The document discusses terminal operations planning including berth planning, vessel planning, and yard planning. Berth planning involves gathering information about vessel arrivals and cargo to determine berthing location and schedule. Vessel planning develops strategies for cargo handling operations considering factors like cargo layout and equipment availability. Yard planning strategies include pre-stacking cargo in fixed areas or moving service areas to reduce unnecessary moves.
Containerization allows large cargo containers to be easily interchanged between ships, trucks, and trains without rehandling cargo. Containers are rigid, reusable metal boxes used to ship merchandise globally. The standard container size is 20 by 40 feet. There are various types of containers like open top, reefer, flat rack, platform, half-height, and side door containers designed for different cargos like fruits, vegetables, machinery, and bulk goods. Container Corporation of India was established in 1988 to facilitate international trade through investments in transportation infrastructure like Inland Container Depots located inland away from traditional ports.
1) The shipping container was invented in 1956 by American Malcolm McLean to standardize cargo shipping. Previously, cargo was loaded and unloaded in wooden crates inefficiently.
2) Container ships carry all their load in standardized intermodal containers and now transport most ocean freight. The largest container ships can be nearly 400 meters long.
3) The largest container ports are in China and Asia, led by Shanghai and Singapore. The biggest shipping lines are European and Asian companies like Maersk and MSC.
The document discusses global container shipping, challenges, and marketing opportunities. It provides information on the history and evolution of container shipping. Key points covered include the types of container ships, major trade routes and ports, the role of container shipping in supply chain management, and the leading global freight forwarders. Challenges facing the shipping industry such as changing customer needs, capacity utilization issues, and talent retention are examined. The document concludes with suggestions for marketing opportunities in areas like sustainability, end-to-end services, customer-centric solutions, and innovative operations.
This document discusses different types of equipment used to handle containers at ports and container terminals. It describes empty container handlers, reach stackers and loaded container handlers, fork lift trucks, rubber tyred gantry cranes, straddle carriers, rail mounted gantry cranes, container cranes, and different types of container cranes classified by their lifting capacity and the size ship they can service.
Port material handling aims to efficiently transport goods between ships, rail, and trucks. Key equipment includes container cranes to load and unload ships, stackers and reclaimers to organize containers, ship loaders and unloaders to transfer bulk goods, forklifts for short-distance lifting, and rail facilities for coal and ore. Safety and timely transfer of various cargo types, from containers to bulk materials, requires specialized equipment tailored to the physical properties and volume of each good.
A Brief presentation on Containerisationsubhash_ae
A brief presentation on Containerisation , the advent of Containerisation , use of marine containers to carry cargo across the oceans , description and types of marine containers , technical details of the marine containers etc. etc.
The document discusses terminal operations planning including berth planning, vessel planning, and yard planning. Berth planning involves gathering information about vessel arrivals and cargo to determine berthing location and schedule. Vessel planning develops strategies for cargo handling operations considering factors like cargo layout and equipment availability. Yard planning strategies include pre-stacking cargo in fixed areas or moving service areas to reduce unnecessary moves.
Containerization allows large cargo containers to be easily interchanged between ships, trucks, and trains without rehandling cargo. Containers are rigid, reusable metal boxes used to ship merchandise globally. The standard container size is 20 by 40 feet. There are various types of containers like open top, reefer, flat rack, platform, half-height, and side door containers designed for different cargos like fruits, vegetables, machinery, and bulk goods. Container Corporation of India was established in 1988 to facilitate international trade through investments in transportation infrastructure like Inland Container Depots located inland away from traditional ports.
1) The shipping container was invented in 1956 by American Malcolm McLean to standardize cargo shipping. Previously, cargo was loaded and unloaded in wooden crates inefficiently.
2) Container ships carry all their load in standardized intermodal containers and now transport most ocean freight. The largest container ships can be nearly 400 meters long.
3) The largest container ports are in China and Asia, led by Shanghai and Singapore. The biggest shipping lines are European and Asian companies like Maersk and MSC.
The document discusses global container shipping, challenges, and marketing opportunities. It provides information on the history and evolution of container shipping. Key points covered include the types of container ships, major trade routes and ports, the role of container shipping in supply chain management, and the leading global freight forwarders. Challenges facing the shipping industry such as changing customer needs, capacity utilization issues, and talent retention are examined. The document concludes with suggestions for marketing opportunities in areas like sustainability, end-to-end services, customer-centric solutions, and innovative operations.
This document discusses different types of equipment used to handle containers at ports and container terminals. It describes empty container handlers, reach stackers and loaded container handlers, fork lift trucks, rubber tyred gantry cranes, straddle carriers, rail mounted gantry cranes, container cranes, and different types of container cranes classified by their lifting capacity and the size ship they can service.
Port material handling aims to efficiently transport goods between ships, rail, and trucks. Key equipment includes container cranes to load and unload ships, stackers and reclaimers to organize containers, ship loaders and unloaders to transfer bulk goods, forklifts for short-distance lifting, and rail facilities for coal and ore. Safety and timely transfer of various cargo types, from containers to bulk materials, requires specialized equipment tailored to the physical properties and volume of each good.
A Brief presentation on Containerisationsubhash_ae
A brief presentation on Containerisation , the advent of Containerisation , use of marine containers to carry cargo across the oceans , description and types of marine containers , technical details of the marine containers etc. etc.
A presentation about NFPA diamonds and MSDSs. Highly modified off of one I found on the internet here -- http://www.nisd.net/communicationsarts/pages/chem/ppt/safety_pres.ppt
Osha (occupational safety and health administration)(1)kgriffin62
The document provides information about OSHA regulations regarding hazard communication. It discusses (1) the 1983 standard requiring companies to inform employees about hazardous materials, (2) employee's right to know about hazards in their work area and potential health effects, and (3) how hazard information is provided through container labels and material safety data sheets (MSDS), which describe proper handling procedures and health risks.
There are 4 main OSHA requirements for handling hazardous materials: containers must be labeled, material safety data sheets (MSDS) must be available, a written hazard plan must exist, and employees must be educated. An MSDS provides key information about a chemical such as its ingredients, hazards, safe handling procedures, and what to do in case of a spill. In the event of a hazardous spill, employees should call 3333 and follow the directions of the spill team who will contain the spill according to the relevant MSDS.
2014 County of Simcoe WHMIS presentationarmandosimcoe
WHMIS is Canada's national hazard communication standard that provides information about hazardous materials present in workplaces. It aims to ensure that employers and employees are provided with the information they need to work safely with controlled substances. The three main components of WHMIS are training programs, standardized labeling, and access to material safety data sheets. Hazardous materials must be classified into one of six hazard classes under WHMIS and proper personal protective equipment must be used when handling them.
This document discusses industrial safety and personal protective equipment (PPE). It defines industrial safety as activities to reduce, control, and eliminate hazards from industries. The objectives are to prevent accidents, eliminate work stoppages, and promote employee morale. Material safety data sheets (MSDS) provide chemical identification and hazard information. PPE like eye protection, head protection, hand protection, foot protection, and respiratory protection are important to protect workers from hazards and injuries on the job.
Every employee has the right to know what chemicals and hazards they work with every day. This training provides workers and supervisors and management with a basic understanding of OSHA's Hazard Communication (HAZCOM) requirements for every workplace: a written HAZCOM program, training, inventory, material safety data sheets, and labels.
This training program aims to teach participants how to identify hazards, read container labels, understand material safety data sheets, and follow safe work procedures when handling hazardous materials. It explains that the Hazard Communication standard requires employees working with hazardous chemicals to be trained. The document then outlines general hazard classifications, labeling requirements, locations of hazard information, and responsibilities of supervisors to ensure training is provided.
This document provides an overview of OSHA's Hazard Communication (HAZCOM) program and training requirements. It discusses the goals of the HAZCOM standard which are to reduce workplace injuries/illnesses from hazardous chemicals, identify chemical hazards, and establish uniform hazardous chemical information requirements. Key elements that must be in place include a materials inventory, material safety data sheets, labeling of containers, training for employees, and a written program. Health and physical hazards are described along with definitions of terms like corrosive, flammable, and toxic.
The document discusses Material Safety Data Sheets (MSDS), which contain information about the health effects of exposure to chemicals and safe handling procedures. An MSDS includes 16 sections with details like product information, hazards, first aid measures, and disposal considerations. Employers must make MSDSs available to workers exposed to hazardous materials and ensure they are understandable. The document also lists topics covered in industrial health and safety like identifying occupational hazards, analyzing hazard severity and probability, and methods for hazard analysis.
This document provides an overview of chemical safety concepts and procedures. It discusses four key components of a chemical safety education module: safe chemical concepts, safe use and storage of chemicals, hazardous waste handling, and emergency procedures. It outlines important regulations and covers topics like toxicity, hazards, personal protective equipment, WHMIS labeling, safety data sheets, health hazards, exposure routes, and controlling exposure. The document emphasizes following proper protocols, using safety equipment like fume hoods correctly, and the importance of personal protective equipment for working safely with chemicals in a laboratory environment.
The document discusses Material Safety Data Sheets (MSDS), which contain information about the health effects of exposure to chemicals and safe handling procedures. An MSDS includes 16 sections with details like product information, hazards, first aid measures, and disposal considerations. Employers must make MSDSs available to workers exposed to hazardous materials and ensure they are understandable. The document also outlines key aspects of industrial health and safety, including identifying occupational hazards from plants, equipment, materials and tasks in order to implement controls to reduce risks. Hazard analysis methods are used to systematically identify potential issues.
This document outlines the requirements of the Los Angeles Unified School District's Hazard Communication Program. It is designed to protect employees from hazardous chemicals by informing them of chemical hazards and providing training. The program requires a written plan, material safety data sheets, labeling of chemicals, an inventory, and employee training. Training covers hazards of chemicals used on site, protective measures, the labeling system, and documentation is required.
Master understanding ghs for workers (eng) just ghsJessee McClellan
The document provides information about the Globally Harmonized System of Classification and Labeling of Chemicals (GHS). It was developed by the United Nations to standardize chemical hazard communication across countries. GHS harmonizes criteria for classifying chemicals and ensures chemical hazards are communicated to workers through standardized labels, safety data sheets, and training. It enhances the US Hazard Communication Standard by introducing standardized label elements, pictograms, and a 16-section safety data sheet format. The document outlines employees' responsibilities to read labels and safety data sheets, use personal protective equipment, know the locations of safety equipment, and understand chemical hazards and precautions.
The document discusses key elements of OSHA's Hazard Communication Standard including:
1) Maintaining an inventory of hazardous materials
2) Providing material safety data sheets (MSDS) with detailed information on each material
3) Properly labeling containers of hazardous materials
4) Training employees on hazardous materials identification and safe handling
5) Developing a written hazard communication program
This document discusses some of the challenges in managing chemical safety and highlights best practices. It notes that lack of knowledge about chemicals can lead to poor decision making or ignoring hazards. It emphasizes considering worst-case scenarios and using all proper protective equipment when unfamiliar with a chemical's hazards. The document then provides guidance on hazard identification, interpreting safety data sheets, maintaining a chemical register, and conducting a chemical health risk assessment to develop targeted control measures for safe chemical management.
Get Your Applicator's License 3: Safety Third?Morgan Nilsen
This document provides an overview of pesticide safety regulations and best practices for an upcoming licensing test. It discusses proper personal protective equipment, safe handling and storage, emergency procedures, label requirements, and specific regulations regarding notification, worker protection, and prohibited chemicals. The main points emphasized are carefully reading and following all label instructions, taking precautions like wearing protective gear when mixing or applying pesticides, properly disposing of containers and excess pesticides, and knowing how to respond in emergency situations to protect human and environmental health.
WHMIS is a national program that provides information about hazardous materials used in Canadian workplaces. It requires suppliers to label products and provide material safety data sheets, and requires employers to train employees. The goal of WHMIS is to reduce workplace injuries and deaths by ensuring employees have access to hazard information. All parties - suppliers, employers, and employees - share responsibility for compliance to create a safe working environment.
Many chemicals have great potential to do great harm. This document provides 8 basic tips for safe chemical handling: 1) Read labels and MSDS sheets, 2) Wear proper protective equipment, 3) Follow all directions, 4) Know emergency procedures, 5) Work carefully and avoid shortcuts, 6) Report any issues, 7) Keep work areas neat and organized, and 8) Store chemicals properly. Additional chemical handling resources are also listed.
This document provides guidance on hazard communication and material safety data sheets (MSDS) for employees. It defines hazardous materials like flammable, toxic, and caustic substances. It explains that MSDS must be available for all such materials used. The document also reviews what information can be found in each section of a MSDS, such as hazardous ingredients, health effects, handling instructions, and more. It stresses the importance of reading MSDS and using proper protective equipment when working with chemicals.
The weekly lunch program will present a documentary called "The Prize" about the history of the oil industry. The documentary traces oil from its early beginnings in Pennsylvania to the domination of the industry by John D. Rockefeller and Standard Oil, and the global discovery of oil. It is based on the book of the same name. The program host Rick Watters will provide context and a timeline of major events in petroleum history from 1859 to 2001, including the rise of Standard Oil, oil booms in various regions, the formation of OPEC, and mergers of major companies.
The document discusses building customized investment strategies using an "alpha philosophy". It describes a two-phase process: Phase I ports an investment manager's alpha return to a cash-like return by shorting the market component. Phase II then reintroduces desired market exposure through futures or swaps to create new "synthetic" market-based strategies while retaining the original alpha. The process aims to offer alternative ways for managers to build specialty products and help pension funds achieve overall alpha and risk goals.
A presentation about NFPA diamonds and MSDSs. Highly modified off of one I found on the internet here -- http://www.nisd.net/communicationsarts/pages/chem/ppt/safety_pres.ppt
Osha (occupational safety and health administration)(1)kgriffin62
The document provides information about OSHA regulations regarding hazard communication. It discusses (1) the 1983 standard requiring companies to inform employees about hazardous materials, (2) employee's right to know about hazards in their work area and potential health effects, and (3) how hazard information is provided through container labels and material safety data sheets (MSDS), which describe proper handling procedures and health risks.
There are 4 main OSHA requirements for handling hazardous materials: containers must be labeled, material safety data sheets (MSDS) must be available, a written hazard plan must exist, and employees must be educated. An MSDS provides key information about a chemical such as its ingredients, hazards, safe handling procedures, and what to do in case of a spill. In the event of a hazardous spill, employees should call 3333 and follow the directions of the spill team who will contain the spill according to the relevant MSDS.
2014 County of Simcoe WHMIS presentationarmandosimcoe
WHMIS is Canada's national hazard communication standard that provides information about hazardous materials present in workplaces. It aims to ensure that employers and employees are provided with the information they need to work safely with controlled substances. The three main components of WHMIS are training programs, standardized labeling, and access to material safety data sheets. Hazardous materials must be classified into one of six hazard classes under WHMIS and proper personal protective equipment must be used when handling them.
This document discusses industrial safety and personal protective equipment (PPE). It defines industrial safety as activities to reduce, control, and eliminate hazards from industries. The objectives are to prevent accidents, eliminate work stoppages, and promote employee morale. Material safety data sheets (MSDS) provide chemical identification and hazard information. PPE like eye protection, head protection, hand protection, foot protection, and respiratory protection are important to protect workers from hazards and injuries on the job.
Every employee has the right to know what chemicals and hazards they work with every day. This training provides workers and supervisors and management with a basic understanding of OSHA's Hazard Communication (HAZCOM) requirements for every workplace: a written HAZCOM program, training, inventory, material safety data sheets, and labels.
This training program aims to teach participants how to identify hazards, read container labels, understand material safety data sheets, and follow safe work procedures when handling hazardous materials. It explains that the Hazard Communication standard requires employees working with hazardous chemicals to be trained. The document then outlines general hazard classifications, labeling requirements, locations of hazard information, and responsibilities of supervisors to ensure training is provided.
This document provides an overview of OSHA's Hazard Communication (HAZCOM) program and training requirements. It discusses the goals of the HAZCOM standard which are to reduce workplace injuries/illnesses from hazardous chemicals, identify chemical hazards, and establish uniform hazardous chemical information requirements. Key elements that must be in place include a materials inventory, material safety data sheets, labeling of containers, training for employees, and a written program. Health and physical hazards are described along with definitions of terms like corrosive, flammable, and toxic.
The document discusses Material Safety Data Sheets (MSDS), which contain information about the health effects of exposure to chemicals and safe handling procedures. An MSDS includes 16 sections with details like product information, hazards, first aid measures, and disposal considerations. Employers must make MSDSs available to workers exposed to hazardous materials and ensure they are understandable. The document also lists topics covered in industrial health and safety like identifying occupational hazards, analyzing hazard severity and probability, and methods for hazard analysis.
This document provides an overview of chemical safety concepts and procedures. It discusses four key components of a chemical safety education module: safe chemical concepts, safe use and storage of chemicals, hazardous waste handling, and emergency procedures. It outlines important regulations and covers topics like toxicity, hazards, personal protective equipment, WHMIS labeling, safety data sheets, health hazards, exposure routes, and controlling exposure. The document emphasizes following proper protocols, using safety equipment like fume hoods correctly, and the importance of personal protective equipment for working safely with chemicals in a laboratory environment.
The document discusses Material Safety Data Sheets (MSDS), which contain information about the health effects of exposure to chemicals and safe handling procedures. An MSDS includes 16 sections with details like product information, hazards, first aid measures, and disposal considerations. Employers must make MSDSs available to workers exposed to hazardous materials and ensure they are understandable. The document also outlines key aspects of industrial health and safety, including identifying occupational hazards from plants, equipment, materials and tasks in order to implement controls to reduce risks. Hazard analysis methods are used to systematically identify potential issues.
This document outlines the requirements of the Los Angeles Unified School District's Hazard Communication Program. It is designed to protect employees from hazardous chemicals by informing them of chemical hazards and providing training. The program requires a written plan, material safety data sheets, labeling of chemicals, an inventory, and employee training. Training covers hazards of chemicals used on site, protective measures, the labeling system, and documentation is required.
Master understanding ghs for workers (eng) just ghsJessee McClellan
The document provides information about the Globally Harmonized System of Classification and Labeling of Chemicals (GHS). It was developed by the United Nations to standardize chemical hazard communication across countries. GHS harmonizes criteria for classifying chemicals and ensures chemical hazards are communicated to workers through standardized labels, safety data sheets, and training. It enhances the US Hazard Communication Standard by introducing standardized label elements, pictograms, and a 16-section safety data sheet format. The document outlines employees' responsibilities to read labels and safety data sheets, use personal protective equipment, know the locations of safety equipment, and understand chemical hazards and precautions.
The document discusses key elements of OSHA's Hazard Communication Standard including:
1) Maintaining an inventory of hazardous materials
2) Providing material safety data sheets (MSDS) with detailed information on each material
3) Properly labeling containers of hazardous materials
4) Training employees on hazardous materials identification and safe handling
5) Developing a written hazard communication program
This document discusses some of the challenges in managing chemical safety and highlights best practices. It notes that lack of knowledge about chemicals can lead to poor decision making or ignoring hazards. It emphasizes considering worst-case scenarios and using all proper protective equipment when unfamiliar with a chemical's hazards. The document then provides guidance on hazard identification, interpreting safety data sheets, maintaining a chemical register, and conducting a chemical health risk assessment to develop targeted control measures for safe chemical management.
Get Your Applicator's License 3: Safety Third?Morgan Nilsen
This document provides an overview of pesticide safety regulations and best practices for an upcoming licensing test. It discusses proper personal protective equipment, safe handling and storage, emergency procedures, label requirements, and specific regulations regarding notification, worker protection, and prohibited chemicals. The main points emphasized are carefully reading and following all label instructions, taking precautions like wearing protective gear when mixing or applying pesticides, properly disposing of containers and excess pesticides, and knowing how to respond in emergency situations to protect human and environmental health.
WHMIS is a national program that provides information about hazardous materials used in Canadian workplaces. It requires suppliers to label products and provide material safety data sheets, and requires employers to train employees. The goal of WHMIS is to reduce workplace injuries and deaths by ensuring employees have access to hazard information. All parties - suppliers, employers, and employees - share responsibility for compliance to create a safe working environment.
Many chemicals have great potential to do great harm. This document provides 8 basic tips for safe chemical handling: 1) Read labels and MSDS sheets, 2) Wear proper protective equipment, 3) Follow all directions, 4) Know emergency procedures, 5) Work carefully and avoid shortcuts, 6) Report any issues, 7) Keep work areas neat and organized, and 8) Store chemicals properly. Additional chemical handling resources are also listed.
This document provides guidance on hazard communication and material safety data sheets (MSDS) for employees. It defines hazardous materials like flammable, toxic, and caustic substances. It explains that MSDS must be available for all such materials used. The document also reviews what information can be found in each section of a MSDS, such as hazardous ingredients, health effects, handling instructions, and more. It stresses the importance of reading MSDS and using proper protective equipment when working with chemicals.
Similar to Hazardous Materials Handling Overview (20)
The weekly lunch program will present a documentary called "The Prize" about the history of the oil industry. The documentary traces oil from its early beginnings in Pennsylvania to the domination of the industry by John D. Rockefeller and Standard Oil, and the global discovery of oil. It is based on the book of the same name. The program host Rick Watters will provide context and a timeline of major events in petroleum history from 1859 to 2001, including the rise of Standard Oil, oil booms in various regions, the formation of OPEC, and mergers of major companies.
The document discusses building customized investment strategies using an "alpha philosophy". It describes a two-phase process: Phase I ports an investment manager's alpha return to a cash-like return by shorting the market component. Phase II then reintroduces desired market exposure through futures or swaps to create new "synthetic" market-based strategies while retaining the original alpha. The process aims to offer alternative ways for managers to build specialty products and help pension funds achieve overall alpha and risk goals.
The document discusses how investing in well-known, dividend-paying companies can generate high returns over the long run. It cites research showing that the top 10 performing stocks from the original S&P 500 provided an average annual return of over 15% despite being large, well-established companies. These strong returns were achieved through reinvesting dividends over time. The article argues that dividend stocks provide a stable foundation for long-term portfolios and are suitable for retirement accounts.
A Business Continuity Plan (BCP) is not a single plan but rather a set of specialized team plans that document backup and continuity strategies based on a company's needs. The BCP should include the individual default response for each team member during and after work hours. Wallet cards with critical contact information and action steps should be issued to each person. An automated notification system for broadcast and voice messages is recommended over call trees. Backup systems, people functions, and information should have triple redundancy and be geographically separated. Detailed offsite reference information, identification of all mission critical risks, and planning for high probability interruptions provide more immediate benefits than focusing only on worst case scenarios.
The weekly lunch program will present a documentary called "The Prize" about the history of the oil industry. The documentary traces oil from its early beginnings in Pennsylvania to the domination by John D. Rockefeller's Standard Oil to its global discovery. It is based on the book of the same name. The host Rick Watters will provide more details about the meeting.
This is a survey on the history of oil presented as a timeline which includes major social, business and technological events related to the development of the oil industry.