This document contains a resume and cover letter from Abdulsaid A. Tiambi applying for a safety officer position. It summarizes his objectives, personal information, educational background, work experience, skills and training. Specifically, it details that he has over 6 years of experience as a Senior Safety Officer in the UAE, with qualifications including a Bachelor's in Criminology and certifications in NEBOSH, IOSH, and other safety training. It provides an overview of his responsibilities and accomplishments in his current role ensuring safety standards and compliance.
This document provides a job safety analysis for needle gunning operations. It lists the basic job steps, potential accidents or hazards for each step, and recommendations to eliminate or reduce hazards. The key job steps include having a pre-job meeting, getting a hot work permit, inspecting tools and the work area, connecting the air hose and needle gun safely, and wearing proper safety equipment like goggles when operating the needle gun. The goal is to identify hazards for each step and ensure they are addressed to minimize risks and accidents during the work.
The document discusses safe permits to work and provides examples of when they are required. It describes permits for hot work, confined space entry, excavations, and other hazardous jobs. Safe permits are used to identify hazards, require precautions, and protect workers from injury or accidents. Managers, supervisors and appointed persons are responsible for issuing permits and ensuring safety procedures are followed.
This Job Hazard Analysis document summarizes the planned work of executing foundations for new LPG chloride treaters and a de-ethanizer section at an oil and gas facility in Angola. The work involves several steps, including pavement demolition, excavation, formwork assembly, rebar installation, concrete pouring, and backfilling. Hazards identified include pinch points, falling materials, slips and trips, electrical shock, dust and noise exposure. Controls specified are proper PPE, housekeeping, inspections of tools and equipment, fall protection barriers, and designating a first aid responder on site.
hot works for construction of temporary facilitiesFãrük Ñäzmî
This document provides a job safety analysis for hot works during construction of temporary facilities. It identifies potential hazards such as non-compliance with procedures, misuse of equipment, not wearing proper PPE, fire or explosions, untrained personnel, and toxic or flammable gases. Mitigation measures are outlined to address each hazard, such as obtaining the proper permit to work, ensuring equipment is certified and in good condition, wearing face shields, welding hoods and fire-resistant clothing during hot works, removing flammables from the work area, allowing only skilled workers to perform tasks, and staying hydrated to prevent heat stress. The document must be reviewed and approved by the worksite supervisor, subcontractor and permit issuer.
The document discusses safe work permits, which are required for hazardous non-routine jobs. Safe work permits identify hazards, require safety precautions, and must be issued by a qualified individual for jobs like hot work, confined space entry, excavations, and other potentially dangerous activities. The permits are written for specific jobs and time periods, list required safety equipment and checks, and must be reviewed and approved by supervisors and managers.
- Safe work permits are required for hazardous non-routine jobs like hot work, confined space entry, excavations, blasting, and using internal combustion engines inside buildings. Other jobs require permits at the safety representative's discretion.
- Permits are issued by qualified individuals like safety representatives or the fire marshal. They are specific to certain people, jobs, and time periods.
- The permit process involves identifying hazards, required precautions and equipment, and sign-off by the safety representative, supervisor, workers, and work area manager. It aims to control hazards and prevent injuries for the specified job.
This document provides a safe work method statement for general activities and onsite service and repairs to earthmoving machinery and equipment. It outlines 24 steps for common tasks involved and identifies potential hazards at each step. It then provides controls and safe work procedures to minimize risks. Responsibilities are identified for each step. The purpose is to ensure work is performed safely in accordance with the identified procedures and controls.
This document contains a resume and cover letter from Abdulsaid A. Tiambi applying for a safety officer position. It summarizes his objectives, personal information, educational background, work experience, skills and training. Specifically, it details that he has over 6 years of experience as a Senior Safety Officer in the UAE, with qualifications including a Bachelor's in Criminology and certifications in NEBOSH, IOSH, and other safety training. It provides an overview of his responsibilities and accomplishments in his current role ensuring safety standards and compliance.
This document provides a job safety analysis for needle gunning operations. It lists the basic job steps, potential accidents or hazards for each step, and recommendations to eliminate or reduce hazards. The key job steps include having a pre-job meeting, getting a hot work permit, inspecting tools and the work area, connecting the air hose and needle gun safely, and wearing proper safety equipment like goggles when operating the needle gun. The goal is to identify hazards for each step and ensure they are addressed to minimize risks and accidents during the work.
The document discusses safe permits to work and provides examples of when they are required. It describes permits for hot work, confined space entry, excavations, and other hazardous jobs. Safe permits are used to identify hazards, require precautions, and protect workers from injury or accidents. Managers, supervisors and appointed persons are responsible for issuing permits and ensuring safety procedures are followed.
This Job Hazard Analysis document summarizes the planned work of executing foundations for new LPG chloride treaters and a de-ethanizer section at an oil and gas facility in Angola. The work involves several steps, including pavement demolition, excavation, formwork assembly, rebar installation, concrete pouring, and backfilling. Hazards identified include pinch points, falling materials, slips and trips, electrical shock, dust and noise exposure. Controls specified are proper PPE, housekeeping, inspections of tools and equipment, fall protection barriers, and designating a first aid responder on site.
hot works for construction of temporary facilitiesFãrük Ñäzmî
This document provides a job safety analysis for hot works during construction of temporary facilities. It identifies potential hazards such as non-compliance with procedures, misuse of equipment, not wearing proper PPE, fire or explosions, untrained personnel, and toxic or flammable gases. Mitigation measures are outlined to address each hazard, such as obtaining the proper permit to work, ensuring equipment is certified and in good condition, wearing face shields, welding hoods and fire-resistant clothing during hot works, removing flammables from the work area, allowing only skilled workers to perform tasks, and staying hydrated to prevent heat stress. The document must be reviewed and approved by the worksite supervisor, subcontractor and permit issuer.
The document discusses safe work permits, which are required for hazardous non-routine jobs. Safe work permits identify hazards, require safety precautions, and must be issued by a qualified individual for jobs like hot work, confined space entry, excavations, and other potentially dangerous activities. The permits are written for specific jobs and time periods, list required safety equipment and checks, and must be reviewed and approved by supervisors and managers.
- Safe work permits are required for hazardous non-routine jobs like hot work, confined space entry, excavations, blasting, and using internal combustion engines inside buildings. Other jobs require permits at the safety representative's discretion.
- Permits are issued by qualified individuals like safety representatives or the fire marshal. They are specific to certain people, jobs, and time periods.
- The permit process involves identifying hazards, required precautions and equipment, and sign-off by the safety representative, supervisor, workers, and work area manager. It aims to control hazards and prevent injuries for the specified job.
This document provides a safe work method statement for general activities and onsite service and repairs to earthmoving machinery and equipment. It outlines 24 steps for common tasks involved and identifies potential hazards at each step. It then provides controls and safe work procedures to minimize risks. Responsibilities are identified for each step. The purpose is to ensure work is performed safely in accordance with the identified procedures and controls.
Welding requires safety precautions to avoid disastrous consequences from fires or injuries. Before welding, inspect equipment for leaks and wear, prepare the work area by removing combustibles, and ensure proper ventilation and fire extinguishers are available. Dress appropriately in flame-retardant clothing that fully covers the body, and always wear an arc mask to filter ultraviolet and infrared rays.
This document provides an overview of safety rules and regulations for a construction site. It contains 3 main points:
1. It introduces the need for a safety induction course to inform new workers of in-house safety rules and provides site-specific information like location maps and layout plans.
2. It outlines various safety measures that will be provided like training, equipment, and goals to prevent injuries and property damage. Basic PPE requirements are also described.
3. It details many specific safety procedures and hazards related to tasks like working at heights, excavations, lifting, welding, electricity, and more. Proper protocol is emphasized for reporting issues, emergencies, and following supervisors' instructions.
This document discusses construction safety and health topics including legal responsibilities, emergency procedures, tools and techniques, accidents and their impact, and a case study. It outlines the specific responsibilities of constructors, employers, supervisors, and workers under occupational health and safety laws. These include appointing supervisors, developing emergency plans, providing training, and responsibilities in the event of injuries. Safety procedures are discussed for various tools including hand tools, power tools, welding equipment. A case study examines a 1999 crane collapse that killed 3 workers and cost over $100 million in damages and repairs.
Grinders and abrasive saws are common on a construction site. Many injuries occur due to improper use and maintenance of these useful tools. There are many important safety factors. Consider the few below to help aid and improve safety on your job site.
The document outlines Saudi Aramco's loss prevention policy which aims to prevent incidents, accidents, injuries, illnesses, and property damage. It details Saudi Aramco's commitment to maintaining the highest safety standards and continuously improving its loss prevention program. The policy assigns responsibilities to managers, employees, and contractors to identify and manage risks, comply with regulations, communicate safety procedures, train staff, safely operate and maintain facilities, and report and investigate all incidents.
This method statement summarizes the pipe welding work to be done at a power generation building. It outlines the key equipment needed like welding machines, materials, and safety gear. It describes access to the work area, fall protection measures, and hazardous substances. The responsibilities of roles involved are defined. The work sequence is then outlined which involves preparing pipes and fittings, fitting up as per welding procedures, qualified supervision, and quality inspection. Installation and inspection will follow the quality control document plan.
John deere pro gator utility vehicle attachments service repair manualfhsjekkdkem
This technical manual provides specifications and safety information for servicing a John Deere ProGator utility vehicle and its TC125 turf collection system and TD100 top dresser attachments. It begins with general safety guidelines and then provides section-by-section specifications, instructions, and repair procedures. Tables of contents, lubrication recommendations, torque specifications, and other reference materials are included.
John deere pro gator utility vehicle attachments service repair manualdidkkskddm
The document is a technical manual for John Deere's ProGator utility vehicle attachments. It provides specifications for the TC125 turf collection system and TD100 top dresser. It also includes safety information and torque specifications for O-ring seals and face seal fittings. The manual is intended as a reference for experienced technicians and contains sections grouped by system to cover contents, specifications, component locations, schematics, operation, troubleshooting, diagnostics, tests, adjustments and repairs.
John deere pro gator utility vehicle attachments service repair manualfjskedsxmmem
The document is a technical manual that provides specifications and safety information for a John Deere ProGator utility vehicle with TC125 turf collection and TD100 top dresser attachments. It includes sections on specifications for the attachments, o-ring seal recommendations, torque specifications for fittings, and safety guidelines. The safety section outlines proper procedures for working with high pressure fluids, rotating equipment, chemicals, and general shop safety practices.
JHA06_Installation of Transversal beams in Flare Pipe Rack_Rev00.pdfJESUSBASILIOANTONIO
1. The document provides a job hazard analysis for the installation of transversal beams in a flare pipe rack, outlining 7 key steps of work: scaffolding erection, grinding existing beams, drilling holes, using a mobile elevated work platform, lifting and positioning beams, welding and grinding beam supports, and painting.
2. Hazards identified include falls, flying particles, dust inhalation, fire, electric shock, and injuries from lifting. Controls include fall protection, enclosed grinding, respiratory protection, hot work and electrical permits, inspections of lifting equipment, and delineation of work areas.
3. Emergency procedures are defined, and qualifications for first aid and treatment of injuries are provided. Personal protective equipment requirements
The document provides an induction course for new personnel at an NGI training centre. It outlines the health, safety, and environmental regulations at the work site. The site is currently under construction for an onshore facilities project that will produce gas, condensate, and LPG. Key safety topics covered include proper personal protective equipment, permit requirements for hazardous work, emergency procedures, and prohibitions against things like smoking and speeding on site. Environmental regulations address waste disposal, spill prevention, and clean site practices.
What is JSA?
A Job Safety Analysis is a task-oriented risk assessment used to review the hazards associated with a particular work task, and to verify that adequate safeguards are in place to control those hazards.
JSAs are known by a variety of terms, including Job Hazard Analysis (JHA), Job Risk Assessment (JRA), Task Risk Assessment (TRA), Safe Job Analysis (SJA).
Job Safety Analysis and its Implementation
INVOLVE employees in the development
KEEP written JSA short and simple
ILLUSTRATE safe practices
ASSIGN responsibility of JSA
TRAIN all employees and supervisors
EXPLAIN the use of JSA to employees
IMPLEMENT safe work practices
REVIEW JSA when equipment or process changes or new information becomes available regarding potential hazards associated with the job.
This document discusses work permit systems and their importance for safety. It outlines the key aspects that work permits address like nature of work, equipment, location, hazards. Work permits are used to authorize specific jobs in defined areas and times. They aim to prevent accidents by clearly identifying responsibilities and hazards. The document also discusses types of work permits for hot work, confined space entry, excavation and their associated precautions to minimize risks.
This document provides information on construction safety, with a focus on hot work safety, high risk work safety, and safety tools. It discusses hazards and safety procedures for hot work including welding, gas cutting, and grinding. It also covers high risk work such as work at heights, lifting and rigging, confined space entry, excavation work, and electrical work. It emphasizes the importance of pre-task planning, including job safety analyses, and using permit to work systems to identify hazards and controls before dangerous jobs.
Job Safety Analyses For Energization of Substation..docAtif767782
This document outlines safety practices for energizing a substation. It lists 6 key steps of the job: 1) obtaining a work permit, 2) work preparation and planning, 3) arranging and inspecting tools/equipment, 4) conducting a daily toolbox talk, 5) using hand tools, and 6) switching the main control switch. For each step, potential hazards are identified and controls are recommended to minimize risks. Proper personal protective equipment, lockout/tagout procedures, communications, and only allowing certified personnel to perform high-risk tasks are among the numerous controls described to enhance safety when energizing the substation.
Work permit system, By Bimal Chandra Das, safety management, safety tips, sharing of safety knowledge, It is sharing of knowledge. By Bimal Chandra Das, Rtd. AGM (Safety), Bokaro Steel Plant,/ Bokaro. Kolkata
The document discusses the purpose and procedures of a work permit system. It is intended to ensure that all work is carried out safely by defining responsibilities, requiring appropriate training, and providing safety equipment. A work permit specifies the conditions and safety procedures that must be followed for particular jobs. It is required for non-routine and hazardous routine work, and when third parties are involved. A work permit must be prepared with relevant parties and approved before work begins to ensure all hazards are addressed.
CONTENTS:
I. What is a Hot Work ?
II. Training
III. PPE`s
IV. Hot Work Permit
V. Electric Welding
VI. Fire Prevention
VII. Fire Watch
VIII. Generator Sets
IX. Welding Equipment Checks
X. Oxy Cutting Equipment
XI. Fire Safety Precautions
XII. Compressed Gas Cylinders
XIII. Safe Practices
XIV. Heat Stress
The document describes a risk assessment conducted at a motor vehicle mechanical repair workshop employing 12 mechanics. Primary and secondary data collection methods were used to identify hazards. Key hazards included noise, vibration, electricity, chemicals and improper lifting. Recommendations provided included use of personal protective equipment, installation of safety controls, training workers, and addressing issues like dermatitis and exposure to hazardous substances. The risk assessment found various medium and high-risk issues that needed to be addressed to improve workplace safety.
AIGA TP 06_06 Work Permit System_reformated Jan 12.pptAhmadNadzir4
1. The document describes a work permit system which consists of standard procedures to ensure potentially hazardous routine and non-routine work is carried out safely.
2. A work permit specifies the work to be done, authorizes its start, and requires agreement of all concerned parties after reviewing safety measures.
3. A work permit is required for work involving hazards like oxygen deficiency, fires, chemicals, or confined spaces and for non-routine, hazardous routine works or those done by contractors.
Welding requires safety precautions to avoid disastrous consequences from fires or injuries. Before welding, inspect equipment for leaks and wear, prepare the work area by removing combustibles, and ensure proper ventilation and fire extinguishers are available. Dress appropriately in flame-retardant clothing that fully covers the body, and always wear an arc mask to filter ultraviolet and infrared rays.
This document provides an overview of safety rules and regulations for a construction site. It contains 3 main points:
1. It introduces the need for a safety induction course to inform new workers of in-house safety rules and provides site-specific information like location maps and layout plans.
2. It outlines various safety measures that will be provided like training, equipment, and goals to prevent injuries and property damage. Basic PPE requirements are also described.
3. It details many specific safety procedures and hazards related to tasks like working at heights, excavations, lifting, welding, electricity, and more. Proper protocol is emphasized for reporting issues, emergencies, and following supervisors' instructions.
This document discusses construction safety and health topics including legal responsibilities, emergency procedures, tools and techniques, accidents and their impact, and a case study. It outlines the specific responsibilities of constructors, employers, supervisors, and workers under occupational health and safety laws. These include appointing supervisors, developing emergency plans, providing training, and responsibilities in the event of injuries. Safety procedures are discussed for various tools including hand tools, power tools, welding equipment. A case study examines a 1999 crane collapse that killed 3 workers and cost over $100 million in damages and repairs.
Grinders and abrasive saws are common on a construction site. Many injuries occur due to improper use and maintenance of these useful tools. There are many important safety factors. Consider the few below to help aid and improve safety on your job site.
The document outlines Saudi Aramco's loss prevention policy which aims to prevent incidents, accidents, injuries, illnesses, and property damage. It details Saudi Aramco's commitment to maintaining the highest safety standards and continuously improving its loss prevention program. The policy assigns responsibilities to managers, employees, and contractors to identify and manage risks, comply with regulations, communicate safety procedures, train staff, safely operate and maintain facilities, and report and investigate all incidents.
This method statement summarizes the pipe welding work to be done at a power generation building. It outlines the key equipment needed like welding machines, materials, and safety gear. It describes access to the work area, fall protection measures, and hazardous substances. The responsibilities of roles involved are defined. The work sequence is then outlined which involves preparing pipes and fittings, fitting up as per welding procedures, qualified supervision, and quality inspection. Installation and inspection will follow the quality control document plan.
John deere pro gator utility vehicle attachments service repair manualfhsjekkdkem
This technical manual provides specifications and safety information for servicing a John Deere ProGator utility vehicle and its TC125 turf collection system and TD100 top dresser attachments. It begins with general safety guidelines and then provides section-by-section specifications, instructions, and repair procedures. Tables of contents, lubrication recommendations, torque specifications, and other reference materials are included.
John deere pro gator utility vehicle attachments service repair manualdidkkskddm
The document is a technical manual for John Deere's ProGator utility vehicle attachments. It provides specifications for the TC125 turf collection system and TD100 top dresser. It also includes safety information and torque specifications for O-ring seals and face seal fittings. The manual is intended as a reference for experienced technicians and contains sections grouped by system to cover contents, specifications, component locations, schematics, operation, troubleshooting, diagnostics, tests, adjustments and repairs.
John deere pro gator utility vehicle attachments service repair manualfjskedsxmmem
The document is a technical manual that provides specifications and safety information for a John Deere ProGator utility vehicle with TC125 turf collection and TD100 top dresser attachments. It includes sections on specifications for the attachments, o-ring seal recommendations, torque specifications for fittings, and safety guidelines. The safety section outlines proper procedures for working with high pressure fluids, rotating equipment, chemicals, and general shop safety practices.
JHA06_Installation of Transversal beams in Flare Pipe Rack_Rev00.pdfJESUSBASILIOANTONIO
1. The document provides a job hazard analysis for the installation of transversal beams in a flare pipe rack, outlining 7 key steps of work: scaffolding erection, grinding existing beams, drilling holes, using a mobile elevated work platform, lifting and positioning beams, welding and grinding beam supports, and painting.
2. Hazards identified include falls, flying particles, dust inhalation, fire, electric shock, and injuries from lifting. Controls include fall protection, enclosed grinding, respiratory protection, hot work and electrical permits, inspections of lifting equipment, and delineation of work areas.
3. Emergency procedures are defined, and qualifications for first aid and treatment of injuries are provided. Personal protective equipment requirements
The document provides an induction course for new personnel at an NGI training centre. It outlines the health, safety, and environmental regulations at the work site. The site is currently under construction for an onshore facilities project that will produce gas, condensate, and LPG. Key safety topics covered include proper personal protective equipment, permit requirements for hazardous work, emergency procedures, and prohibitions against things like smoking and speeding on site. Environmental regulations address waste disposal, spill prevention, and clean site practices.
What is JSA?
A Job Safety Analysis is a task-oriented risk assessment used to review the hazards associated with a particular work task, and to verify that adequate safeguards are in place to control those hazards.
JSAs are known by a variety of terms, including Job Hazard Analysis (JHA), Job Risk Assessment (JRA), Task Risk Assessment (TRA), Safe Job Analysis (SJA).
Job Safety Analysis and its Implementation
INVOLVE employees in the development
KEEP written JSA short and simple
ILLUSTRATE safe practices
ASSIGN responsibility of JSA
TRAIN all employees and supervisors
EXPLAIN the use of JSA to employees
IMPLEMENT safe work practices
REVIEW JSA when equipment or process changes or new information becomes available regarding potential hazards associated with the job.
This document discusses work permit systems and their importance for safety. It outlines the key aspects that work permits address like nature of work, equipment, location, hazards. Work permits are used to authorize specific jobs in defined areas and times. They aim to prevent accidents by clearly identifying responsibilities and hazards. The document also discusses types of work permits for hot work, confined space entry, excavation and their associated precautions to minimize risks.
This document provides information on construction safety, with a focus on hot work safety, high risk work safety, and safety tools. It discusses hazards and safety procedures for hot work including welding, gas cutting, and grinding. It also covers high risk work such as work at heights, lifting and rigging, confined space entry, excavation work, and electrical work. It emphasizes the importance of pre-task planning, including job safety analyses, and using permit to work systems to identify hazards and controls before dangerous jobs.
Job Safety Analyses For Energization of Substation..docAtif767782
This document outlines safety practices for energizing a substation. It lists 6 key steps of the job: 1) obtaining a work permit, 2) work preparation and planning, 3) arranging and inspecting tools/equipment, 4) conducting a daily toolbox talk, 5) using hand tools, and 6) switching the main control switch. For each step, potential hazards are identified and controls are recommended to minimize risks. Proper personal protective equipment, lockout/tagout procedures, communications, and only allowing certified personnel to perform high-risk tasks are among the numerous controls described to enhance safety when energizing the substation.
Work permit system, By Bimal Chandra Das, safety management, safety tips, sharing of safety knowledge, It is sharing of knowledge. By Bimal Chandra Das, Rtd. AGM (Safety), Bokaro Steel Plant,/ Bokaro. Kolkata
The document discusses the purpose and procedures of a work permit system. It is intended to ensure that all work is carried out safely by defining responsibilities, requiring appropriate training, and providing safety equipment. A work permit specifies the conditions and safety procedures that must be followed for particular jobs. It is required for non-routine and hazardous routine work, and when third parties are involved. A work permit must be prepared with relevant parties and approved before work begins to ensure all hazards are addressed.
CONTENTS:
I. What is a Hot Work ?
II. Training
III. PPE`s
IV. Hot Work Permit
V. Electric Welding
VI. Fire Prevention
VII. Fire Watch
VIII. Generator Sets
IX. Welding Equipment Checks
X. Oxy Cutting Equipment
XI. Fire Safety Precautions
XII. Compressed Gas Cylinders
XIII. Safe Practices
XIV. Heat Stress
The document describes a risk assessment conducted at a motor vehicle mechanical repair workshop employing 12 mechanics. Primary and secondary data collection methods were used to identify hazards. Key hazards included noise, vibration, electricity, chemicals and improper lifting. Recommendations provided included use of personal protective equipment, installation of safety controls, training workers, and addressing issues like dermatitis and exposure to hazardous substances. The risk assessment found various medium and high-risk issues that needed to be addressed to improve workplace safety.
AIGA TP 06_06 Work Permit System_reformated Jan 12.pptAhmadNadzir4
1. The document describes a work permit system which consists of standard procedures to ensure potentially hazardous routine and non-routine work is carried out safely.
2. A work permit specifies the work to be done, authorizes its start, and requires agreement of all concerned parties after reviewing safety measures.
3. A work permit is required for work involving hazards like oxygen deficiency, fires, chemicals, or confined spaces and for non-routine, hazardous routine works or those done by contractors.
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This document outlines specifications for fire and gas systems used by ADNOC Group companies. It covers technical requirements for the design, hardware, software, communication systems, and testing of fire and gas systems. The specification is intended to ensure compliance across ADNOC and provide minimum design standards. Group Projects & Engineering is responsible for maintaining and updating the specification.
This document provides an overview of explosion protection basics for hazardous locations. It discusses the Class/Division system and Zone system for classifying hazardous areas based on the type and risk level of explosive gases, vapors, dusts, or fibers present. The Class/Division system divides hazards into three classes (I, II, III) based on the material and two divisions based on risk level. The Zone system divides hazards into zones 0, 1, and 2 based on the frequency and duration explosive atmospheres are present. The document compares how different systems classify areas containing gases/vapors, dusts, and fibers.
dokumen.tips_download-wastewater-mng-module-4-powerpoint-file.pptHedi Ben Mohamed
This document provides an introduction and overview for a training on wastewater management and protecting drinking water sources. The objectives of the training are outlined, including understanding threats from wastewater like septic systems, wastewater treatment options, project planning activities, and attracting stakeholders. The training overview lists topics that will be covered such as wastewater treatment, onsite wastewater systems, advanced treatment options, and characterization of problems. Additional resources are also listed to supplement the training. Tips are provided for effective training delivery, including knowing the audience, using examples and exercises, and making the content locally relevant. Potential audience types for the training are also outlined.
The document discusses methane gas extraction from Lake Kivu in Rwanda for power generation. Lake Kivu contains an estimated 65-72 km3 of dissolved methane gas. The methane forms through two processes - fermentation of organic sediments and bacterial reduction of magmatic CO2. Extraction projects aim to produce 30-40 MW of electricity initially. Studies show the methane levels in the lake have been increasing by 0.5% per year. Extraction over the next 50 years is projected to harvest less than half of the total methane reserves in the lake.
The document requests expressions of interest for an EPC contract to design and construct industrial hazardous waste and general solid waste treatment facilities. The key objectives are to comply with landfill diversion targets, enable reuse and recycling where possible before energy recovery or landfilling, and design "best in class" modular facilities that minimize costs and number of technologies while ensuring regulatory compliance, sustainability, and safety. The facilities will treat 150,000-284,000 tons/year of industrial hazardous waste and general municipal solid waste from a population of 50,000 located on an industrial reservation accessible by road.
EPPM is an engineering, procurement, and project management contractor with over 30 years of experience. It has worked on over 250 projects in multiple sectors including oil and gas, water and environment, and renewable energy. EPPM offers a range of services including engineering, procurement, construction, commissioning, and operations and maintenance. Notable current and past projects include offshore and onshore oil and water treatment plants in Algeria, Saudi Arabia, and Angola. EPPM also has experience developing renewable energy projects using solar, biofuel, and methane gas.
This document discusses risk assessment and management processes for health and safety in quarries. It outlines the objectives of introducing risk assessment and defining the key components of risk management. It then describes various risk assessment methodologies like qualitative, quantitative, fault tree analysis, failure mode and effects analysis, and hazard and operability studies. Finally, it provides guidance on practical risk assessment processes based on classifying work activities, identifying hazards, determining risk, and preparing risk control plans according to the UK standard BS8800.
This document provides guidelines for the design, construction, operation and maintenance of aviation fueling facilities. It discusses topics such as depot location and layout, safety distances between equipment, drainage, lighting and electrical safety. The document is published by the Energy Institute and is intended to support safe and compliant aviation fuel handling operations.
Kinetic studies on malachite green dye adsorption from aqueous solutions by A...Open Access Research Paper
Water polluted by dyestuffs compounds is a global threat to health and the environment; accordingly, we prepared a green novel sorbent chemical and Physical system from an algae, chitosan and chitosan nanoparticle and impregnated with algae with chitosan nanocomposite for the sorption of Malachite green dye from water. The algae with chitosan nanocomposite by a simple method and used as a recyclable and effective adsorbent for the removal of malachite green dye from aqueous solutions. Algae, chitosan, chitosan nanoparticle and algae with chitosan nanocomposite were characterized using different physicochemical methods. The functional groups and chemical compounds found in algae, chitosan, chitosan algae, chitosan nanoparticle, and chitosan nanoparticle with algae were identified using FTIR, SEM, and TGADTA/DTG techniques. The optimal adsorption conditions, different dosages, pH and Temperature the amount of algae with chitosan nanocomposite were determined. At optimized conditions and the batch equilibrium studies more than 99% of the dye was removed. The adsorption process data matched well kinetics showed that the reaction order for dye varied with pseudo-first order and pseudo-second order. Furthermore, the maximum adsorption capacity of the algae with chitosan nanocomposite toward malachite green dye reached as high as 15.5mg/g, respectively. Finally, multiple times reusing of algae with chitosan nanocomposite and removing dye from a real wastewater has made it a promising and attractive option for further practical applications.
Optimizing Post Remediation Groundwater Performance with Enhanced Microbiolog...Joshua Orris
Results of geophysics and pneumatic injection pilot tests during 2003 – 2007 yielded significant positive results for injection delivery design and contaminant mass treatment, resulting in permanent shut-down of an existing groundwater Pump & Treat system.
Accessible source areas were subsequently removed (2011) by soil excavation and treated with the placement of Emulsified Vegetable Oil EVO and zero-valent iron ZVI to accelerate treatment of impacted groundwater in overburden and weathered fractured bedrock. Post pilot test and post remediation groundwater monitoring has included analyses of CVOCs, organic fatty acids, dissolved gases and QuantArray® -Chlor to quantify key microorganisms (e.g., Dehalococcoides, Dehalobacter, etc.) and functional genes (e.g., vinyl chloride reductase, methane monooxygenase, etc.) to assess potential for reductive dechlorination and aerobic cometabolism of CVOCs.
In 2022, the first commercial application of MetaArray™ was performed at the site. MetaArray™ utilizes statistical analysis, such as principal component analysis and multivariate analysis to provide evidence that reductive dechlorination is active or even that it is slowing. This creates actionable data allowing users to save money by making important site management decisions earlier.
The results of the MetaArray™ analysis’ support vector machine (SVM) identified groundwater monitoring wells with a 80% confidence that were characterized as either Limited for Reductive Decholorination or had a High Reductive Reduction Dechlorination potential. The results of MetaArray™ will be used to further optimize the site’s post remediation monitoring program for monitored natural attenuation.
Improving the viability of probiotics by encapsulation methods for developmen...Open Access Research Paper
The popularity of functional foods among scientists and common people has been increasing day by day. Awareness and modernization make the consumer think better regarding food and nutrition. Now a day’s individual knows very well about the relation between food consumption and disease prevalence. Humans have a diversity of microbes in the gut that together form the gut microflora. Probiotics are the health-promoting live microbial cells improve host health through gut and brain connection and fighting against harmful bacteria. Bifidobacterium and Lactobacillus are the two bacterial genera which are considered to be probiotic. These good bacteria are facing challenges of viability. There are so many factors such as sensitivity to heat, pH, acidity, osmotic effect, mechanical shear, chemical components, freezing and storage time as well which affects the viability of probiotics in the dairy food matrix as well as in the gut. Multiple efforts have been done in the past and ongoing in present for these beneficial microbial population stability until their destination in the gut. One of a useful technique known as microencapsulation makes the probiotic effective in the diversified conditions and maintain these microbe’s community to the optimum level for achieving targeted benefits. Dairy products are found to be an ideal vehicle for probiotic incorporation. It has been seen that the encapsulated microbial cells show higher viability than the free cells in different processing and storage conditions as well as against bile salts in the gut. They make the food functional when incorporated, without affecting the product sensory characteristics.
Evolving Lifecycles with High Resolution Site Characterization (HRSC) and 3-D...Joshua Orris
The incorporation of a 3DCSM and completion of HRSC provided a tool for enhanced, data-driven, decisions to support a change in remediation closure strategies. Currently, an approved pilot study has been obtained to shut-down the remediation systems (ISCO, P&T) and conduct a hydraulic study under non-pumping conditions. A separate micro-biological bench scale treatability study was competed that yielded positive results for an emerging innovative technology. As a result, a field pilot study has commenced with results expected in nine-twelve months. With the results of the hydraulic study, field pilot studies and an updated risk assessment leading site monitoring optimization cost lifecycle savings upwards of $15MM towards an alternatively evolved best available technology remediation closure strategy.
1. Company Logo JOB SAFET ANALYSIS
Project:
Ref No.:
Grinding, Welding & Gas cutting
Rev No.:
Page: 1 of 3
Prepared by: Reviewed by:
Approved by: Date:
Step
No.
Description of
Task Step
Hazard
Control Measures/
Preventive Measures
Responsible
Person
1 Work start-up
& obtaining
PTW
Unauthorized work
Invalid permit
Lack of competency
Lack or poor
communication
Haste or shortcut
Obtain a hot work permit before starting the job
Get the permit validated for the specific day
Supervisor must ensure that all work activities are
carried out by competent personnel
Conduct Toolbox meeting, review the Method
statement and Job safety analysis to all craftsmen
involved in the work activities.
Responsible person will conduct inspection,
monitor the work activities and have to ensure
safety standards and procedures are strictly
adhered to.
PTW applicant
Supervisor
PTW holder
2 Grinding Rotating equipment
sparks.
Damaged grinding
disc
Make sure guards are fitted to all moving parts
Ensure the proper use of guards
Inspect the grinding discs prior to starting work
(ring test)
Make sure that disc is compatible with the
grinding machine
Check the RPM of disc & machine
Proper PPE (Gloves + Mask).
Supervisor
2. Company Logo JOB SAFET ANALYSIS
Project:
Ref No.:
Grinding, Welding & Gas cutting
Rev No.:
Page: 2 of 3
Step
No.
Description of
Task Step
Hazard
Control Measures/
Preventive Measures
Responsible
Person
Electrocution.
High Pressure air
Flying object/eye
injuries
Correct installation of Grinder Wheel.
Gas monitor correctly sited.
Spark containment to be used.
Only experienced personnel to use the
equipment.
Wear a face shield while grinding
Make sure an eye wash station is available nearby
3 Gas Cutting Burns.
Fire Hazard.
Explosion.
Tripping.
Damaged or leaking
cylinders or hoses
Proper isolation of system.
All cylinders to be secured.
Flame arrestor between the cylinder & torch
Hoses in good condition.
Proper PPE.
Trained Fire Watch.
Gas Monitor correctly sited.
Correct Fire Extinguisher(s).
Deployment of Experienced personnel.
Cordoning of the area.
Fire Blanket.
Inspect the cylinders & hoses before starting the
job
Supervisor &
Workers
3. Company Logo JOB SAFET ANALYSIS
Project:
Ref No.:
Grinding, Welding & Gas cutting
Rev No.:
Page: 3 of 3
Step
No.
Description of
Task Step
Hazard
Control Measures/
Preventive Measures
Responsible
Person
4 Welding Fire Hazard
Burns.
Electrocution/
Spatter burns
Damage cable
Hot tabs end pieces
of welding rods.
Sparking
Damage cable
UV rays
Before starting welding make sure the area is
clear of all types of combustible materials
Provide a fire blanket on site
Make sure fire extinguishers are available on site
Wear proper PPE for welding ie., leather jackets,
Gloves, welding goggles/welding mask,
Trained Fire Watch.
Gas Monitor correctly sited.
Certified Equipment and to be sited as near as
possible to work site.
Proper earthing of equipment.
Certified Welder.
Make sure spark containment is used such as a
welding hood/fire blanket.
Ensure that rod holder is in good condition.
Ensure that forward and return cables are in good
working condition.
Use proper cable connector for extension.
If cables are crossing the road then ensure proper
protection.
The welder & the welder helpers must wear
welding goggles
Supervisor &
Workers