AM Green Group Going to observe 'Electrical Safety Week'. from 26.06.2025 to 02.07.2025 , Theme will be "Electrical safety - Non-Negotiable

AM Green Group Going to observe 'Electrical Safety Week'. from 26.06.2025 to 02.07.2025 , Theme will be "Electrical safety - Non-Negotiable  Under the Guidance of  Shri Gangadhar Rao Sir & Dr. V . Sunny John Sir.

'Electrical Safety Week'. from 26.06.2025 to 02.07.2025 , Theme will be "Electrical safety - Non-Negotiable"

During the week, Electrical safety campaigns / Awareness programs are scheduled by plant and Projects dept , Detail of the schedule attached for your reference 

Please Participate & encourage the all associates , contract people and make it success.

All compliances against electrical safety shall be ensured.  

Thanks & Regards

G Rama mohan

https://dramarnathgiri.blogspot.com/search?q=Electrical+safety+&m=1

Thanks to top management EHSQ,Project incharge and site incharge sir are continously improving EHSQ monitoring.

Electrical safety at a green ammonia construction site requires a robust Environmental, Health, Safety, and Quality (EHSQ) program. This includes identifying and mitigating electrical hazards, ensuring proper installation and maintenance of electrical systems, providing adequate training to workers, and establishing emergency response plans. Specific considerations include the handling of high-voltage equipment, potential for flammable atmospheres, and the integration of renewable energy sources. 

Here's a breakdown of key EHSQ considerations for electrical safety at a green ammonia construction site:

1. Hazard Identification and Risk Assessment:

Identify electrical hazards:

This includes potential hazards from overhead power lines, buried cables, equipment with exposed wiring, and flammable atmospheres. 

Assess the risks:

Determine the likelihood and potential severity of electrical incidents, considering factors like voltage, amperage, and the presence of flammable materials. 

Conduct a HAZID study:

A Hazard Identification (HAZID) study should be performed to systematically analyze potential hazards associated with green ammonia production, including those related to electrical systems. 

2. Engineering Controls:

Proper grounding and earthing:

Ensure all electrical equipment and systems are properly grounded and earthed to prevent electrical shock and fires. 

Use of appropriate electrical equipment:

Utilize equipment that is rated for the specific voltage, current, and environmental conditions of the site. 

Insulation and guarding:

Provide adequate insulation for all electrical conductors and install appropriate guarding to prevent accidental contact. 

Hazardous area classification:

Classify areas based on the potential for flammable atmospheres and install equipment that is suitable for those classifications. 

Emergency shut-off systems:

Install emergency shut-off systems that can quickly de-energize electrical equipment in case of an emergency. 

3. Administrative Controls:

Safe work procedures:

Develop and implement safe work procedures for all electrical work, including lockout/tagout procedures for maintenance and repair. 

Permit-to-work system:

Implement a permit-to-work system for any work that involves electrical hazards. 

Training and competency:

Ensure all workers involved in electrical work are properly trained and competent in safe work practices. 

Regular inspections and maintenance:

Establish a schedule for regular inspections and maintenance of electrical equipment and systems. 

Emergency response plans:

Develop and practice emergency response plans for electrical incidents, including first aid procedures and evacuation plans. 

4. Personal Protective Equipment (PPE):

Appropriate PPE: Provide workers with the necessary PPE, such as insulated gloves, boots, and clothing, for working with electrical equipment.

PPE inspection: Ensure that PPE is inspected regularly for damage and properly maintained. . 

5. Green Ammonia Specific Considerations:

Hydrogen handling:

Green ammonia production involves hydrogen, which is highly flammable and explosive. Special precautions must be taken when handling hydrogen and its mixtures with air.

High-pressure systems:

Ammonia synthesis requires high-pressure equipment, which can pose risks of over-pressurization and leaks.

Renewable energy integration:

Integrating renewable energy sources like solar and wind power into the ammonia production process can introduce new electrical safety challenges that need to be addressed.

Ammonia toxicity:

Ammonia is a toxic gas. Proper ventilation and containment measures are essential to prevent worker exposure. 

By implementing these measures, green ammonia construction sites can significantly reduce the risk of electrical incidents and create a safer work environment. Regular review and improvement of the EHSQ program, based on performance and audits, is crucial for continuous safety improvement.