electricidad.]]> Wed, 21 Oct 2009 18:02:02 GMT http://www.slideshare.net/energia/orimulsin energia@slideshare.net(energia) Orimulsión energia La orimulsion es un combustible producido mediante la mezcla de crudos FPO, agua y emulsificantes. Es utilizado para alimentar plantas termicas de generacion de electricidad. <img src="http://cdn.slidesharecdn.com/orimulsin-091021130209-phpapp01-thumbnail-2?1256148146" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> La orimulsion es un combustible producido mediante la mezcla de crudos FPO, agua y emulsificantes. Es utilizado para alimentar plantas termicas de generacion de electricidad. Orimulsión
View more documents from Nelson Hernandez.
]]> 137 0 http://cdn.slidesharecdn.com/orimulsin-091021130209-phpapp01-thumbnail-2?1256148146 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Sistema de inyeccion,calibracion de bombas de inyeccion http://www.slideshare.net/manuelrojasnadal/sistema-de-inyeccioncalibracion-de-bombas-de-inyeccion
Como controlar la combustion incompleta a traves de la correcta calibracion de las bombas de inyeccion einyectores]]>
Como controlar la combustion incompleta a traves de la correcta calibracion de las bombas de inyeccion einyectores]]> Tue, 06 Oct 2009 18:22:04 GMT http://www.slideshare.net/manuelrojasnadal/sistema-de-inyeccioncalibracion-de-bombas-de-inyeccion manuelrojasnadal@slideshare.net(manuelrojasnadal) Sistema de inyeccion,calibracion de bombas de inyeccion manuelrojasnadal Como controlar la combustion incompleta a traves de la correcta calibracion de las bombas de inyeccion einyectores <img src="http://cdn.slidesharecdn.com/03bombasinyeccioncalibracionsistemadefiltraciondiesel-pps-091006132213-phpapp02-thumbnail-2?1254853580" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Como controlar la combustion incompleta a traves de la correcta calibracion de las bombas de inyeccion einyectores Sistema de inyeccion,calibracion de bombas de inyeccion
View more presentations from Manuel Rojas Nadal.
]]> 675 1 http://cdn.slidesharecdn.com/03bombasinyeccioncalibracionsistemadefiltraciondiesel-pps-091006132213-phpapp02-thumbnail-2?1254853580 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Combustible Dust Cleaning A Professional Approach http://www.slideshare.net/Jonatimc/combustible-dust-cleaning-a-professional-approach
Combustible Dust, (or Explosive Dust), cleaning, is a required preventative good housekeeping and maintenance program, in manufacturing and production facilities. This minimizes safety hazards, potential flash fires, and catastrophic dust explosions, in addition to maintaining Indoor Air Quality. Combustible dust is fine particulate dust, which is generated from products such as wood, metals, grains, agricultural, chemicals, plastics, paper, and carbonaceous products. The manufacturing and production facilities equipment and machinery, pulverize, mill, grind, crush, macerate, and cut the bulk product. In return, dust is generated, and accumulates on all equipment and facility structure surfaces. The fine powder dust, which is suspended on the higher, inaccessible and unnoticeable surfaces, is the most problematic. Yet the most hazardous, especially when a primary upset or explosion generates a sonic pressure wave that suspends these particles into the path of a flame front (reaction front), which causes a devastating secondary dust explosion. In addition to the fire and explosion hazards of dust, the industrial hygiene aspect of fine particles can impact and affect, the facility workers health, leading to illnesses, and injuries. "The Bureau of Labor Statistics reports that 6.1 percent of private-sector employees suffered 5.7 million workplace injuries and illnesses in 2000. Forty-six percent of those injury cases required days away from work for recuperation or restricted work activity. J. Paul Leigh of the Stanford Medical Center notes that businesses spend $170.9 billion a year on costs associated with occupational injuries and illnesses—expenditures that come straight out of company profits. Injuries and illnesses increase workers’ compensation and retraining costs, absenteeism, and production faults. They also decrease productivity, morale, and ultimately, profits. Fortunately, statistics from injury and illness reports filed with OSHA show that workplaces that establish safety and health management systems reduce their injury and illness costs by 20 to 40 percent. "In today’s competitive business environment," says OSHA Administrator John L. Henshaw, "the black-and-blue of workplace injuries can be the difference between operating in the black and running in the red." Reference 1 (http://www.osha.gov/Publications/JSHQ/fall2002html/safety_health.htm) High ceiling and surface cleaning, Air Conveyance Cleaning, Dust collector cleaning, Conveyor Belt cleaning, Silo tank cleaning, Lab Fume Hood cleaning, and dust control vacuuming, are some of the services, that may be required to clean the combustible dust. These services help prevent airborne dust and particulates, from accumulating, in the manufacturing and production facilities. These services may also help promote equipment longevity, may decrease utility costs for operating equipment, may increase the brightness of lighting, may stabilize insurance rates, and may allow a greater Return On Investment on manufacturing equipment. Combustible Dust cleaning should be performed by a certified and trained cleaning company. The certified training should be similar to the N.A.D.C.A., I.A.Q.A., O.S.H.A., and I.I.C.R.C. cleaning standards. Additionally, the certified cleaning contractor, should have the proper Industrial and Commercial cleaning equipment. Most importantly is an industrial, explosion-proof, dust collecting H.E.P.A. vacuum, as the main piece of equipment. Broom sweeping and compressed air, is not a viable means of cleaning combustible dust, by the NFPA 654 Combustible Dust Standard. The act of broom sweeping, and compressed air, actually stirs up dust and particulate into the air, which may create more issues with sensitive equipment that provide ignition sources, and possible dust explosions. High reach equipment, such as High reach platforms, Scissor Lifts, Articulate Booms, Scaffolding, Fiberglas extension ladders, and Fiberglas A-frame ladders for the interior work, are necessary. Standing and portable floodlights may be required for night work, and hard to see areas. Performing combustible dust cleaning requires several important precautionary measures. The first and most important procedure is safety. Preventing Static Electricity, sparking, and any electrical charge, is the first preventative step. Proper grounding of in-house electrical systems, equipment, forklifts, high reach equipment, vacuums, extension cords, and lighting, is mandatory, by the NFPA 654 Standard. Next, information on the fire and explosion hazards concerning the ignition sensitivity and explosion severity of the product must be acquired from the MSDS sheets. If this information is not in the MSDS then testing and sampling of the powder and bulk dust particulate is required. The simple act of dragging a piece of metal, across a concrete floor, can create a spark, which can lead to a dust explosion. Proper lock-out/tag-out documentation, slip and fall prevention, high reach and harness protection, confined space awareness, are some of the safety concerns, with O.S.H.A. regulations. Donning proper PPE, including safety lanyards and harnesses, hard hats, safety glasses, ear protection, disposable gloves, special coveralls, and steel toe boots, are essential protection basics. Placing Orange Safety cones, and Yellow Caution tape, in the working areas, are required to inform hazardous conditions. Preparation is one of the most critical procedures of combustible dust cleaning. Proper preparation, will contain dust and particulate, and will alleviate a possibly unhappy customer. Preparation materials will include covering your customer’s equipment, contents, walls, and floors. The covering will also serve as a containment barrier, for any possible recontamination. Trashcan containers, or 55-gallon drums, with liners, can be used to collect the debris. Combustible dust cleaning, involves several main aspects of cleaning. First, always work from ceiling, to walls, to floor. The floor is considered the easiest and last part of the cleaning procedure. All corrugated, metal ceilings, trusses, rafters, beams, Air Conveyance Systems, Dust Collectors, Ductwork, Lab Fume Hoods, piping, conduit, fire suppression system, lighting, walls, stationary equipment, conveyor belts, etc., should be cleaned in conjunction. The actual cleaning and removing of dust, and particulate build-up, will consist of several cleaning techniques and methods. Cleaning and removal of the grease and particulate build up, should be performed by H.E.P.A. vacuuming, and/or mechanical Wet Wiping, for any surface, to remove any dust and particulate. This portion of cleaning should be performed under containment, to prevent any cross-contamination of other areas and equipment. Mechanical cleaning procedures are based on parameters set by the National Fire Protection Association, (N.F.P.A.), the Fire Protection Research Foundation, the National Air Duct Cleaning Association, (N.A.D.C.A.), the Institute of Inspection, Cleaning and Restoration Certification, (I.I.C.R.C.) standards, the American Biorecovery Association, (A.B.R.A.) standards, the Indoor Air Quality Association, (I.A.Q.A.) standards, OSHA standards, and the I.I.C.R.C. S520 Standard and Reference Guide for Professional Mold Remediation Not all cleaning vendors are alike in safe cleaning procedures, techniques, quality, and pricing. Be aware of vendors who only clean using dirty rags, brooms, push brooms, compressed air, dustpans, and contaminated cleaning equipment. Facility owners should ask the vendor they hire, to provide a Liability Insurance, and Workmen’s Compensation certificate, before and after cleaning pictures, of the complete cleaning, to build a good business relationship. These pictures will document in detail, the quality cleaning the vendor is performing. A certificate of completion, for the combustible dust cleaning, is also required for insurance policies. A clean and safe facility is important for worker morale. Just remember the old saying, “You get what you pay for.” These ideas are helpful basics, in combustible dust cleaning. Jon Barrett is the business development specialist with Interior Maintenance Company, Inc, located in Lansdowne, PA. He is N.F.P.A. and Fire Protection Research Foundation trained for Explosive Dust Cleaning, Chilworth Technology trained for Dust Explosion Inspection, an Institute of Inspection, Cleaning and Restoration Certification (IICRC) technician, and American BioRecovery Association (ABRA) certified technician in several categories, and he is an International Kitchen Exhaust Cleaning (IKECA)-Professional Exhaust Cleaning Technician, He can be reached at Jon@imc.cc. or by phone at 267-886-7903. Interior Maintenance Company, Inc., (IMC), is a building maintenance contractor with extensive experience in providing Federal, Industrial, and Commercial Combustible Dust cleaning, HVAC Air Duct Cleaning, Kitchen Hood Exhaust cleaning, Lab Fume Hood Cleaning, Dust Collector Cleaning, High Surface and Ceiling Cleaning, High Temperature Pressure Washing, Graffiti and Gum Removal, and Mold Remediation, services to manufacturing facilities, schools, hospitals, government institutions, and large commercial and industrial facilities throughout the United States.. Jon Barrett Business Development Specialist Interior Maintenance Company, Inc.- Providing Green Cleaning Services For Your Facility! Cell# 267-886-7903 or # 800-220-6547 Fax# 610-626-8860 Visit us at www.imc.cc IMC are specialists in Federal, Industrial, and Commercial Air Duct Cleaning, High Surface cleaning, Dust Collector Cleaning, Combustible Dust Cleaning, Laboratory Hood and Vent Cleaning, Kitchen Hood Exhaust cleaning, Grease Trap cleaning, Dryer Vent Cleaning, Trash Chute cleaning, Dumpster/Container cleaning, Conveyor Belt Cleaning, Environmental Decontamination, Microbial Remediation, Building Maintenance and Indoor Air Quality Monitoring, Janitorial Cleaning, Dry Vapor Steam Cleaning and Sanitizing, Gum Removal, Graffiti Removal, and Specialty Anti-Microbial painting]]>
Combustible Dust, (or Explosive Dust), cleaning, is a required preventative good housekeeping and maintenance program, in manufacturing and production facilities. This minimizes safety hazards, potential flash fires, and catastrophic dust explosions, in addition to maintaining Indoor Air Quality. Combustible dust is fine particulate dust, which is generated from products such as wood, metals, grains, agricultural, chemicals, plastics, paper, and carbonaceous products. The manufacturing and production facilities equipment and machinery, pulverize, mill, grind, crush, macerate, and cut the bulk product. In return, dust is generated, and accumulates on all equipment and facility structure surfaces. The fine powder dust, which is suspended on the higher, inaccessible and unnoticeable surfaces, is the most problematic. Yet the most hazardous, especially when a primary upset or explosion generates a sonic pressure wave that suspends these particles into the path of a flame front (reaction front), which causes a devastating secondary dust explosion. In addition to the fire and explosion hazards of dust, the industrial hygiene aspect of fine particles can impact and affect, the facility workers health, leading to illnesses, and injuries. "The Bureau of Labor Statistics reports that 6.1 percent of private-sector employees suffered 5.7 million workplace injuries and illnesses in 2000. Forty-six percent of those injury cases required days away from work for recuperation or restricted work activity. J. Paul Leigh of the Stanford Medical Center notes that businesses spend $170.9 billion a year on costs associated with occupational injuries and illnesses—expenditures that come straight out of company profits. Injuries and illnesses increase workers’ compensation and retraining costs, absenteeism, and production faults. They also decrease productivity, morale, and ultimately, profits. Fortunately, statistics from injury and illness reports filed with OSHA show that workplaces that establish safety and health management systems reduce their injury and illness costs by 20 to 40 percent. "In today’s competitive business environment," says OSHA Administrator John L. Henshaw, "the black-and-blue of workplace injuries can be the difference between operating in the black and running in the red." Reference 1 (http://www.osha.gov/Publications/JSHQ/fall2002html/safety_health.htm) High ceiling and surface cleaning, Air Conveyance Cleaning, Dust collector cleaning, Conveyor Belt cleaning, Silo tank cleaning, Lab Fume Hood cleaning, and dust control vacuuming, are some of the services, that may be required to clean the combustible dust. These services help prevent airborne dust and particulates, from accumulating, in the manufacturing and production facilities. These services may also help promote equipment longevity, may decrease utility costs for operating equipment, may increase the brightness of lighting, may stabilize insurance rates, and may allow a greater Return On Investment on manufacturing equipment. Combustible Dust cleaning should be performed by a certified and trained cleaning company. The certified training should be similar to the N.A.D.C.A., I.A.Q.A., O.S.H.A., and I.I.C.R.C. cleaning standards. Additionally, the certified cleaning contractor, should have the proper Industrial and Commercial cleaning equipment. Most importantly is an industrial, explosion-proof, dust collecting H.E.P.A. vacuum, as the main piece of equipment. Broom sweeping and compressed air, is not a viable means of cleaning combustible dust, by the NFPA 654 Combustible Dust Standard. The act of broom sweeping, and compressed air, actually stirs up dust and particulate into the air, which may create more issues with sensitive equipment that provide ignition sources, and possible dust explosions. High reach equipment, such as High reach platforms, Scissor Lifts, Articulate Booms, Scaffolding, Fiberglas extension ladders, and Fiberglas A-frame ladders for the interior work, are necessary. Standing and portable floodlights may be required for night work, and hard to see areas. Performing combustible dust cleaning requires several important precautionary measures. The first and most important procedure is safety. Preventing Static Electricity, sparking, and any electrical charge, is the first preventative step. Proper grounding of in-house electrical systems, equipment, forklifts, high reach equipment, vacuums, extension cords, and lighting, is mandatory, by the NFPA 654 Standard. Next, information on the fire and explosion hazards concerning the ignition sensitivity and explosion severity of the product must be acquired from the MSDS sheets. If this information is not in the MSDS then testing and sampling of the powder and bulk dust particulate is required. The simple act of dragging a piece of metal, across a concrete floor, can create a spark, which can lead to a dust explosion. Proper lock-out/tag-out documentation, slip and fall prevention, high reach and harness protection, confined space awareness, are some of the safety concerns, with O.S.H.A. regulations. Donning proper PPE, including safety lanyards and harnesses, hard hats, safety glasses, ear protection, disposable gloves, special coveralls, and steel toe boots, are essential protection basics. Placing Orange Safety cones, and Yellow Caution tape, in the working areas, are required to inform hazardous conditions. Preparation is one of the most critical procedures of combustible dust cleaning. Proper preparation, will contain dust and particulate, and will alleviate a possibly unhappy customer. Preparation materials will include covering your customer’s equipment, contents, walls, and floors. The covering will also serve as a containment barrier, for any possible recontamination. Trashcan containers, or 55-gallon drums, with liners, can be used to collect the debris. Combustible dust cleaning, involves several main aspects of cleaning. First, always work from ceiling, to walls, to floor. The floor is considered the easiest and last part of the cleaning procedure. All corrugated, metal ceilings, trusses, rafters, beams, Air Conveyance Systems, Dust Collectors, Ductwork, Lab Fume Hoods, piping, conduit, fire suppression system, lighting, walls, stationary equipment, conveyor belts, etc., should be cleaned in conjunction. The actual cleaning and removing of dust, and particulate build-up, will consist of several cleaning techniques and methods. Cleaning and removal of the grease and particulate build up, should be performed by H.E.P.A. vacuuming, and/or mechanical Wet Wiping, for any surface, to remove any dust and particulate. This portion of cleaning should be performed under containment, to prevent any cross-contamination of other areas and equipment. Mechanical cleaning procedures are based on parameters set by the National Fire Protection Association, (N.F.P.A.), the Fire Protection Research Foundation, the National Air Duct Cleaning Association, (N.A.D.C.A.), the Institute of Inspection, Cleaning and Restoration Certification, (I.I.C.R.C.) standards, the American Biorecovery Association, (A.B.R.A.) standards, the Indoor Air Quality Association, (I.A.Q.A.) standards, OSHA standards, and the I.I.C.R.C. S520 Standard and Reference Guide for Professional Mold Remediation Not all cleaning vendors are alike in safe cleaning procedures, techniques, quality, and pricing. Be aware of vendors who only clean using dirty rags, brooms, push brooms, compressed air, dustpans, and contaminated cleaning equipment. Facility owners should ask the vendor they hire, to provide a Liability Insurance, and Workmen’s Compensation certificate, before and after cleaning pictures, of the complete cleaning, to build a good business relationship. These pictures will document in detail, the quality cleaning the vendor is performing. A certificate of completion, for the combustible dust cleaning, is also required for insurance policies. A clean and safe facility is important for worker morale. Just remember the old saying, “You get what you pay for.” These ideas are helpful basics, in combustible dust cleaning. Jon Barrett is the business development specialist with Interior Maintenance Company, Inc, located in Lansdowne, PA. He is N.F.P.A. and Fire Protection Research Foundation trained for Explosive Dust Cleaning, Chilworth Technology trained for Dust Explosion Inspection, an Institute of Inspection, Cleaning and Restoration Certification (IICRC) technician, and American BioRecovery Association (ABRA) certified technician in several categories, and he is an International Kitchen Exhaust Cleaning (IKECA)-Professional Exhaust Cleaning Technician, He can be reached at Jon@imc.cc. or by phone at 267-886-7903. Interior Maintenance Company, Inc., (IMC), is a building maintenance contractor with extensive experience in providing Federal, Industrial, and Commercial Combustible Dust cleaning, HVAC Air Duct Cleaning, Kitchen Hood Exhaust cleaning, Lab Fume Hood Cleaning, Dust Collector Cleaning, High Surface and Ceiling Cleaning, High Temperature Pressure Washing, Graffiti and Gum Removal, and Mold Remediation, services to manufacturing facilities, schools, hospitals, government institutions, and large commercial and industrial facilities throughout the United States.. Jon Barrett Business Development Specialist Interior Maintenance Company, Inc.- Providing Green Cleaning Services For Your Facility! Cell# 267-886-7903 or # 800-220-6547 Fax# 610-626-8860 Visit us at www.imc.cc IMC are specialists in Federal, Industrial, and Commercial Air Duct Cleaning, High Surface cleaning, Dust Collector Cleaning, Combustible Dust Cleaning, Laboratory Hood and Vent Cleaning, Kitchen Hood Exhaust cleaning, Grease Trap cleaning, Dryer Vent Cleaning, Trash Chute cleaning, Dumpster/Container cleaning, Conveyor Belt Cleaning, Environmental Decontamination, Microbial Remediation, Building Maintenance and Indoor Air Quality Monitoring, Janitorial Cleaning, Dry Vapor Steam Cleaning and Sanitizing, Gum Removal, Graffiti Removal, and Specialty Anti-Microbial painting]]> Wed, 30 Sep 2009 02:58:25 GMT http://www.slideshare.net/Jonatimc/combustible-dust-cleaning-a-professional-approach Jonatimc@slideshare.net(Jonatimc) Combustible Dust Cleaning A Professional Approach Jonatimc Combustible Dust, (or Explosive Dust), cleaning, is a required preventative good housekeeping and maintenance program, in manufacturing and production facilities. This minimizes safety hazards, potential flash fires, and catastrophic dust explosions, in addition to maintaining Indoor Air Quality. Combustible dust is fine particulate dust, which is generated from products such as wood, metals, grains, agricultural, chemicals, plastics, paper, and carbonaceous products. The manufacturing and production facilities equipment and machinery, pulverize, mill, grind, crush, macerate, and cut the bulk product. In return, dust is generated, and accumulates on all equipment and facility structure surfaces. The fine powder dust, which is suspended on the higher, inaccessible and unnoticeable surfaces, is the most problematic. Yet the most hazardous, especially when a primary upset or explosion generates a sonic pressure wave that suspends these particles into the path of a flame front (reaction front), which causes a devastating secondary dust explosion. In addition to the fire and explosion hazards of dust, the industrial hygiene aspect of fine particles can impact and affect, the facility workers health, leading to illnesses, and injuries. &quot;The Bureau of Labor Statistics reports that 6.1 percent of private-sector employees suffered 5.7 million workplace injuries and illnesses in 2000. Forty-six percent of those injury cases required days away from work for recuperation or restricted work activity. J. Paul Leigh of the Stanford Medical Center notes that businesses spend $170.9 billion a year on costs associated with occupational injuries and illnesses—expenditures that come straight out of company profits. Injuries and illnesses increase workers’ compensation and retraining costs, absenteeism, and production faults. They also decrease productivity, morale, and ultimately, profits. Fortunately, statistics from injury and illness reports filed with OSHA show that workplaces that establish safety and health management systems reduce their injury and illness costs by 20 to 40 percent. &quot;In today’s competitive business environment,&quot; says OSHA Administrator John L. Henshaw, &quot;the black-and-blue of workplace injuries can be the difference between operating in the black and running in the red.&quot; Reference 1 (http://www.osha.gov/Publications/JSHQ/fall2002html/safety_health.htm) High ceiling and surface cleaning, Air Conveyance Cleaning, Dust collector cleaning, Conveyor Belt cleaning, Silo tank cleaning, Lab Fume Hood cleaning, and dust control vacuuming, are some of the services, that may be required to clean the combustible dust. These services help prevent airborne dust and particulates, from accumulating, in the manufacturing and production facilities. These services may also help promote equipment longevity, may decrease utility costs for operating equipment, may increase the brightness of lighting, may stabilize insurance rates, and may allow a greater Return On Investment on manufacturing equipment. Combustible Dust cleaning should be performed by a certified and trained cleaning company. The certified training should be similar to the N.A.D.C.A., I.A.Q.A., O.S.H.A., and I.I.C.R.C. cleaning standards. Additionally, the certified cleaning contractor, should have the proper Industrial and Commercial cleaning equipment. Most importantly is an industrial, explosion-proof, dust collecting H.E.P.A. vacuum, as the main piece of equipment. Broom sweeping and compressed air, is not a viable means of cleaning combustible dust, by the NFPA 654 Combustible Dust Standard. The act of broom sweeping, and compressed air, actually stirs up dust and particulate into the air, which may create more issues with sensitive equipment that provide ignition sources, and possible dust explosions. High reach equipment, such as High reach platforms, Scissor Lifts, Articulate Booms, Scaffolding, Fiberglas extension ladders, and Fiberglas A-frame ladders for the interior work, are necessary. Standing and portable floodlights may be required for night work, and hard to see areas. Performing combustible dust cleaning requires several important precautionary measures. The first and most important procedure is safety. Preventing Static Electricity, sparking, and any electrical charge, is the first preventative step. Proper grounding of in-house electrical systems, equipment, forklifts, high reach equipment, vacuums, extension cords, and lighting, is mandatory, by the NFPA 654 Standard. Next, information on the fire and explosion hazards concerning the ignition sensitivity and explosion severity of the product must be acquired from the MSDS sheets. If this information is not in the MSDS then testing and sampling of the powder and bulk dust particulate is required. The simple act of dragging a piece of metal, across a concrete floor, can create a spark, which can lead to a dust explosion. Proper lock-out/tag-out documentation, slip and fall prevention, high reach and harness protection, confined space awareness, are some of the safety concerns, with O.S.H.A. regulations. Donning proper PPE, including safety lanyards and harnesses, hard hats, safety glasses, ear protection, disposable gloves, special coveralls, and steel toe boots, are essential protection basics. Placing Orange Safety cones, and Yellow Caution tape, in the working areas, are required to inform hazardous conditions. Preparation is one of the most critical procedures of combustible dust cleaning. Proper preparation, will contain dust and particulate, and will alleviate a possibly unhappy customer. Preparation materials will include covering your customer’s equipment, contents, walls, and floors. The covering will also serve as a containment barrier, for any possible recontamination. Trashcan containers, or 55-gallon drums, with liners, can be used to collect the debris. Combustible dust cleaning, involves several main aspects of cleaning. First, always work from ceiling, to walls, to floor. The floor is considered the easiest and last part of the cleaning procedure. All corrugated, metal ceilings, trusses, rafters, beams, Air Conveyance Systems, Dust Collectors, Ductwork, Lab Fume Hoods, piping, conduit, fire suppression system, lighting, walls, stationary equipment, conveyor belts, etc., should be cleaned in conjunction. The actual cleaning and removing of dust, and particulate build-up, will consist of several cleaning techniques and methods. Cleaning and removal of the grease and particulate build up, should be performed by H.E.P.A. vacuuming, and/or mechanical Wet Wiping, for any surface, to remove any dust and particulate. This portion of cleaning should be performed under containment, to prevent any cross-contamination of other areas and equipment. Mechanical cleaning procedures are based on parameters set by the National Fire Protection Association, (N.F.P.A.), the Fire Protection Research Foundation, the National Air Duct Cleaning Association, (N.A.D.C.A.), the Institute of Inspection, Cleaning and Restoration Certification, (I.I.C.R.C.) standards, the American Biorecovery Association, (A.B.R.A.) standards, the Indoor Air Quality Association, (I.A.Q.A.) standards, OSHA standards, and the I.I.C.R.C. S520 Standard and Reference Guide for Professional Mold Remediation Not all cleaning vendors are alike in safe cleaning procedures, techniques, quality, and pricing. Be aware of vendors who only clean using dirty rags, brooms, push brooms, compressed air, dustpans, and contaminated cleaning equipment. Facility owners should ask the vendor they hire, to provide a Liability Insurance, and Workmen’s Compensation certificate, before and after cleaning pictures, of the complete cleaning, to build a good business relationship. These pictures will document in detail, the quality cleaning the vendor is performing. A certificate of completion, for the combustible dust cleaning, is also required for insurance policies. A clean and safe facility is important for worker morale. Just remember the old saying, “You get what you pay for.” These ideas are helpful basics, in combustible dust cleaning. Jon Barrett is the business development specialist with Interior Maintenance Company, Inc, located in Lansdowne, PA. He is N.F.P.A. and Fire Protection Research Foundation trained for Explosive Dust Cleaning, Chilworth Technology trained for Dust Explosion Inspection, an Institute of Inspection, Cleaning and Restoration Certification (IICRC) technician, and American BioRecovery Association (ABRA) certified technician in several categories, and he is an International Kitchen Exhaust Cleaning (IKECA)-Professional Exhaust Cleaning Technician, He can be reached at Jon@imc.cc. or by phone at 267-886-7903. Interior Maintenance Company, Inc., (IMC), is a building maintenance contractor with extensive experience in providing Federal, Industrial, and Commercial Combustible Dust cleaning, HVAC Air Duct Cleaning, Kitchen Hood Exhaust cleaning, Lab Fume Hood Cleaning, Dust Collector Cleaning, High Surface and Ceiling Cleaning, High Temperature Pressure Washing, Graffiti and Gum Removal, and Mold Remediation, services to manufacturing facilities, schools, hospitals, government institutions, and large commercial and industrial facilities throughout the United States.. Jon Barrett Business Development Specialist Interior Maintenance Company, Inc.- Providing Green Cleaning Services For Your Facility! Cell# 267-886-7903 or # 800-220-6547 Fax# 610-626-8860 Visit us at www.imc.cc IMC are specialists in Federal, Industrial, and Commercial Air Duct Cleaning, High Surface cleaning, Dust Collector Cleaning, Combustible Dust Cleaning, Laboratory Hood and Vent Cleaning, Kitchen Hood Exhaust cleaning, Grease Trap cleaning, Dryer Vent Cleaning, Trash Chute cleaning, Dumpster/Container cleaning, Conveyor Belt Cleaning, Environmental Decontamination, Microbial Remediation, Building Maintenance and Indoor Air Quality Monitoring, Janitorial Cleaning, Dry Vapor Steam Cleaning and Sanitizing, Gum Removal, Graffiti Removal, and Specialty Anti-Microbial painting <img src="http://cdn.slidesharecdn.com/combustibledustcleaningaprofessionalapproach091809bulkblog-090929215830-phpapp01-thumbnail-2?1254279524" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Combustible Dust, (or Explosive Dust), cleaning, is a required preventative good housekeeping and maintenance program, in manufacturing and production facilities. This minimizes safety hazards, potential flash fires, and catastrophic dust explosions, in addition to maintaining Indoor Air Quality. Combustible dust is fine particulate dust, which is generated from products such as wood, metals, grains, agricultural, chemicals, plastics, paper, and carbonaceous products. The manufacturing and production facilities equipment and machinery, pulverize, mill, grind, crush, macerate, and cut the bulk product. In return, dust is generated, and accumulates on all equipment and facility structure surfaces. The fine powder dust, which is suspended on the higher, inaccessible and unnoticeable surfaces, is the most problematic. Yet the most hazardous, especially when a primary upset or explosion generates a sonic pressure wave that suspends these particles into the path of a flame front (reaction front), which causes a devastating secondary dust explosion. In addition to the fire and explosion hazards of dust, the industrial hygiene aspect of fine particles can impact and affect, the facility workers health, leading to illnesses, and injuries. &quot;The Bureau of Labor Statistics reports that 6.1 percent of private-sector employees suffered 5.7 million workplace injuries and illnesses in 2000. Forty-six percent of those injury cases required days away from work for recuperation or restricted work activity. J. Paul Leigh of the Stanford Medical Center notes that businesses spend $170.9 billion a year on costs associated with occupational injuries and illnesses—expenditures that come straight out of company profits. Injuries and illnesses increase workers’ compensation and retraining costs, absenteeism, and production faults. They also decrease productivity, morale, and ultimately, profits. Fortunately, statistics from injury and illness reports filed with OSHA show that workplaces that establish safety and health management systems reduce their injury and illness costs by 20 to 40 percent. &quot;In today’s competitive business environment,&quot; says OSHA Administrator John L. Henshaw, &quot;the black-and-blue of workplace injuries can be the difference between operating in the black and running in the red.&quot; Reference 1 (http://www.osha.gov/Publications/JSHQ/fall2002html/safety_health.htm) High ceiling and surface cleaning, Air Conveyance Cleaning, Dust collector cleaning, Conveyor Belt cleaning, Silo tank cleaning, Lab Fume Hood cleaning, and dust control vacuuming, are some of the services, that may be required to clean the combustible dust. These services help prevent airborne dust and particulates, from accumulating, in the manufacturing and production facilities. These services may also help promote equipment longevity, may decrease utility costs for operating equipment, may increase the brightness of lighting, may stabilize insurance rates, and may allow a greater Return On Investment on manufacturing equipment. Combustible Dust cleaning should be performed by a certified and trained cleaning company. The certified training should be similar to the N.A.D.C.A., I.A.Q.A., O.S.H.A., and I.I.C.R.C. cleaning standards. Additionally, the certified cleaning contractor, should have the proper Industrial and Commercial cleaning equipment. Most importantly is an industrial, explosion-proof, dust collecting H.E.P.A. vacuum, as the main piece of equipment. Broom sweeping and compressed air, is not a viable means of cleaning combustible dust, by the NFPA 654 Combustible Dust Standard. The act of broom sweeping, and compressed air, actually stirs up dust and particulate into the air, which may create more issues with sensitive equipment that provide ignition sources, and possible dust explosions. High reach equipment, such as High reach platforms, Scissor Lifts, Articulate Booms, Scaffolding, Fiberglas extension ladders, and Fiberglas A-frame ladders for the interior work, are necessary. Standing and portable floodlights may be required for night work, and hard to see areas. Performing combustible dust cleaning requires several important precautionary measures. The first and most important procedure is safety. Preventing Static Electricity, sparking, and any electrical charge, is the first preventative step. Proper grounding of in-house electrical systems, equipment, forklifts, high reach equipment, vacuums, extension cords, and lighting, is mandatory, by the NFPA 654 Standard. Next, information on the fire and explosion hazards concerning the ignition sensitivity and explosion severity of the product must be acquired from the MSDS sheets. If this information is not in the MSDS then testing and sampling of the powder and bulk dust particulate is required. The simple act of dragging a piece of metal, across a concrete floor, can create a spark, which can lead to a dust explosion. Proper lock-out/tag-out documentation, slip and fall prevention, high reach and harness protection, confined space awareness, are some of the safety concerns, with O.S.H.A. regulations. Donning proper PPE, including safety lanyards and harnesses, hard hats, safety glasses, ear protection, disposable gloves, special coveralls, and steel toe boots, are essential protection basics. Placing Orange Safety cones, and Yellow Caution tape, in the working areas, are required to inform hazardous conditions. Preparation is one of the most critical procedures of combustible dust cleaning. Proper preparation, will contain dust and particulate, and will alleviate a possibly unhappy customer. Preparation materials will include covering your customer’s equipment, contents, walls, and floors. The covering will also serve as a containment barrier, for any possible recontamination. Trashcan containers, or 55-gallon drums, with liners, can be used to collect the debris. Combustible dust cleaning, involves several main aspects of cleaning. First, always work from ceiling, to walls, to floor. The floor is considered the easiest and last part of the cleaning procedure. All corrugated, metal ceilings, trusses, rafters, beams, Air Conveyance Systems, Dust Collectors, Ductwork, Lab Fume Hoods, piping, conduit, fire suppression system, lighting, walls, stationary equipment, conveyor belts, etc., should be cleaned in conjunction. The actual cleaning and removing of dust, and particulate build-up, will consist of several cleaning techniques and methods. Cleaning and removal of the grease and particulate build up, should be performed by H.E.P.A. vacuuming, and/or mechanical Wet Wiping, for any surface, to remove any dust and particulate. This portion of cleaning should be performed under containment, to prevent any cross-contamination of other areas and equipment. Mechanical cleaning procedures are based on parameters set by the National Fire Protection Association, (N.F.P.A.), the Fire Protection Research Foundation, the National Air Duct Cleaning Association, (N.A.D.C.A.), the Institute of Inspection, Cleaning and Restoration Certification, (I.I.C.R.C.) standards, the American Biorecovery Association, (A.B.R.A.) standards, the Indoor Air Quality Association, (I.A.Q.A.) standards, OSHA standards, and the I.I.C.R.C. S520 Standard and Reference Guide for Professional Mold Remediation Not all cleaning vendors are alike in safe cleaning procedures, techniques, quality, and pricing. Be aware of vendors who only clean using dirty rags, brooms, push brooms, compressed air, dustpans, and contaminated cleaning equipment. Facility owners should ask the vendor they hire, to provide a Liability Insurance, and Workmen’s Compensation certificate, before and after cleaning pictures, of the complete cleaning, to build a good business relationship. These pictures will document in detail, the quality cleaning the vendor is performing. A certificate of completion, for the combustible dust cleaning, is also required for insurance policies. A clean and safe facility is important for worker morale. Just remember the old saying, “You get what you pay for.” These ideas are helpful basics, in combustible dust cleaning. Jon Barrett is the business development specialist with Interior Maintenance Company, Inc, located in Lansdowne, PA. He is N.F.P.A. and Fire Protection Research Foundation trained for Explosive Dust Cleaning, Chilworth Technology trained for Dust Explosion Inspection, an Institute of Inspection, Cleaning and Restoration Certification (IICRC) technician, and American BioRecovery Association (ABRA) certified technician in several categories, and he is an International Kitchen Exhaust Cleaning (IKECA)-Professional Exhaust Cleaning Technician, He can be reached at Jon@imc.cc. or by phone at 267-886-7903. Interior Maintenance Company, Inc., (IMC), is a building maintenance contractor with extensive experience in providing Federal, Industrial, and Commercial Combustible Dust cleaning, HVAC Air Duct Cleaning, Kitchen Hood Exhaust cleaning, Lab Fume Hood Cleaning, Dust Collector Cleaning, High Surface and Ceiling Cleaning, High Temperature Pressure Washing, Graffiti and Gum Removal, and Mold Remediation, services to manufacturing facilities, schools, hospitals, government institutions, and large commercial and industrial facilities throughout the United States.. Jon Barrett Business Development Specialist Interior Maintenance Company, Inc.- Providing Green Cleaning Services For Your Facility! Cell# 267-886-7903 or # 800-220-6547 Fax# 610-626-8860 Visit us at www.imc.cc IMC are specialists in Federal, Industrial, and Commercial Air Duct Cleaning, High Surface cleaning, Dust Collector Cleaning, Combustible Dust Cleaning, Laboratory Hood and Vent Cleaning, Kitchen Hood Exhaust cleaning, Grease Trap cleaning, Dryer Vent Cleaning, Trash Chute cleaning, Dumpster/Container cleaning, Conveyor Belt Cleaning, Environmental Decontamination, Microbial Remediation, Building Maintenance and Indoor Air Quality Monitoring, Janitorial Cleaning, Dry Vapor Steam Cleaning and Sanitizing, Gum Removal, Graffiti Removal, and Specialty Anti-Microbial painting Combustible Dust Cleaning A Professional Approach
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]]> 271 0 http://cdn.slidesharecdn.com/combustibledustcleaningaprofessionalapproach091809bulkblog-090929215830-phpapp01-thumbnail-2?1254279524 document http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Cleaning Combustible Dust http://www.slideshare.net/Jonatimc/cleaning-combustible-dust
Combustible Dust, (or Explosive Dust), cleaning, is a required preventative good housekeeping and maintenance program, in manufacturing and production facilities. This minimizes safety hazards, potential flash fires, and catastrophic dust explosions, in addition to maintaining Indoor Air Quality. Combustible dust is fine particulate dust, which is generated from products such as wood, metals, grains, agricultural, chemicals, plastics, paper, and carbonaceous products. The manufacturing and production facilities equipment and machinery, pulverize, mill, grind, crush, macerate, and cut the bulk product. In return, dust is generated, and accumulates on all equipment and facility structure surfaces. The fine powder dust, which is suspended on the higher, inaccessible and unnoticeable surfaces, is the most problematic. Yet the most hazardous, especially when a primary upset or explosion generates a sonic pressure wave that suspends these particles into the path of a flame front (reaction front), which causes a devastating secondary dust explosion. In addition to the fire and explosion hazards of dust, the industrial hygiene aspect of fine particles can impact and affect, the facility workers health, leading to illnesses, and injuries. "The Bureau of Labor Statistics reports that 6.1 percent of private-sector employees suffered 5.7 million workplace injuries and illnesses in 2000. Forty-six percent of those injury cases required days away from work for recuperation or restricted work activity. J. Paul Leigh of the Stanford Medical Center notes that businesses spend $170.9 billion a year on costs associated with occupational injuries and illnesses—expenditures that come straight out of company profits. Injuries and illnesses increase workers’ compensation and retraining costs, absenteeism, and production faults. They also decrease productivity, morale, and ultimately, profits. Fortunately, statistics from injury and illness reports filed with OSHA show that workplaces that establish safety and health management systems reduce their injury and illness costs by 20 to 40 percent. "In today’s competitive business environment," says OSHA Administrator John L. Henshaw, "the black-and-blue of workplace injuries can be the difference between operating in the black and running in the red." Reference 1 (http://www.osha.gov/Publications/JSHQ/fall2002html/safety_health.htm) High ceiling and surface cleaning, Air Conveyance Cleaning, Dust collector cleaning, Conveyor Belt cleaning, Silo tank cleaning, Lab Fume Hood cleaning, and dust control vacuuming, are some of the services, that may be required to clean the combustible dust. These services help prevent airborne dust and particulates, from accumulating, in the manufacturing and production facilities. These services may also help promote equipment longevity, may decrease utility costs for operating equipment, may increase the brightness of lighting, may stabilize insurance rates, and may allow a greater Return On Investment on manufacturing equipment. Combustible Dust cleaning should be performed by a certified and trained cleaning company. The certified training should be similar to the N.A.D.C.A., I.A.Q.A., O.S.H.A., and I.I.C.R.C. cleaning standards. Additionally, the certified cleaning contractor, should have the proper Industrial and Commercial cleaning equipment. Most importantly is an industrial, explosion-proof, dust collecting H.E.P.A. vacuum, as the main piece of equipment. Broom sweeping and compressed air, is not a viable means of cleaning combustible dust, by the NFPA 654 Combustible Dust Standard. The act of broom sweeping, and compressed air, actually stirs up dust and particulate into the air, which may create more issues with sensitive equipment that provide ignition sources, and possible dust explosions. High reach equipment, such as High reach platforms, Scissor Lifts, Articulate Booms, Scaffolding, Fiberglas extension ladders, and Fiberglas A-frame ladders for the interior work, are necessary. Standing and portable floodlights may be required for night work, and hard to see areas. Performing combustible dust cleaning requires several important precautionary measures. The first and most important procedure is safety. Preventing Static Electricity, sparking, and any electrical charge, is the first preventative step. Proper grounding of in-house electrical systems, equipment, forklifts, high reach equipment, vacuums, extension cords, and lighting, is mandatory, by the NFPA 654 Standard. Next, information on the fire and explosion hazards concerning the ignition sensitivity and explosion severity of the product must be acquired from the MSDS sheets. If this information is not in the MSDS then testing and sampling of the powder and bulk dust particulate is required. The simple act of dragging a piece of metal, across a concrete floor, can create a spark, which can lead to a dust explosion. Proper lock-out/tag-out documentation, slip and fall prevention, high reach and harness protection, confined space awareness, are some of the safety concerns, with O.S.H.A. regulations. Donning proper PPE, including safety lanyards and harnesses, hard hats, safety glasses, ear protection, disposable gloves, special coveralls, and steel toe boots, are essential protection basics. Placing Orange Safety cones, and Yellow Caution tape, in the working areas, are required to inform hazardous conditions. Preparation is one of the most critical procedures of combustible dust cleaning. Proper preparation, will contain dust and particulate, and will alleviate a possibly unhappy customer. Preparation materials will include covering your customer’s equipment, contents, walls, and floors. The covering will also serve as a containment barrier, for any possible recontamination. Trashcan containers, or 55-gallon drums, with liners, can be used to collect the debris. Combustible dust cleaning, involves several main aspects of cleaning. First, always work from ceiling, to walls, to floor. The floor is considered the easiest and last part of the cleaning procedure. All corrugated, metal ceilings, trusses, rafters, beams, Air Conveyance Systems, Dust Collectors, Ductwork, Lab Fume Hoods, piping, conduit, fire suppression system, lighting, walls, stationary equipment, conveyor belts, etc., should be cleaned in conjunction. The actual cleaning and removing of dust, and particulate build-up, will consist of several cleaning techniques and methods. Cleaning and removal of the grease and particulate build up, should be performed by H.E.P.A. vacuuming, and/or mechanical Wet Wiping, for any surface, to remove any dust and particulate. This portion of cleaning should be performed under containment, to prevent any cross-contamination of other areas and equipment. Mechanical cleaning procedures are based on parameters set by the National Fire Protection Association, (N.F.P.A.), the Fire Protection Research Foundation, the National Air Duct Cleaning Association, (N.A.D.C.A.), the Institute of Inspection, Cleaning and Restoration Certification, (I.I.C.R.C.) standards, the American Biorecovery Association, (A.B.R.A.) standards, the Indoor Air Quality Association, (I.A.Q.A.) standards, OSHA standards, and the I.I.C.R.C. S520 Standard and Reference Guide for Professional Mold Remediation Not all cleaning vendors are alike in safe cleaning procedures, techniques, quality, and pricing. Be aware of vendors who only clean using dirty rags, brooms, push brooms, compressed air, dustpans, and contaminated cleaning equipment. Facility owners should ask the vendor they hire, to provide a Liability Insurance, and Workmen’s Compensation certificate, before and after cleaning pictures, of the complete cleaning, to build a good business relationship. These pictures will document in detail, the quality cleaning the vendor is performing. A certificate of completion, for the combustible dust cleaning, is also required for insurance policies. A clean and safe facility is important for worker morale. Just remember the old saying, “You get what you pay for.” These ideas are helpful basics, in combustible dust cleaning. Jon Barrett is the business development specialist with Interior Maintenance Company, Inc, located in Lansdowne, PA. He is N.F.P.A. and Fire Protection Research Foundation trained for Explosive Dust Cleaning, Chilworth Technology trained for Dust Explosion Inspection, an Institute of Inspection, Cleaning and Restoration Certification (IICRC) technician, and American BioRecovery Association (ABRA) certified technician in several categories, and he is an International Kitchen Exhaust Cleaning (IKECA)-Professional Exhaust Cleaning Technician, He can be reached at Jon@imc.cc. or by phone at 267-886-7903. Interior Maintenance Company, Inc., (IMC), is a building maintenance contractor with extensive experience in providing Federal, Industrial, and Commercial Combustible Dust cleaning, HVAC Air Duct Cleaning, Kitchen Hood Exhaust cleaning, Lab Fume Hood Cleaning, Dust Collector Cleaning, High Surface and Ceiling Cleaning, High Temperature Pressure Washing, Graffiti and Gum Removal, and Mold Remediation, services to manufacturing facilities, schools, hospitals, government institutions, and large commercial and industrial facilities throughout the United States.. Jon Barrett Business Development Specialist Interior Maintenance Company, Inc.- Providing Green Cleaning Services For Your Facility! Cell# 267-886-7903 or # 800-220-6547 Fax# 610-626-8860 Visit us at www.imc.cc IMC are specialists in Federal, Industrial, and Commercial Air Duct Cleaning, High Surface cleaning, Dust Collector Cleaning, Combustible Dust Cleaning, Laboratory Hood and Vent Cleaning, Kitchen Hood Exhaust cleaning, Grease Trap cleaning, Dryer Vent Cleaning, Trash Chute cleaning, Dumpster/Container cleaning, Conveyor Belt Cleaning, Environmental Decontamination, Microbial Remediation, Building Maintenance and Indoor Air Quality Monitoring, Janitorial Cleaning, Dry Vapor Steam Cleaning and Sanitizing, Gum Removal, Graffiti Removal, and Specialty Anti-Microbial painting]]>
Combustible Dust, (or Explosive Dust), cleaning, is a required preventative good housekeeping and maintenance program, in manufacturing and production facilities. This minimizes safety hazards, potential flash fires, and catastrophic dust explosions, in addition to maintaining Indoor Air Quality. Combustible dust is fine particulate dust, which is generated from products such as wood, metals, grains, agricultural, chemicals, plastics, paper, and carbonaceous products. The manufacturing and production facilities equipment and machinery, pulverize, mill, grind, crush, macerate, and cut the bulk product. In return, dust is generated, and accumulates on all equipment and facility structure surfaces. The fine powder dust, which is suspended on the higher, inaccessible and unnoticeable surfaces, is the most problematic. Yet the most hazardous, especially when a primary upset or explosion generates a sonic pressure wave that suspends these particles into the path of a flame front (reaction front), which causes a devastating secondary dust explosion. In addition to the fire and explosion hazards of dust, the industrial hygiene aspect of fine particles can impact and affect, the facility workers health, leading to illnesses, and injuries. "The Bureau of Labor Statistics reports that 6.1 percent of private-sector employees suffered 5.7 million workplace injuries and illnesses in 2000. Forty-six percent of those injury cases required days away from work for recuperation or restricted work activity. J. Paul Leigh of the Stanford Medical Center notes that businesses spend $170.9 billion a year on costs associated with occupational injuries and illnesses—expenditures that come straight out of company profits. Injuries and illnesses increase workers’ compensation and retraining costs, absenteeism, and production faults. They also decrease productivity, morale, and ultimately, profits. Fortunately, statistics from injury and illness reports filed with OSHA show that workplaces that establish safety and health management systems reduce their injury and illness costs by 20 to 40 percent. "In today’s competitive business environment," says OSHA Administrator John L. Henshaw, "the black-and-blue of workplace injuries can be the difference between operating in the black and running in the red." Reference 1 (http://www.osha.gov/Publications/JSHQ/fall2002html/safety_health.htm) High ceiling and surface cleaning, Air Conveyance Cleaning, Dust collector cleaning, Conveyor Belt cleaning, Silo tank cleaning, Lab Fume Hood cleaning, and dust control vacuuming, are some of the services, that may be required to clean the combustible dust. These services help prevent airborne dust and particulates, from accumulating, in the manufacturing and production facilities. These services may also help promote equipment longevity, may decrease utility costs for operating equipment, may increase the brightness of lighting, may stabilize insurance rates, and may allow a greater Return On Investment on manufacturing equipment. Combustible Dust cleaning should be performed by a certified and trained cleaning company. The certified training should be similar to the N.A.D.C.A., I.A.Q.A., O.S.H.A., and I.I.C.R.C. cleaning standards. Additionally, the certified cleaning contractor, should have the proper Industrial and Commercial cleaning equipment. Most importantly is an industrial, explosion-proof, dust collecting H.E.P.A. vacuum, as the main piece of equipment. Broom sweeping and compressed air, is not a viable means of cleaning combustible dust, by the NFPA 654 Combustible Dust Standard. The act of broom sweeping, and compressed air, actually stirs up dust and particulate into the air, which may create more issues with sensitive equipment that provide ignition sources, and possible dust explosions. High reach equipment, such as High reach platforms, Scissor Lifts, Articulate Booms, Scaffolding, Fiberglas extension ladders, and Fiberglas A-frame ladders for the interior work, are necessary. Standing and portable floodlights may be required for night work, and hard to see areas. Performing combustible dust cleaning requires several important precautionary measures. The first and most important procedure is safety. Preventing Static Electricity, sparking, and any electrical charge, is the first preventative step. Proper grounding of in-house electrical systems, equipment, forklifts, high reach equipment, vacuums, extension cords, and lighting, is mandatory, by the NFPA 654 Standard. Next, information on the fire and explosion hazards concerning the ignition sensitivity and explosion severity of the product must be acquired from the MSDS sheets. If this information is not in the MSDS then testing and sampling of the powder and bulk dust particulate is required. The simple act of dragging a piece of metal, across a concrete floor, can create a spark, which can lead to a dust explosion. Proper lock-out/tag-out documentation, slip and fall prevention, high reach and harness protection, confined space awareness, are some of the safety concerns, with O.S.H.A. regulations. Donning proper PPE, including safety lanyards and harnesses, hard hats, safety glasses, ear protection, disposable gloves, special coveralls, and steel toe boots, are essential protection basics. Placing Orange Safety cones, and Yellow Caution tape, in the working areas, are required to inform hazardous conditions. Preparation is one of the most critical procedures of combustible dust cleaning. Proper preparation, will contain dust and particulate, and will alleviate a possibly unhappy customer. Preparation materials will include covering your customer’s equipment, contents, walls, and floors. The covering will also serve as a containment barrier, for any possible recontamination. Trashcan containers, or 55-gallon drums, with liners, can be used to collect the debris. Combustible dust cleaning, involves several main aspects of cleaning. First, always work from ceiling, to walls, to floor. The floor is considered the easiest and last part of the cleaning procedure. All corrugated, metal ceilings, trusses, rafters, beams, Air Conveyance Systems, Dust Collectors, Ductwork, Lab Fume Hoods, piping, conduit, fire suppression system, lighting, walls, stationary equipment, conveyor belts, etc., should be cleaned in conjunction. The actual cleaning and removing of dust, and particulate build-up, will consist of several cleaning techniques and methods. Cleaning and removal of the grease and particulate build up, should be performed by H.E.P.A. vacuuming, and/or mechanical Wet Wiping, for any surface, to remove any dust and particulate. This portion of cleaning should be performed under containment, to prevent any cross-contamination of other areas and equipment. Mechanical cleaning procedures are based on parameters set by the National Fire Protection Association, (N.F.P.A.), the Fire Protection Research Foundation, the National Air Duct Cleaning Association, (N.A.D.C.A.), the Institute of Inspection, Cleaning and Restoration Certification, (I.I.C.R.C.) standards, the American Biorecovery Association, (A.B.R.A.) standards, the Indoor Air Quality Association, (I.A.Q.A.) standards, OSHA standards, and the I.I.C.R.C. S520 Standard and Reference Guide for Professional Mold Remediation Not all cleaning vendors are alike in safe cleaning procedures, techniques, quality, and pricing. Be aware of vendors who only clean using dirty rags, brooms, push brooms, compressed air, dustpans, and contaminated cleaning equipment. Facility owners should ask the vendor they hire, to provide a Liability Insurance, and Workmen’s Compensation certificate, before and after cleaning pictures, of the complete cleaning, to build a good business relationship. These pictures will document in detail, the quality cleaning the vendor is performing. A certificate of completion, for the combustible dust cleaning, is also required for insurance policies. A clean and safe facility is important for worker morale. Just remember the old saying, “You get what you pay for.” These ideas are helpful basics, in combustible dust cleaning. Jon Barrett is the business development specialist with Interior Maintenance Company, Inc, located in Lansdowne, PA. He is N.F.P.A. and Fire Protection Research Foundation trained for Explosive Dust Cleaning, Chilworth Technology trained for Dust Explosion Inspection, an Institute of Inspection, Cleaning and Restoration Certification (IICRC) technician, and American BioRecovery Association (ABRA) certified technician in several categories, and he is an International Kitchen Exhaust Cleaning (IKECA)-Professional Exhaust Cleaning Technician, He can be reached at Jon@imc.cc. or by phone at 267-886-7903. Interior Maintenance Company, Inc., (IMC), is a building maintenance contractor with extensive experience in providing Federal, Industrial, and Commercial Combustible Dust cleaning, HVAC Air Duct Cleaning, Kitchen Hood Exhaust cleaning, Lab Fume Hood Cleaning, Dust Collector Cleaning, High Surface and Ceiling Cleaning, High Temperature Pressure Washing, Graffiti and Gum Removal, and Mold Remediation, services to manufacturing facilities, schools, hospitals, government institutions, and large commercial and industrial facilities throughout the United States.. Jon Barrett Business Development Specialist Interior Maintenance Company, Inc.- Providing Green Cleaning Services For Your Facility! Cell# 267-886-7903 or # 800-220-6547 Fax# 610-626-8860 Visit us at www.imc.cc IMC are specialists in Federal, Industrial, and Commercial Air Duct Cleaning, High Surface cleaning, Dust Collector Cleaning, Combustible Dust Cleaning, Laboratory Hood and Vent Cleaning, Kitchen Hood Exhaust cleaning, Grease Trap cleaning, Dryer Vent Cleaning, Trash Chute cleaning, Dumpster/Container cleaning, Conveyor Belt Cleaning, Environmental Decontamination, Microbial Remediation, Building Maintenance and Indoor Air Quality Monitoring, Janitorial Cleaning, Dry Vapor Steam Cleaning and Sanitizing, Gum Removal, Graffiti Removal, and Specialty Anti-Microbial painting]]> Wed, 30 Sep 2009 02:45:30 GMT http://www.slideshare.net/Jonatimc/cleaning-combustible-dust Jonatimc@slideshare.net(Jonatimc) Cleaning Combustible Dust Jonatimc Combustible Dust, (or Explosive Dust), cleaning, is a required preventative good housekeeping and maintenance program, in manufacturing and production facilities. This minimizes safety hazards, potential flash fires, and catastrophic dust explosions, in addition to maintaining Indoor Air Quality. Combustible dust is fine particulate dust, which is generated from products such as wood, metals, grains, agricultural, chemicals, plastics, paper, and carbonaceous products. The manufacturing and production facilities equipment and machinery, pulverize, mill, grind, crush, macerate, and cut the bulk product. In return, dust is generated, and accumulates on all equipment and facility structure surfaces. The fine powder dust, which is suspended on the higher, inaccessible and unnoticeable surfaces, is the most problematic. Yet the most hazardous, especially when a primary upset or explosion generates a sonic pressure wave that suspends these particles into the path of a flame front (reaction front), which causes a devastating secondary dust explosion. In addition to the fire and explosion hazards of dust, the industrial hygiene aspect of fine particles can impact and affect, the facility workers health, leading to illnesses, and injuries. &quot;The Bureau of Labor Statistics reports that 6.1 percent of private-sector employees suffered 5.7 million workplace injuries and illnesses in 2000. Forty-six percent of those injury cases required days away from work for recuperation or restricted work activity. J. Paul Leigh of the Stanford Medical Center notes that businesses spend $170.9 billion a year on costs associated with occupational injuries and illnesses—expenditures that come straight out of company profits. Injuries and illnesses increase workers’ compensation and retraining costs, absenteeism, and production faults. They also decrease productivity, morale, and ultimately, profits. Fortunately, statistics from injury and illness reports filed with OSHA show that workplaces that establish safety and health management systems reduce their injury and illness costs by 20 to 40 percent. &quot;In today’s competitive business environment,&quot; says OSHA Administrator John L. Henshaw, &quot;the black-and-blue of workplace injuries can be the difference between operating in the black and running in the red.&quot; Reference 1 (http://www.osha.gov/Publications/JSHQ/fall2002html/safety_health.htm) High ceiling and surface cleaning, Air Conveyance Cleaning, Dust collector cleaning, Conveyor Belt cleaning, Silo tank cleaning, Lab Fume Hood cleaning, and dust control vacuuming, are some of the services, that may be required to clean the combustible dust. These services help prevent airborne dust and particulates, from accumulating, in the manufacturing and production facilities. These services may also help promote equipment longevity, may decrease utility costs for operating equipment, may increase the brightness of lighting, may stabilize insurance rates, and may allow a greater Return On Investment on manufacturing equipment. Combustible Dust cleaning should be performed by a certified and trained cleaning company. The certified training should be similar to the N.A.D.C.A., I.A.Q.A., O.S.H.A., and I.I.C.R.C. cleaning standards. Additionally, the certified cleaning contractor, should have the proper Industrial and Commercial cleaning equipment. Most importantly is an industrial, explosion-proof, dust collecting H.E.P.A. vacuum, as the main piece of equipment. Broom sweeping and compressed air, is not a viable means of cleaning combustible dust, by the NFPA 654 Combustible Dust Standard. The act of broom sweeping, and compressed air, actually stirs up dust and particulate into the air, which may create more issues with sensitive equipment that provide ignition sources, and possible dust explosions. High reach equipment, such as High reach platforms, Scissor Lifts, Articulate Booms, Scaffolding, Fiberglas extension ladders, and Fiberglas A-frame ladders for the interior work, are necessary. Standing and portable floodlights may be required for night work, and hard to see areas. Performing combustible dust cleaning requires several important precautionary measures. The first and most important procedure is safety. Preventing Static Electricity, sparking, and any electrical charge, is the first preventative step. Proper grounding of in-house electrical systems, equipment, forklifts, high reach equipment, vacuums, extension cords, and lighting, is mandatory, by the NFPA 654 Standard. Next, information on the fire and explosion hazards concerning the ignition sensitivity and explosion severity of the product must be acquired from the MSDS sheets. If this information is not in the MSDS then testing and sampling of the powder and bulk dust particulate is required. The simple act of dragging a piece of metal, across a concrete floor, can create a spark, which can lead to a dust explosion. Proper lock-out/tag-out documentation, slip and fall prevention, high reach and harness protection, confined space awareness, are some of the safety concerns, with O.S.H.A. regulations. Donning proper PPE, including safety lanyards and harnesses, hard hats, safety glasses, ear protection, disposable gloves, special coveralls, and steel toe boots, are essential protection basics. Placing Orange Safety cones, and Yellow Caution tape, in the working areas, are required to inform hazardous conditions. Preparation is one of the most critical procedures of combustible dust cleaning. Proper preparation, will contain dust and particulate, and will alleviate a possibly unhappy customer. Preparation materials will include covering your customer’s equipment, contents, walls, and floors. The covering will also serve as a containment barrier, for any possible recontamination. Trashcan containers, or 55-gallon drums, with liners, can be used to collect the debris. Combustible dust cleaning, involves several main aspects of cleaning. First, always work from ceiling, to walls, to floor. The floor is considered the easiest and last part of the cleaning procedure. All corrugated, metal ceilings, trusses, rafters, beams, Air Conveyance Systems, Dust Collectors, Ductwork, Lab Fume Hoods, piping, conduit, fire suppression system, lighting, walls, stationary equipment, conveyor belts, etc., should be cleaned in conjunction. The actual cleaning and removing of dust, and particulate build-up, will consist of several cleaning techniques and methods. Cleaning and removal of the grease and particulate build up, should be performed by H.E.P.A. vacuuming, and/or mechanical Wet Wiping, for any surface, to remove any dust and particulate. This portion of cleaning should be performed under containment, to prevent any cross-contamination of other areas and equipment. Mechanical cleaning procedures are based on parameters set by the National Fire Protection Association, (N.F.P.A.), the Fire Protection Research Foundation, the National Air Duct Cleaning Association, (N.A.D.C.A.), the Institute of Inspection, Cleaning and Restoration Certification, (I.I.C.R.C.) standards, the American Biorecovery Association, (A.B.R.A.) standards, the Indoor Air Quality Association, (I.A.Q.A.) standards, OSHA standards, and the I.I.C.R.C. S520 Standard and Reference Guide for Professional Mold Remediation Not all cleaning vendors are alike in safe cleaning procedures, techniques, quality, and pricing. Be aware of vendors who only clean using dirty rags, brooms, push brooms, compressed air, dustpans, and contaminated cleaning equipment. Facility owners should ask the vendor they hire, to provide a Liability Insurance, and Workmen’s Compensation certificate, before and after cleaning pictures, of the complete cleaning, to build a good business relationship. These pictures will document in detail, the quality cleaning the vendor is performing. A certificate of completion, for the combustible dust cleaning, is also required for insurance policies. A clean and safe facility is important for worker morale. Just remember the old saying, “You get what you pay for.” These ideas are helpful basics, in combustible dust cleaning. Jon Barrett is the business development specialist with Interior Maintenance Company, Inc, located in Lansdowne, PA. He is N.F.P.A. and Fire Protection Research Foundation trained for Explosive Dust Cleaning, Chilworth Technology trained for Dust Explosion Inspection, an Institute of Inspection, Cleaning and Restoration Certification (IICRC) technician, and American BioRecovery Association (ABRA) certified technician in several categories, and he is an International Kitchen Exhaust Cleaning (IKECA)-Professional Exhaust Cleaning Technician, He can be reached at Jon@imc.cc. or by phone at 267-886-7903. Interior Maintenance Company, Inc., (IMC), is a building maintenance contractor with extensive experience in providing Federal, Industrial, and Commercial Combustible Dust cleaning, HVAC Air Duct Cleaning, Kitchen Hood Exhaust cleaning, Lab Fume Hood Cleaning, Dust Collector Cleaning, High Surface and Ceiling Cleaning, High Temperature Pressure Washing, Graffiti and Gum Removal, and Mold Remediation, services to manufacturing facilities, schools, hospitals, government institutions, and large commercial and industrial facilities throughout the United States.. Jon Barrett Business Development Specialist Interior Maintenance Company, Inc.- Providing Green Cleaning Services For Your Facility! Cell# 267-886-7903 or # 800-220-6547 Fax# 610-626-8860 Visit us at www.imc.cc IMC are specialists in Federal, Industrial, and Commercial Air Duct Cleaning, High Surface cleaning, Dust Collector Cleaning, Combustible Dust Cleaning, Laboratory Hood and Vent Cleaning, Kitchen Hood Exhaust cleaning, Grease Trap cleaning, Dryer Vent Cleaning, Trash Chute cleaning, Dumpster/Container cleaning, Conveyor Belt Cleaning, Environmental Decontamination, Microbial Remediation, Building Maintenance and Indoor Air Quality Monitoring, Janitorial Cleaning, Dry Vapor Steam Cleaning and Sanitizing, Gum Removal, Graffiti Removal, and Specialty Anti-Microbial painting <img src="http://cdn.slidesharecdn.com/imccomdustpresentationrevised031309-090929214537-phpapp01-thumbnail-2?1254278783" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Combustible Dust, (or Explosive Dust), cleaning, is a required preventative good housekeeping and maintenance program, in manufacturing and production facilities. This minimizes safety hazards, potential flash fires, and catastrophic dust explosions, in addition to maintaining Indoor Air Quality. Combustible dust is fine particulate dust, which is generated from products such as wood, metals, grains, agricultural, chemicals, plastics, paper, and carbonaceous products. The manufacturing and production facilities equipment and machinery, pulverize, mill, grind, crush, macerate, and cut the bulk product. In return, dust is generated, and accumulates on all equipment and facility structure surfaces. The fine powder dust, which is suspended on the higher, inaccessible and unnoticeable surfaces, is the most problematic. Yet the most hazardous, especially when a primary upset or explosion generates a sonic pressure wave that suspends these particles into the path of a flame front (reaction front), which causes a devastating secondary dust explosion. In addition to the fire and explosion hazards of dust, the industrial hygiene aspect of fine particles can impact and affect, the facility workers health, leading to illnesses, and injuries. &quot;The Bureau of Labor Statistics reports that 6.1 percent of private-sector employees suffered 5.7 million workplace injuries and illnesses in 2000. Forty-six percent of those injury cases required days away from work for recuperation or restricted work activity. J. Paul Leigh of the Stanford Medical Center notes that businesses spend $170.9 billion a year on costs associated with occupational injuries and illnesses—expenditures that come straight out of company profits. Injuries and illnesses increase workers’ compensation and retraining costs, absenteeism, and production faults. They also decrease productivity, morale, and ultimately, profits. Fortunately, statistics from injury and illness reports filed with OSHA show that workplaces that establish safety and health management systems reduce their injury and illness costs by 20 to 40 percent. &quot;In today’s competitive business environment,&quot; says OSHA Administrator John L. Henshaw, &quot;the black-and-blue of workplace injuries can be the difference between operating in the black and running in the red.&quot; Reference 1 (http://www.osha.gov/Publications/JSHQ/fall2002html/safety_health.htm) High ceiling and surface cleaning, Air Conveyance Cleaning, Dust collector cleaning, Conveyor Belt cleaning, Silo tank cleaning, Lab Fume Hood cleaning, and dust control vacuuming, are some of the services, that may be required to clean the combustible dust. These services help prevent airborne dust and particulates, from accumulating, in the manufacturing and production facilities. These services may also help promote equipment longevity, may decrease utility costs for operating equipment, may increase the brightness of lighting, may stabilize insurance rates, and may allow a greater Return On Investment on manufacturing equipment. Combustible Dust cleaning should be performed by a certified and trained cleaning company. The certified training should be similar to the N.A.D.C.A., I.A.Q.A., O.S.H.A., and I.I.C.R.C. cleaning standards. Additionally, the certified cleaning contractor, should have the proper Industrial and Commercial cleaning equipment. Most importantly is an industrial, explosion-proof, dust collecting H.E.P.A. vacuum, as the main piece of equipment. Broom sweeping and compressed air, is not a viable means of cleaning combustible dust, by the NFPA 654 Combustible Dust Standard. The act of broom sweeping, and compressed air, actually stirs up dust and particulate into the air, which may create more issues with sensitive equipment that provide ignition sources, and possible dust explosions. High reach equipment, such as High reach platforms, Scissor Lifts, Articulate Booms, Scaffolding, Fiberglas extension ladders, and Fiberglas A-frame ladders for the interior work, are necessary. Standing and portable floodlights may be required for night work, and hard to see areas. Performing combustible dust cleaning requires several important precautionary measures. The first and most important procedure is safety. Preventing Static Electricity, sparking, and any electrical charge, is the first preventative step. Proper grounding of in-house electrical systems, equipment, forklifts, high reach equipment, vacuums, extension cords, and lighting, is mandatory, by the NFPA 654 Standard. Next, information on the fire and explosion hazards concerning the ignition sensitivity and explosion severity of the product must be acquired from the MSDS sheets. If this information is not in the MSDS then testing and sampling of the powder and bulk dust particulate is required. The simple act of dragging a piece of metal, across a concrete floor, can create a spark, which can lead to a dust explosion. Proper lock-out/tag-out documentation, slip and fall prevention, high reach and harness protection, confined space awareness, are some of the safety concerns, with O.S.H.A. regulations. Donning proper PPE, including safety lanyards and harnesses, hard hats, safety glasses, ear protection, disposable gloves, special coveralls, and steel toe boots, are essential protection basics. Placing Orange Safety cones, and Yellow Caution tape, in the working areas, are required to inform hazardous conditions. Preparation is one of the most critical procedures of combustible dust cleaning. Proper preparation, will contain dust and particulate, and will alleviate a possibly unhappy customer. Preparation materials will include covering your customer’s equipment, contents, walls, and floors. The covering will also serve as a containment barrier, for any possible recontamination. Trashcan containers, or 55-gallon drums, with liners, can be used to collect the debris. Combustible dust cleaning, involves several main aspects of cleaning. First, always work from ceiling, to walls, to floor. The floor is considered the easiest and last part of the cleaning procedure. All corrugated, metal ceilings, trusses, rafters, beams, Air Conveyance Systems, Dust Collectors, Ductwork, Lab Fume Hoods, piping, conduit, fire suppression system, lighting, walls, stationary equipment, conveyor belts, etc., should be cleaned in conjunction. The actual cleaning and removing of dust, and particulate build-up, will consist of several cleaning techniques and methods. Cleaning and removal of the grease and particulate build up, should be performed by H.E.P.A. vacuuming, and/or mechanical Wet Wiping, for any surface, to remove any dust and particulate. This portion of cleaning should be performed under containment, to prevent any cross-contamination of other areas and equipment. Mechanical cleaning procedures are based on parameters set by the National Fire Protection Association, (N.F.P.A.), the Fire Protection Research Foundation, the National Air Duct Cleaning Association, (N.A.D.C.A.), the Institute of Inspection, Cleaning and Restoration Certification, (I.I.C.R.C.) standards, the American Biorecovery Association, (A.B.R.A.) standards, the Indoor Air Quality Association, (I.A.Q.A.) standards, OSHA standards, and the I.I.C.R.C. S520 Standard and Reference Guide for Professional Mold Remediation Not all cleaning vendors are alike in safe cleaning procedures, techniques, quality, and pricing. Be aware of vendors who only clean using dirty rags, brooms, push brooms, compressed air, dustpans, and contaminated cleaning equipment. Facility owners should ask the vendor they hire, to provide a Liability Insurance, and Workmen’s Compensation certificate, before and after cleaning pictures, of the complete cleaning, to build a good business relationship. These pictures will document in detail, the quality cleaning the vendor is performing. A certificate of completion, for the combustible dust cleaning, is also required for insurance policies. A clean and safe facility is important for worker morale. Just remember the old saying, “You get what you pay for.” These ideas are helpful basics, in combustible dust cleaning. Jon Barrett is the business development specialist with Interior Maintenance Company, Inc, located in Lansdowne, PA. He is N.F.P.A. and Fire Protection Research Foundation trained for Explosive Dust Cleaning, Chilworth Technology trained for Dust Explosion Inspection, an Institute of Inspection, Cleaning and Restoration Certification (IICRC) technician, and American BioRecovery Association (ABRA) certified technician in several categories, and he is an International Kitchen Exhaust Cleaning (IKECA)-Professional Exhaust Cleaning Technician, He can be reached at Jon@imc.cc. or by phone at 267-886-7903. Interior Maintenance Company, Inc., (IMC), is a building maintenance contractor with extensive experience in providing Federal, Industrial, and Commercial Combustible Dust cleaning, HVAC Air Duct Cleaning, Kitchen Hood Exhaust cleaning, Lab Fume Hood Cleaning, Dust Collector Cleaning, High Surface and Ceiling Cleaning, High Temperature Pressure Washing, Graffiti and Gum Removal, and Mold Remediation, services to manufacturing facilities, schools, hospitals, government institutions, and large commercial and industrial facilities throughout the United States.. Jon Barrett Business Development Specialist Interior Maintenance Company, Inc.- Providing Green Cleaning Services For Your Facility! Cell# 267-886-7903 or # 800-220-6547 Fax# 610-626-8860 Visit us at www.imc.cc IMC are specialists in Federal, Industrial, and Commercial Air Duct Cleaning, High Surface cleaning, Dust Collector Cleaning, Combustible Dust Cleaning, Laboratory Hood and Vent Cleaning, Kitchen Hood Exhaust cleaning, Grease Trap cleaning, Dryer Vent Cleaning, Trash Chute cleaning, Dumpster/Container cleaning, Conveyor Belt Cleaning, Environmental Decontamination, Microbial Remediation, Building Maintenance and Indoor Air Quality Monitoring, Janitorial Cleaning, Dry Vapor Steam Cleaning and Sanitizing, Gum Removal, Graffiti Removal, and Specialty Anti-Microbial painting Cleaning Combustible Dust
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]]> 295 0 http://cdn.slidesharecdn.com/imccomdustpresentationrevised031309-090929214537-phpapp01-thumbnail-2?1254278783 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Ecopro Gei http://www.slideshare.net/guest727b252/ecopro-gei
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]]> Tue, 01 Sep 2009 19:35:38 GMT http://www.slideshare.net/guest727b252/ecopro-gei guest727b252@slideshare.net(guest727b252) Ecopro Gei guest727b252 <img src="http://cdn.slidesharecdn.com/ecoprogei-090901143549-phpapp01-thumbnail-2?1251833761" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Ecopro Gei
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]]> 52 0 http://cdn.slidesharecdn.com/ecoprogei-090901143549-phpapp01-thumbnail-2?1251833761 document http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Strianese Motors S http://www.slideshare.net/guest727b252/strianese-motors-s
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]]> Tue, 01 Sep 2009 19:26:27 GMT http://www.slideshare.net/guest727b252/strianese-motors-s guest727b252@slideshare.net(guest727b252) Strianese Motors S guest727b252 <img src="http://cdn.slidesharecdn.com/strianesemotorss-090901142635-phpapp01-thumbnail-2?1251833200" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Strianese Motors S
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]]> 377 0 http://cdn.slidesharecdn.com/strianesemotorss-090901142635-phpapp01-thumbnail-2?1251833200 document http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Estudio De Empresa Tanzi http://www.slideshare.net/guest727b252/estudio-de-empresa-tanzi
]]>
]]> Tue, 01 Sep 2009 19:19:16 GMT http://www.slideshare.net/guest727b252/estudio-de-empresa-tanzi guest727b252@slideshare.net(guest727b252) Estudio De Empresa Tanzi guest727b252 <img src="http://cdn.slidesharecdn.com/estudiodeempresatanzi-090901141923-phpapp01-thumbnail-2?1251832778" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Estudio De Empresa Tanzi
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]]> 46 0 http://cdn.slidesharecdn.com/estudiodeempresatanzi-090901141923-phpapp01-thumbnail-2?1251832778 document http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 01 Introducción A La Química http://www.slideshare.net/GenMatOrt/01-introduccin-a-la-qumica
Autor: Maestro en Ciencias Bioquímicas Genaro Matus Ortega Curso de ingreso a la UNAM. Grupo GUTE. La química en nuestro mundo, ¿qué es la química?, ¿qué es la materia?, ¿qué es la energía?, Propiedades físicas de la materia, Propiedades químicas de la materia, Reacciones de combustión, Combustible, Comburente, Poder calorífico, Cambios físicos, Cambios Químicos, Energía potencial, Energía cinética, Padres de la química, Lavosier, Boyle, Francis Bacon, Berzelius, Ramas de la química, Interacciones de la química, Especializaciones de la química.]]>
Autor: Maestro en Ciencias Bioquímicas Genaro Matus Ortega Curso de ingreso a la UNAM. Grupo GUTE. La química en nuestro mundo, ¿qué es la química?, ¿qué es la materia?, ¿qué es la energía?, Propiedades físicas de la materia, Propiedades químicas de la materia, Reacciones de combustión, Combustible, Comburente, Poder calorífico, Cambios físicos, Cambios Químicos, Energía potencial, Energía cinética, Padres de la química, Lavosier, Boyle, Francis Bacon, Berzelius, Ramas de la química, Interacciones de la química, Especializaciones de la química.]]> Fri, 19 Jun 2009 03:46:02 GMT http://www.slideshare.net/GenMatOrt/01-introduccin-a-la-qumica GenMatOrt@slideshare.net(GenMatOrt) 01 Introducción A La Química GenMatOrt Autor: Maestro en Ciencias Bioquímicas Genaro Matus Ortega Curso de ingreso a la UNAM. Grupo GUTE. La química en nuestro mundo, ¿qué es la química?, ¿qué es la materia?, ¿qué es la energía?, Propiedades físicas de la materia, Propiedades químicas de la materia, Reacciones de combustión, Combustible, Comburente, Poder calorífico, Cambios físicos, Cambios Químicos, Energía potencial, Energía cinética, Padres de la química, Lavosier, Boyle, Francis Bacon, Berzelius, Ramas de la química, Interacciones de la química, Especializaciones de la química. <img src="http://cdn.slidesharecdn.com/01introduccinalaqumica-090618224607-phpapp02-thumbnail-2?1245439208" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Autor: Maestro en Ciencias Bioquímicas Genaro Matus Ortega Curso de ingreso a la UNAM. Grupo GUTE. La química en nuestro mundo, ¿qué es la química?, ¿qué es la materia?, ¿qué es la energía?, Propiedades físicas de la materia, Propiedades químicas de la materia, Reacciones de combustión, Combustible, Comburente, Poder calorífico, Cambios físicos, Cambios Químicos, Energía potencial, Energía cinética, Padres de la química, Lavosier, Boyle, Francis Bacon, Berzelius, Ramas de la química, Interacciones de la química, Especializaciones de la química. 01 Introducción A La Química
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]]> 2389 0 http://cdn.slidesharecdn.com/01introduccinalaqumica-090618224607-phpapp02-thumbnail-2?1245439208 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Duffy Boats Fuel Cells http://www.slideshare.net/carcam/duffy-boats-fuel-cells-1336322
Una descripción de la aplicación de las células de combustible a las embarcaciones de recreo.]]>
Una descripción de la aplicación de las células de combustible a las embarcaciones de recreo.]]> Fri, 24 Apr 2009 09:29:47 GMT http://www.slideshare.net/carcam/duffy-boats-fuel-cells-1336322 carcam@slideshare.net(carcam) Duffy Boats Fuel Cells carcam Una descripción de la aplicación de las células de combustible a las embarcaciones de recreo. <img src="http://cdn.slidesharecdn.com/duffyboatsfuelcells-090424042950-phpapp02-thumbnail-2?1240565460" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Una descripción de la aplicación de las células de combustible a las embarcaciones de recreo. Duffy Boats Fuel Cells
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]]> 300 0 http://cdn.slidesharecdn.com/duffyboatsfuelcells-090424042950-phpapp02-thumbnail-2?1240565460 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Alternatives magazine - Numéro 18 - Voyage au cœur du combustible nucléaire http://www.slideshare.net/AREVA/alternative-magazines-numro-18-voyage-au-cur-du-combustible-nuclaire
Alternative magazines - Numéro 18 - Voyage au cœur du combustible nucléaire]]>
Alternative magazines - Numéro 18 - Voyage au cœur du combustible nucléaire]]> Tue, 17 Mar 2009 20:27:29 GMT http://www.slideshare.net/AREVA/alternative-magazines-numro-18-voyage-au-cur-du-combustible-nuclaire AREVA@slideshare.net(AREVA) Alternatives magazine - Numéro 18 - Voyage au cœur du combustible nucléaire AREVA Alternative magazines - Numéro 18 - Voyage au cœur du combustible nucléaire <img src="http://cdn.slidesharecdn.com/7951arevmag18fr0-090317152734-phpapp02-thumbnail-2?1237321734" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Alternative magazines - Numéro 18 - Voyage au cœur du combustible nucléaire Alternatives magazine - Numéro 18 - Voyage au cœur du combustible nucléaire
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]]> 526 0 http://cdn.slidesharecdn.com/7951arevmag18fr0-090317152734-phpapp02-thumbnail-2?1237321734 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Precios Referencia 26-01-09 http://www.slideshare.net/ComunicacionesMINEC/precios-referencia-260109
Precios Referencia combustible enero 2009 Ministerio de Economía MINEC]]>
Precios Referencia combustible enero 2009 Ministerio de Economía MINEC]]> Thu, 12 Mar 2009 20:46:39 GMT http://www.slideshare.net/ComunicacionesMINEC/precios-referencia-260109 ComunicacionesMINEC@slideshare.net(ComunicacionesMINEC) Precios Referencia 26-01-09 ComunicacionesMINEC Precios Referencia combustible enero 2009 Ministerio de Economía MINEC <img src="http://cdn.slidesharecdn.com/lunes26deenero2009-090312154641-phpapp01-thumbnail-2?1236890847" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Precios Referencia combustible enero 2009 Ministerio de Economía MINEC Precios Referencia 26-01-09
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]]> 129 0 http://cdn.slidesharecdn.com/lunes26deenero2009-090312154641-phpapp01-thumbnail-2?1236890847 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Precios de Referencia combustibles 2-03-09 http://www.slideshare.net/ComunicacionesMINEC/precios-de-referencia-combustibles
Precios referencia primera semana marzo 2009 MINEC El Salvador]]>
Precios referencia primera semana marzo 2009 MINEC El Salvador]]> Wed, 04 Mar 2009 22:08:19 GMT http://www.slideshare.net/ComunicacionesMINEC/precios-de-referencia-combustibles ComunicacionesMINEC@slideshare.net(ComunicacionesMINEC) Precios de Referencia combustibles 2-03-09 ComunicacionesMINEC Precios referencia primera semana marzo 2009 MINEC El Salvador <img src="http://cdn.slidesharecdn.com/lunes2demarzo2009prensa-090304160826-phpapp02-thumbnail-2?1236890444" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Precios referencia primera semana marzo 2009 MINEC El Salvador Precios de Referencia combustibles 2-03-09
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]]> 232 0 http://cdn.slidesharecdn.com/lunes2demarzo2009prensa-090304160826-phpapp02-thumbnail-2?1236890444 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Innovative Dust Explosion Prevention Technology http://www.slideshare.net/watermon/innovative-dust-explosion-prevention-technology
Olds Elevator offers an unique bulk solid movement product with the innovative Vertical Bulk Material Conveyor, which reduces the probability of dust explosions in the manufacturing process.]]>
Olds Elevator offers an unique bulk solid movement product with the innovative Vertical Bulk Material Conveyor, which reduces the probability of dust explosions in the manufacturing process.]]> Mon, 09 Feb 2009 22:57:14 GMT http://www.slideshare.net/watermon/innovative-dust-explosion-prevention-technology watermon@slideshare.net(watermon) Innovative Dust Explosion Prevention Technology watermon Olds Elevator offers an unique bulk solid movement product with the innovative Vertical Bulk Material Conveyor, which reduces the probability of dust explosions in the manufacturing process. <img src="http://cdn.slidesharecdn.com/oldselevator-1234220234191143-2-thumbnail-2?1234221911" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Olds Elevator offers an unique bulk solid movement product with the innovative Vertical Bulk Material Conveyor, which reduces the probability of dust explosions in the manufacturing process. Innovative Dust Explosion Prevention Technology
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]]> 1200 0 http://cdn.slidesharecdn.com/oldselevator-1234220234191143-2-thumbnail-2?1234221911 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted NTDA Energía Eficiencia energética Hidrógeno y Pilas de Combustible http://www.slideshare.net/jboix/ntda-energa-eficiencia-energtica-hidrgeno-y-pilas-de-combustible-presentation
NTDA es una empresa comprometida a contribuir en el diseño e implementación de una estrategia energética ecológica y sostenible para sus clientes a través de un portfolio de tecnologías de generación acumulación de energía limpia en especial Hidrógeno y Pilas de Combustible.]]>
NTDA es una empresa comprometida a contribuir en el diseño e implementación de una estrategia energética ecológica y sostenible para sus clientes a través de un portfolio de tecnologías de generación acumulación de energía limpia en especial Hidrógeno y Pilas de Combustible.]]> Fri, 30 Jan 2009 13:55:07 GMT http://www.slideshare.net/jboix/ntda-energa-eficiencia-energtica-hidrgeno-y-pilas-de-combustible-presentation jboix@slideshare.net(jboix) NTDA Energía Eficiencia energética Hidrógeno y Pilas de Combustible jboix NTDA es una empresa comprometida a contribuir en el diseño e implementación de una estrategia energética ecológica y sostenible para sus clientes a través de un portfolio de tecnologías de generación acumulación de energía limpia en especial Hidrógeno y Pilas de Combustible. <img src="http://cdn.slidesharecdn.com/energa-limpia-hidrgeno-y-pilas-de-combustible-1233323707851005-3-thumbnail-2?1233323783" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> NTDA es una empresa comprometida a contribuir en el diseño e implementación de una estrategia energética ecológica y sostenible para sus clientes a través de un portfolio de tecnologías de generación acumulación de energía limpia en especial Hidrógeno y Pilas de Combustible. NTDA Energía Eficiencia energética Hidrógeno y Pilas de Combustible
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]]> 2166 0 http://cdn.slidesharecdn.com/energa-limpia-hidrgeno-y-pilas-de-combustible-1233323707851005-3-thumbnail-2?1233323783 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Milk Powder Combustible Dust Hazards http://www.slideshare.net/watermon/milk-powder-combustible-dust-hazards-presentation
Global trading partners can learn from the example of the New Zealand dairy industry in proactively addressing combustible dust hazards that are present in the milk powder production process during spray drying applications.]]>
Global trading partners can learn from the example of the New Zealand dairy industry in proactively addressing combustible dust hazards that are present in the milk powder production process during spray drying applications.]]> Sun, 21 Dec 2008 16:20:36 GMT http://www.slideshare.net/watermon/milk-powder-combustible-dust-hazards-presentation watermon@slideshare.net(watermon) Milk Powder Combustible Dust Hazards watermon Global trading partners can learn from the example of the New Zealand dairy industry in proactively addressing combustible dust hazards that are present in the milk powder production process during spray drying applications. <img src="http://cdn.slidesharecdn.com/milk-powder-combustible-dust-hazards-1229883334656026-2-thumbnail-2?1229877423" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Global trading partners can learn from the example of the New Zealand dairy industry in proactively addressing combustible dust hazards that are present in the milk powder production process during spray drying applications. Milk Powder Combustible Dust Hazards
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]]> 1581 0 http://cdn.slidesharecdn.com/milk-powder-combustible-dust-hazards-1229883334656026-2-thumbnail-2?1229877423 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Good Housekeeping http://www.slideshare.net/watermon/good-housekeeping-presentation-829803
Good housekeeping at a facility is essential removing the fuel source, which reduces the possibility of combustible dust related fires and explosions.]]>
Good housekeeping at a facility is essential removing the fuel source, which reduces the possibility of combustible dust related fires and explosions.]]> Mon, 08 Dec 2008 17:07:47 GMT http://www.slideshare.net/watermon/good-housekeeping-presentation-829803 watermon@slideshare.net(watermon) Good Housekeeping watermon Good housekeeping at a facility is essential removing the fuel source, which reduces the possibility of combustible dust related fires and explosions. <img src="http://cdn.slidesharecdn.com/good-housekeeping-1228763103346571-8-thumbnail-2?1228757205" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Good housekeeping at a facility is essential removing the fuel source, which reduces the possibility of combustible dust related fires and explosions. Good Housekeeping
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]]> 1604 0 http://cdn.slidesharecdn.com/good-housekeeping-1228763103346571-8-thumbnail-2?1228757205 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Modelos De Combustible http://www.slideshare.net/Aylita/modelos-de-combustible-presentation-749393
En esta presentación se describen los modelos de combustible de la vegetación.]]>
En esta presentación se describen los modelos de combustible de la vegetación.]]> Thu, 13 Nov 2008 12:54:11 GMT http://www.slideshare.net/Aylita/modelos-de-combustible-presentation-749393 Aylita@slideshare.net(Aylita) Modelos De Combustible Aylita En esta presentación se describen los modelos de combustible de la vegetación. <img src="http://cdn.slidesharecdn.com/modelos-de-combustible-1226587897644772-8-thumbnail-2?1226581177" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> En esta presentación se describen los modelos de combustible de la vegetación. Modelos De Combustible
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]]> 1697 0 http://cdn.slidesharecdn.com/modelos-de-combustible-1226587897644772-8-thumbnail-2?1226581177 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted OSHA Dust NEP NAICS http://www.slideshare.net/watermon/nep-722308
Understanding OSHA Dust NEP and NAICS]]>
Understanding OSHA Dust NEP and NAICS]]> Wed, 05 Nov 2008 02:50:43 GMT http://www.slideshare.net/watermon/nep-722308 watermon@slideshare.net(watermon) OSHA Dust NEP NAICS watermon Understanding OSHA Dust NEP and NAICS <img src="http://cdn.slidesharecdn.com/nep-122586054242-phpapp01-thumbnail-2?1233509967" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Understanding OSHA Dust NEP and NAICS OSHA Dust NEP NAICS
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]]> 1263 0 http://cdn.slidesharecdn.com/nep-122586054242-phpapp01-thumbnail-2?1233509967 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Como ahorrar 15 % Combustible Diesel Camion Caterpillar 785B http://www.slideshare.net/manuelrojasnadal/como-ahorrar-combustible-camion-caterpillar-785b
Se describe como ahorrar el 15 % del consumo de combustible Diesel en los Camiones Fuera de Carretera 785B..y evitar además el Desgarre de los Neumáticos.]]>
Se describe como ahorrar el 15 % del consumo de combustible Diesel en los Camiones Fuera de Carretera 785B..y evitar además el Desgarre de los Neumáticos.]]> Sat, 16 Feb 2008 06:18:31 GMT http://www.slideshare.net/manuelrojasnadal/como-ahorrar-combustible-camion-caterpillar-785b manuelrojasnadal@slideshare.net(manuelrojasnadal) Como ahorrar 15 % Combustible Diesel Camion Caterpillar 785B manuelrojasnadal Se describe como ahorrar el 15 % del consumo de combustible Diesel en los Camiones Fuera de Carretera 785B..y evitar además el Desgarre de los Neumáticos. <img src="http://cdn.slidesharecdn.com/como-ahorrar-combustible-camion-caterpillar-785b-120314991040598-2-thumbnail-2?1203142711" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Se describe como ahorrar el 15 % del consumo de combustible Diesel en los Camiones Fuera de Carretera 785B..y evitar además el Desgarre de los Neumáticos. Como ahorrar 15 % Combustible Diesel Camion Caterpillar 785B
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]]> 5999 0 http://cdn.slidesharecdn.com/como-ahorrar-combustible-camion-caterpillar-785b-120314991040598-2-thumbnail-2?1203142711 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted Curva Par Motor Camíon Caterpillar 785B http://www.slideshare.net/manuelrojasnadal/11-curva-par-motor-vs-consumo-vs-h-p-camon-fuera-carretera-caterpillar-785-b-equipado-con-motor
Performance Curve Motor Diesel Caterpillar 3512 y 3516 Camión Fuera Carretera 785B]]>
Performance Curve Motor Diesel Caterpillar 3512 y 3516 Camión Fuera Carretera 785B]]> Sat, 16 Feb 2008 05:18:46 GMT http://www.slideshare.net/manuelrojasnadal/11-curva-par-motor-vs-consumo-vs-h-p-camon-fuera-carretera-caterpillar-785-b-equipado-con-motor manuelrojasnadal@slideshare.net(manuelrojasnadal) Curva Par Motor Camíon Caterpillar 785B manuelrojasnadal Performance Curve Motor Diesel Caterpillar 3512 y 3516 Camión Fuera Carretera 785B <img src="http://cdn.slidesharecdn.com/11-curva-par-motor-vs-consumo-vs-h-p-camon-fuera-carretera-caterpillar-785-b-equipado-con-motor-1203146325491701-2-thumbnail-2?1203139126" alt ="" style="border:1px solid #C3E6D8;float:right;" /><br> Performance Curve Motor Diesel Caterpillar 3512 y 3516 Camión Fuera Carretera 785B Curva Par Motor Camíon Caterpillar 785B
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]]> 2390 2 http://cdn.slidesharecdn.com/11-curva-par-motor-vs-consumo-vs-h-p-camon-fuera-carretera-caterpillar-785-b-equipado-con-motor-1203146325491701-2-thumbnail-2?1203139126 presentation http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted
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