IOSH MANAGING SAFELY Version 5.0 @ ASHEI
IOSH MANAGING SAFELY
The Institution of Occupational Safety and Health (IOSH) is a British organization for health and safety professionals.
The IOSH Managing Safely Certificate Course focuses on specially training the managers.
And supervisors of any organization.
The course helps them comprehend and adopt high standard occupational health and safety principles.
Practices in their particular work culture. In order to do the course call us.
Designed for managers and supervisors in any sector and in any country.
Certainly it Provides the knowledge and tools required to manage safely.
Peace of mind from training that’s designed and quality-controlled by us
Flexibility of delivery that suits your business.
Because of this course being UK certification, it is Internationally recognized and respected certification.
Efficient and effective learning – health, safety and environmental basics covered in a single program me
Memorable and thought-provoking facts and case studies.
Modules backed by clear examples and recognizable scenarios.
Summaries to reinforce key points
Checklists and materials supplied for subsequent use in the workplace.
Interactive quiz and discussions
Practical exercise based on the operations of a real business.
Successful delegates awarded a Managing Safely certificate.
Top 5 business benefits
Greater productivity – fewer hours lost to sickness and accidents.
Improved organisation-wide safety awareness culture and appreciation of safety measures.
Active staff involvement to improve the workplace.
Internationally recognized certification for managers and supervisors. Because of this course recognition it is advised to do this course
Top 5 delegate benefits
Ensures you can assess and control risks and hazards.
4 Days course
An ISO 9001:2008 Certified – Environment Health and Safety Training Institute
First Floor, Suprans Arcade, Aishwarya Road,
Opposite to Kaloor International Stadium. Palarivattom(PO), Ernakulam – 682 025
Phone : 0091 484 2343590
Mob : 91 94 476096 17, 85 928593 85
Email : firstname.lastname@example.org, email@example.com
Web : www.asheinstitute.com
International Safety course in kochi!!!
Health And Safety Auditing In Ernakulam / Cochin
ISO 45001: 2018 IRCA Approved LA Training Course @ ASHEI Kochi
Training By ANILKUMAR TS MENON
We conduct batches every month for ISO 45001:2018 LA,
EMS- ISO 14001:2015 LA,
ISO 45001:2018- Migration course for OHSAS 18001 certifications.
Venue: ASHE Institute Kochi
Call: 9447609617, 8606108000, 9745126655
ASHE Institute is based at Cochin, Kerala. We organize International Safety courses like NEBOSH (UK), OSHA (USA), IOSH (UK) and Medic First Aid (USA). Our vision is to provide world class Safety Training at very affordable investment.
ISO 14001:2015 EMS LA (IRCA Certified ) Training Course (IRCA Ref A17970)
First of all International Registrar for Certified Auditors is the leading professional body for management system auditors. They represents over 10,000 registered auditors in 150 countries and every year. Also around 60,000 delegates attend an IRCA certified training course. Therefore this certification course is recognized in every industry
IRCA recognize that attending a training course is usually a major commitment, both in terms of cost and time. When choosing the right training organizations. And the right course make sure you look for those that display the IRCA certification mark. It only approves organizations that have demonstrated a high standard of technical and training expertise.
Who will benefit?
ISO 14001 will benefit Quality-Managers (QA/QC Personnel), Engineers. Almost all Professionals in Environmental Fields (Chemical, Leather, Paint, etc.,), Technical Experts. Also Document Controllers, Internal Auditors, Implementation Managers. In addition NBA / NAAC Coordinators & Consultants, Management System / ISO / TQM Consultants.
Furthermore ISO 14001 will benefit Students and Job seekers in Quality field /Abroad Placements /Career Development.
IADC Rig Pass Course
IADC HSE Rig Pass program ready for instant use!
- Pre-approved HSE Rig Pass curriculum –facilitates provider accreditation *
- Suitable for classroom, rig-based, or “on the road” delivery.
- Interactive learning exercises
- Innovative point and click “Mind Map” system
- Pre-approved test questions
- Compliant with Safe Gulf & Safe Land USA
- Participant Guide*
On the 5th day of the training you will be having a descriptive type exam and the certificate will be issued with in 20 days. You can also verify the certification in IADC site.
- All instructional materials needed for training delivery
- Lesson plans that keep course delivery on track and on time
- Assessments after each module
- Comprehensive final exam with answer key
- Facilitator tips
Silica dust, often referred to as quartz, is a very common mineral. It is found in many materials common on construction sites, including soil, sand, concrete, masonry, rock, granite, and landscaping materials.
The dust created by cutting, grinding, drilling or otherwise disturbing these materials can contain crystalline silica particles.
These dust particles are very small. You cannot see them. This reparable silica dust causes lung disease and lung cancer. It only takes a very small amount of airborne silica dust to create a health hazard.
HAZARDS OF SILICA DUST
Crystalline silica is a common mineral in the earth’s crust, and is found in many types of rock including sand, quartz, and granite. Silica is present in both work and non-work environments, and exposure to crystalline silica dust has long been known to cause a disease called silicosis. When you inhale crystalline silica the lung tissue reacts by developing fibrous tissue around trapped silica particles. This condition of the lung is called silicosis.
Due to the extensive use of concrete and masonry products in buildings today, construction workers have a potential exposure to crystalline silica. Operations such as dumping of rock, jack hammering, abrasive blasting, sawing, drilling or demolition of concrete and masonry structures are some of the activities that could produce this exposure.
Silica sand or other substances containing more than 1% crystalline silica should never be used as abrasive blasting materials. Where silica exceeds 1% of the content, less hazardous materials should be substituted. In addition, always follow safe work practices when there is possible exposure to silica dust.
What are the symptoms of silicosis?
Silicosis is classified into three types: chronic/classic, accelerated, and acute. Chronic/classic silicosis, the most common, occurs after 15–20 years of moderate to low exposures to repairable crystalline silica.
Symptoms associated with chronic silicosis may or may not be obvious; therefore, workers need to have a chest x-ray to determine if there is lung damage. As the disease progresses, the worker may experience shortness of breath upon exercising and have clinical signs of poor oxygen/carbon dioxide exchange. In the later stages, the worker may experience fatigue, extreme shortness of breath, chest pain, or respiratory failure. Accelerated silicosis can occur after 5–10 years of high exposures to reparable crystalline silica. Symptoms include severe shortness of breath, weakness, and weight loss. The onset of symptoms takes longer than in acute silicosis.
Acute silicosis occurs after a few months or as long as 2 years following exposures to extremely high concentrations of repairable crystalline silica. Symptoms of acute silicosis include severe disabling shortness of breath, weakness, and weight loss, which often leads to death.
Where are general industry employees exposed to crystalline silica dust?
The most severe exposures to crystalline silica result from abrasive blasting, which is done to clean and smooth irregularities from molds, jewelry, and foundry castings, finish tombstones, etch or frost glass, or remove paint, oils, rust, or dirt form objects needing to be repainted or treated. Other exposures to silica dust occur in cement and brick manufacturing, asphalt pavement manufacturing, china and ceramic manufacturing and the tool and die, steel and foundry industries.
Crystalline silica is used in manufacturing, household abrasives, adhesives, paints, soaps, and glass. Additionally, crystalline silica exposures occur in the maintenance, repair and replacement of refractory brick furnace linings. In the maritime industry, shipyard employees are exposed to silica primarily in abrasive blasting operations to remove paint and clean and prepare steel hulls, bulkheads, decks, and tanks for paints and coatings.
What can employers/employees do to protect against exposures to crystalline silica?
■ Replace crystalline silica materials with safer substitutes, whenever possible.
■ Provide engineering or administrative controls, where feasible, such as local exhaust ventilation, and blasting cabinets. Where necessary to reduce exposures below the PEL, use protective equipment or other protective measures.
■ Use all available work practices to control dust exposures, such as water sprays.
■ Wear only a N95 NIOSH certified respirator, if respirator protection is required. Do not alter the respirator. Do not wear a tight-fitting respirator with a beard or mustache that prevents a good seal between the respirator and the face.
■ Wear only a Type CE abrasive-blast supplied-air respirator for abrasive blasting.
■ Wear disposable or washable work clothes and shower if facilities are available. Vacuum the dust from your clothes or change into clean clothing before leaving the work site.
■ Participate in training, exposure monitoring, and health screening and surveillance programs to monitor any adverse health effects caused by crystalline silica exposures.
■ Be aware of the operations and job tasks creating crystalline silica exposures in your workplace environment and know how to protect yourself.
■ Be aware of the health hazards related to exposures to crystalline silica. Smoking adds to the lung damage caused by silica exposures.
■ Do not eat, drink, smoke, or apply cosmetics in areas where crystalline silica dust is present. Wash your hands and face outside of dusty areas before performing any of these activities.
■ Remember: If it’s silica, it’s not just dust.
1st Floor, Suprans Arcade, Aiswarya Road, Opposite to Kaloor International Stadium, Palarivattom, 682025
Reach us on 9745126655, 8592859385
Atmospheric testing is required for two distinct purposes: evaluation of the hazards of the permit space and verification that acceptable conditions exist for entry into that space.
A confined space is one that is large enough to enter and perform assigned work in; it has limited or restricted ways to enter or exit the space; and it was not designed to be occupied continuously by a worker.
The atmosphere within a confined space must be tested using equipment that is designed to detect the chemicals that may be present at levels that are well below the defined exposure limits. Evaluation testing is done to:
• determine what chemical hazards are or may become present in the space’s atmosphere, and
• identify what steps must be followed and what conditions must be met to ensure that atmospheric conditions are safe for a worker to enter the space.
The testing results and the decisions about what steps must be followed before entry must be evaluated by, or reviewed by, a technically qualified professional
The technically qualified professional must consider all of the serious hazards in his/her evaluation or review.
A permit space is a confined space that has one or more of the following features: it has or may contain a hazardous atmosphere; it contains a material that can engulf a person who enters; it has an inside design that could trap or asphyxiate a person who enters (inwardly converging walls, or a floor that slopes downward to a smaller section); or it has any other serious safety or health hazards.
Before a permit space that may have a hazardous atmosphere can be entered, the atmosphere must be tested using the steps identified on the permit (developed during evaluation testing).
Verification testing is done to make sure that the chemical hazards that may be present are below the levels necessary for safe entry, and that they meet the conditions identified on the permit. Test the atmosphere in the following order: (1) for oxygen, (2) for combustible gases, and then (3) for toxic gases and vapors.2 The testing results — the actual test concentrations — must be recorded on the permit near the levels identified for safe entry.
Duration of Testing
For each test required on the permit, you must allow enough time for the air from the space to be drawn into the equipment and for the sensor (or other detection device) to react to the chemical if it is present. This is considered the “minimum response time” and it will be noted by the manufacturer in the operator’s manual.
Be aware that you will need to add time to this “minimum response time” if you have attached hosing or a probe extension to the inlet. The additional time is needed to allow the air from the different depths of the space to be pulled into the equipment inlet.
Testing Conditions in Spaces that May Have Layered Atmospheres
For permit spaces that are deep or have areas leading away from the entry point, the atmosphere may be layered or may be different in remote areas. For these spaces, testing must be done in the area surrounding the worker, which is considered four (4) feet in the direction of travel and to each side. If a sample probe is used to do the testing,then the worker must move slowly enough so that testing is completed, keeping the equipment “response time” in mind, before he/she moves into the new area.
Retesting the Space During Entry or Before Re-Entry
Test the permit space routinely to make sure that the atmospheric conditions continue to be safe for entry.
1st Floor, Suprans Arcade, Aiswarya Road, Opposite to Kaloor International Stadium, Palarivattom, 682025
Reach us on 9745126655, 8592859385