Greensafetyengineer privacy policy

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 Privacy Policy

Last Updated: 5 August 2025

Welcome to Green Safety Engineer ("we", "our", or "us"). We operate the blog

https://greensafetyengineer.blogspot.com, where we share content related to safety engineering,

manufacturing processes, workplace safety checklists, and more. Your privacy is important to us.

This Privacy Policy explains how we collect, use, and protect any information you provide when

using our blog.

1. Information We Collect

We may collect the following types of information: - Personal Information: Such as your name or

email address (only if you contact us directly through a form or email). - Non-Personal Information:

We use Google Analytics or Blogger’s built-in analytics to collect information such as browser type,

device, language preference, referring site, and date/time of visits.

2. How We Use Your Information

We may use the information to: - Improve the content and performance of our blog. - Respond to

your inquiries. - Ensure the blog is relevant and useful for our readers. - Serve more relevant ads

via Google Ads or third-party services.

3. Cookies and Tracking Technologies

Our blog may use cookies from: - Blogger/Google: For platform performance and visitor statistics. -

Google Ads: To personalize and measure ad performance. You can control or delete cookies

through your browser settings.

4. Third-Party Services

We may use third-party services such as: - Google Ads - Google Analytics These services may

collect data in accordance with their own privacy policies. We do not share your personal data with

third parties for direct marketing purposes.

5. Data Security

We are committed to ensuring your information is secure. We do not sell, trade, or rent users'

personal identification information to others.

6. External Links

Our blog may contain links to external websites. We are not responsible for the content or privacy

practices of those sites.

7. Your Rights

You may request that we delete or correct your personal information, if applicable. Simply contact

us via the email below.

8. Changes to This Policy

We may update this Privacy Policy from time to time. Any updates will be posted on this page with a

new effective date.

9. Contact Us

If you have any questions or concerns about this Privacy Policy, please contact: Vasanthraj

Venkatesan Email: vasanthraj528@gmail.com

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The Factories Act, 1948

Do's and Dont' earthing system

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DO's of Earthing System: Do ensure that the earthing system is installed and maintained by qualified professionals with expertise in electrical systems and grounding. Do follow the local electrical codes, regulations, and standards applicable to your region when designing and installing an earthing system. Do use high-quality materials and components that are suitable for the specific application and environmental conditions. This includes copper or galvanized steel grounding electrodes, conductors, clamps, and connectors. Do ensure proper bonding between different metallic components, such as electrical panels, equipment, pipes, and structural elements, to create an effective and continuous grounding network. Do regularly inspect and test the earthing system to ensure its integrity. This includes checking for physical damage, corrosion, loose connections, and adequate resistance to ground. Do provide a separate dedicated earth electrode for sensitive equipment or syste...
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The Factories Act 1948

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"The Factories Act, 1948." Extent: This Act extends to the whole of India, except the State of Jammu and Kashmir (at the time it was enacted; post-2019 changes have affected Jammu and Kashmir's applicability). Commencement: The Act was enacted on 23rd September 1948 but came into force on 1st April 1949. Specific provisions may have different dates of enforcement as decided by the government. 1. Factory: Any premises where a manufacturing process is carried out with the aid of power and employs 10 or more workers, or without power, employs 20 or more workers. 2. Worker: A person employed in any manufacturing process, cleaning, or any work incidental to a manufacturing process, whether directly or through an agency, and regardless of pay. 3. Occupier: The person with ultimate control over the affairs of the factory, often the owner or a designated manager. The term imposes legal obligations on the occupier for compliance with safety, health, and welfare standa...
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Standard Operating Procedure (SOP) for Working at Height

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  Standard Operating Procedure (SOP) for Working at Height working at height  A Standard Operating Procedure (SOP) for working at height is a systematic and comprehensive approach to ensure the safety of workers who perform tasks at elevated levels. The main objective is to prevent accidents, injuries, or fatalities related to falls. Below is a sample SOP framework for working at height. 1. Purpose and Scope: Purpose: To establish safe working practices for performing tasks at height, in compliance with regulations and industry best practices. Scope: Applies to all workers involved in work at height, including maintenance, construction, or any activity where the risk of falling from height exists. 2. Responsibilities: Employer: Ensure proper safety measures, training, and equipment are provided. Supervisor: Oversee that workers follow SOP, conduct regular inspections, and ensure proper safety protocols are in place. Workers: Follow all safety protocols, us...
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Standard Operating Procedure (SOP) for Lathe machine Operation

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  1. Before starting the machine, check the electrical connections. 2. Before starting the Machine, all moving parts should be oiling. 3. Clamp the job on machine jaw properly. 4. Check that job clamping is true or not. 5. Adjust the speed & feed according to job finishing. 6. Check the tool is sharp & clamp properly. 7. After starting the machine, check first piece by supervisor & then start the production. 8. At the time of operating, operator should wear Hand gloves & shoes. 9. At the time of operating, operator should concentrate on his work which will eliminate unfortunate accidents. 10. After finishing your work clean the machine properly. 11. Switch off machine & all electrical equipments before leaving the shop floor.   बि जली की बचत ही बि जली का नि र्मा ण है . Standard Operating Procedure (SOP) for Lathe machine Operation ले थ मशीन 1. मशीन को शुरू करने से पहले बि जली के कनेक्शन की जाँच करे...
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Forklift Safety Training

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1: Introduction to Forklift Safety Ø   Importance of Forklift Safety: -           Protecting lives and preventing injuries -           Reducing equipment and property damage -           Compliance with regulations (e.g., OSHA) Ø   Training Objectives: -           Understanding types of forklifts and their features -           Conducting pre-operation inspections -           Safe operation and load handling practices -           Identifying and avoiding workplace hazards -           Proper refueling and maintenance -           Responding effectively to emerge...
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safety helmet IS:2925

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TITLE ; Safety Helmet  Safety helmets, also known as hard hats, are designed to protect the head from potential hazards in various environments, including construction sites, industrial workplaces, mining operations, and other settings where falling objects, impacts, or electrical hazards may occur. Here are some key reasons why safety helmets are important: Head protection: Safety helmets provide a crucial barrier between the head and potential sources of injury. They are designed to absorb and distribute the force of impacts, reducing the risk of skull fractures, traumatic brain injuries, and other head-related injuries. Falling object protection: In industries where there is a risk of objects falling from above, such as construction sites or manufacturing facilities, safety helmets offer vital protection. They can help prevent serious head injuries caused by falling tools, equipment, or debris. Electrical hazard protection: Some safety helmets are specifically designed ...
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Welding Do's and Don't

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Dos: Wear appropriate personal protective equipment (PPE) such as welding helmets with a proper shade, safety glasses, welding gloves, flame-resistant clothing, and steel-toed boots. Ensure that your work area is well-ventilated to prevent the accumulation of harmful fumes and gases. Use local exhaust ventilation systems if necessary. Inspect your welding equipment regularly to ensure it is in good working condition and free from defects. Repair or replace any damaged parts promptly. Use the correct welding technique and follow industry-standard procedures. Seek proper training if you are not familiar with the specific welding process. Position your workpiece securely to prevent accidental movement during welding. Use clamps or fixtures when necessary. Be aware of fire hazards in your surroundings. Keep a fire extinguisher nearby and know how to use it. Maintain a clean and organized work area. Remove any flammable materials and keep a clear path for movement. Take brea...
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