SEGURANÇA INDUSTRIAL- INCÊNDIOS & EXPLOSÕES

Curso

Segurança Industrial Incêndios & Explosões – CSII&EX
Público-Alvo

Engenheiros de Segurança,Engenheiros em Geral, Oficiais do Corpo de Bombeiros, Técnicos de Segurança
Carga-Horária

32h/aula
Objetivo Geral

Apresentar os mais atuais conceitos e tecnologias relativas à Segurança Industrial em termos de Análise de Risco e Tomada de Decisão em situações de acidentes
Objetivos Específicos

 

O participante ao final do curso deverá ser capaz de:

Avaliar as condições de Segurança do emprendimento industrial

Elaborar estudos prévios de Análise de Risco

Estabelecer as diretrizes relativas aos Planos de Emergência

Montar a Estrutura de Resposta à Emergências

Estruturar o Sistema de Gestão de Crise

                                                  
Conteúdo

 

Módulo 1 - Dinâmica dos Acidentes

- Incêndios, Explosões e Dispersões

- Acidentes Ampliados

 

Módulo 2 - Análise de Risco

- Conceitos Básicos

- Ameaças, vulnerabilidades e impactos

- Definição de Risco

- Definição de Gerenciamento de Riscos

- Ferramentas para a Análise de Risco

– Identificação de Perigos

- Conceitos e Básicos

- Análise Preliminar de Risco – APR

- Análise “e se..” What-if (WI)

- Análise de Modos de falha e efeitos (AMFE)

- Estudo de Operabilidade e Riscos-Hazard and Operability Studies (HazOp)

- Diagrama de Causa e Efeito – Ishikawa

- Análise histórica de acidentes

- Analise e árvore de falhas (AAF)

- Analise de Árvore de Eventos (AAE)

 

Módulo 3 - Incêndios e Explosões

- Dinâmica dos Incêndio e Explosões

- Metodologias de Cálculo de Vulnerabilidades

- Tipos de Incêndios e Explosões

- Boil Over

- Slop Over

- Frosh Over

- Unconfined Cloud Vapour Explosion (UCVE)

- Confined Cloud Vapour Explosion (CVE)

- Jet Fire

- Pool Fire

- BLEVE

- Blowout

- Detonações

- Modelo TNT Equivalente

 

 

 

Módulo 4 - Sistemas de Proteção

- Sistemas de Segurança Industrial

- Bombas de Combate à Incêndios

- Redes de Incêndio

- Redes de Sprinklers

- Sistemas de Neblina (Emulsificação e Aplicação)

- Sistemas de Detecção de Incêndios

- Sistemas de Extinção à Base de Gases

- Sistemas de Pó Químico Seco

- Sistemas de Espuma Mecânica

- Sistemas de Supressão de Explosões

- Diretiva ATEX

 

Módulo 5 - Resposta à Emergências

- Tática de Combate à Incêndio

- Elaboração de Planos de Emergência

- Chefia e Liderança

- Comando, Coordenação e Controle (C3)

- Critérios de Tomada de Decisão

- CRM (Crew Resource Management)

- Meios Governamentais de Socorro

- Tecnologias INFOCOM

- SOP´s ( Standard Operations Procedures)

- ICS (Incident Command System)

- SiCOp (Sistema Integrado de Coordenação Operacional)

- Fundamentos de Medicina de Catástrofe

- Gestão de Crise

- Plano APPELL

- Modelagem de consequências por meio de Software CAMEO, ALOHA e Marplot da EPA - Envinromental Protection Agency- Agencia de Proteção Ambiental dos EEUU

- Relações Públicas e Meios Informativos

- Comunicação de Crise

- Exercício de Mesa com prática de modelagem de consequências e vulnerabilidades

Neste módulo são apresentadas as dinâmicas que envolvem Incêndio e Explosões e metodologias de cálculo de vulnerabilidades

Módulo 3 - Incêndios e Explosões

- Dinâmica dos Incêndio e Explosões

- Metodologias de Cálculo de Vulnerabilidades

- Tipos de Incêndios e Explosões

- Boil Over

- Slop Over

- Frosh Over

- Unconfined Cloud Vapour Explosion (UCVE)

- Confined Cloud Vapour Explosion (CVE)

- Jet Fire

- Pool Fire

- BLEVE

- Blowout

- Detonações

- Modelo TNT Equivalente

Vídeo de vazamento de gás seguido de  BLEVE

Este Módulo apresenta as características dinâmicas dos acidentes industriais com base nas experiências do passado

Módulo 1 - Dinâmica dos Acidentes

- Incêndios, Explosões e Dispersões

- Acidentes Ampliados

Neste módulo serão apresentados os mais diversos sistemas de Segurança Contra Incêndios e Explosões Industriais

Módulo 4 - Sistemas de Proteção

- Sistemas de Segurança Industrial

- Bombas de Combate à Incêndios

- Redes de Incêndio

- Redes de Sprinklers

- Sistemas de Neblina (Emulsificação e Aplicação)

- Sistemas de Detecção de Incêndios

- Sistemas de Extinção à Base de Gases

- Sistemas de Pó Químico Seco

- Sistemas de Espuma Mecânica

- Sistemas de Supressão de Explosões

- Diretiva ATEX

Neste módulo serão apresentados as mais diversas modalidades de Resposta à Emergência

Conteúdo

 

Módulo 5 - Resposta à Emergências

- Tática de Combate à Incêndio

- Elaboração de Planos de Emergência

- Chefia e Liderança

- Comando, Coordenação e Controle (C3)

- Critérios de Tomada de Decisão

- CRM (Crew Resource Management)

- Meios Governamentais de Socorro

- Tecnologias INFOCOM

- SOP´s ( Standard Operations Procedures)

- ICS (Incident Command System)

- SiCOp (Sistema Integrado de Coordenação Operacional)

- Fundamentos de Medicina de Catástrofe

- Gestão de Crise

- Plano APPELL

- Modelagem de consequências por meio de Software CAMEO, ALOHA e Marplot da EPA - Envinromental Protection Agency- Agencia de Proteção Ambiental dos EEUU

- Relações Públicas e Meios Informativos

- Comunicação de Crise

- Exercício de Mesa com prática de modelagem de consequências e vulnerabilidades

Vídeo em Espanho de Uso do Software ALOHA

Link para download: 

https://www.epa.gov/cameo/aloha-software

Link para download do software CAMEO 

https://www.epa.gov/cameo/cameo-software

https://cameochemicals.noaa.gov/

Link para instalação do programa MARPLOT

https://www.epa.gov/cameo/marplot-software

Link para acesso à todos softwares:

https://www.epa.gov/cameo/what-cameo-software-suite#database

 

 

Neste módulo são apresentadas as ferramentas básicas de Análises de Risco utilizadas em Segurança Industrial

Módulo 2 - Análise de Risco

- Conceitos Básicos

- Ameaças, vulnerabilidades e impactos

- Definição de Risco

- Definição de Gerenciamento de Riscos

- Ferramentas para a Análise de Risco

– Identificação de Perigos

- Conceitos e Básicos

- Análise Preliminar de Risco – APR

- Análise “e se..” What-if (WI)

- Análise de Modos de falha e efeitos (AMFE)

- Estudo de Operabilidade e Riscos-Hazard and Operability Studies (HazOp)

- Diagrama de Causa e Efeito – Ishikawa

- Análise histórica de acidentes

- Analise e árvore de falhas (AAF)

- Analise de Árvore de Eventos (AAE)

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·         NFPA 11, Low Expansion Foam. 1994. Quincy, MA: National Fire Protection Association.

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·         Thompson, C. Hugh and J. Leslie Goodier. 1980. The Chemical Industries' Approach to Spill Prevention.  Proceedings  of the  1980 National  Conference on Control of HazardousMaterial Spills, May 13-15, 1980, Louisville, Kentucky.ILVs Threshold Limit Values and Biological Exposure Indices (Threshold Limit Values for Chemical Substances and Physical Agents in the Workroom Environment). American Conference of Governmental  Industrial Hygienists, Cincinnati, OH.

·         TNO. 1979. Methods for the Calculation of the Physical Effects of the Escape of Dangerous Materials: Liquids and Gases ("The Yellow Book"), 2 volumes, in English, P.O. Box 432 7300AH  Apeldoorn, The Netherlands.

·         U.S.  Environmental   Protection  Agency.   1993.  Guidance  on  the Application  for Refined Dispersion Modelsfor Hazardous(Toxic Air Releases, EPA-454/R -93-002.EPA. January 1991. Title illList of Lists, Consolidated List of Chemicals Subject to Reporting

·         Under the Emergency  Planning  and  Community Right-To-Kno1v  Act.  EPA  560/4-91- 011. EPA. June 1988. Rmew of Emergency Systems.

·         U.S. Dept. of Energy. June 1992. Radiological Control Manual, DOE N-5480.6.

·         U.S. Dept. of Health, Education and Welfare. 1970. Radiological Health Handbook.

·         U.S. Department of Health and Human Services. Human Problems in Major Disasters: A

·         Training Curriculumfor Emergency Medical Personnel.

·         U.S. Department of Labor. 29 CFR Section 1910.156.

·         U.S. Department ofTransportation. 49 CFR Parts 100 to 177, HM 181.

·         Vallario, Edward J. 1974. Evaluation of Radiation Emergencies and Accidents. International Atomic Energy Agency, Vienna.

·         Warren Isman and Gene Carlson. 1981.Hazardous Materials. Glencoe, IL: Glencoe Press,1981.

White, G.C. 1972. Handbook of Chlorination. New York: Van Nostrand Reinhold.

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