ISRI Code : NA | Last updatedOctober 21, 2025 08:06:38 PM
Essential safety protocols for handling, storing, and transporting lead-acid batteries. Covers PPE, chemical hazards, regulatory requirements, emergency procedures, and best practices to protect people, facilities, and the environment.
Summary Points
Personal Protective Equipment: Eye, hand, body, foot, and respiratory protection specific to acid and lead exposure
Chemical Hazards & First Aid: Sulfuric acid and lead exposure treatments and emergency response steps
Safe Handling & Storage: Procedures for lifting, inspection, indoor/outdoor storage, containment, and maintenance
Emergency Procedures: Spill response, fire/explosion prevention, and medical emergency protocols
Regulatory Compliance: OSHA lead standards, EPA universal waste rules, DOT hazmat training, and reporting obligations
Training & Equipment: Required employee training programs, facility safety equipment, and maintenance schedules
ScrapMonster's Battery Safety Guide
Essential Safety Information for Lead-Acid Battery Handling, Storage, and Transportation
Overview
Lead-acid batteries contain hazardous materials including sulfuric acid electrolyte, lead compounds, and hydrogen gas. Proper safety procedures protect workers, facilities, and the environment while ensuring compliance with OSHA, EPA, and DOT regulations. This comprehensive guide covers all safety aspects of battery scrap handling operations.
Personal Protective Equipment (PPE)
Required PPE for Battery Handling
Eye and Face Protection:
Chemical splash goggles (ANSI Z87.1 rated)
Face shields when handling damaged or leaking batteries
Emergency eyewash stations within 25 feet of work areas
Contact lens restrictions in battery handling areas
Hand and Arm Protection:
Chemical-resistant nitrile or neoprene gloves
Elbow-length gloves for deep-cycle battery handling
Cut-resistant gloves when handling broken cases
Replace gloves showing signs of chemical degradation
Body Protection:
Acid-resistant aprons or coveralls
Long pants and long-sleeved shirts (minimum)
Avoid synthetic fabrics that may melt from acid contact
Change clothing immediately if acid contact occurs
Foot Protection:
Chemical-resistant safety boots with steel toes
Non-slip soles for wet conditions
Avoid leather footwear in battery areas
Boot covers for temporary workers
Respiratory Protection:
N95 respirators minimum for dusty conditions
Full-face respirators for confined spaces
Supplied-air systems for enclosed battery rooms
Fit testing and medical clearance required
Chemical Hazards and First Aid
Sulfuric Acid Exposure
Skin Contact:
Remove contaminated clothing immediately
Flush affected area with water for 15-20 minutes
Do NOT neutralize with baking soda or other bases
Seek medical attention for burns or persistent irritation
Apply cold compresses while awaiting medical care
Eye Contact:
Flush eyes with clean water for 15-20 minutes minimum
Hold eyelids open to ensure complete flushing
Remove contact lenses if easily removable
Seek immediate medical attention
Continue flushing en route to medical facility
Inhalation:
Move victim to fresh air immediately
Monitor breathing and provide oxygen if trained
Do NOT induce vomiting if acid vapors inhaled
Seek medical attention for respiratory distress
Loosen tight clothing around neck and chest
Ingestion (Rare):
Do NOT induce vomiting
Rinse mouth with small amounts of water
Give milk or water to dilute (if conscious)
Seek immediate emergency medical care
Provide SDS sheet to medical personnel
Lead Exposure Prevention
Exposure Routes:
Inhalation of lead dust during battery breaking
Skin contact with lead oxide paste
Ingestion from contaminated hands or food
Take-home exposure on contaminated clothing
Prevention Measures:
Wet cutting methods to suppress dust
HEPA filtration in work areas
Regular blood lead level monitoring
Separate eating areas away from work zones
Proper hygiene and hand washing facilities
Safe Handling Procedures
Lifting and Moving Batteries
Manual Lifting:
Use proper lifting techniques (squat, straight back)
Never lift batteries by terminals or cables
Two-person lifts for batteries over 60 pounds
Battery lifting straps or specialized tools for large units
Avoid lifting overhead or at arm's length
Mechanical Handling:
Forklift attachments designed for battery handling
Conveyor systems with containment for spills
Hydraulic lifts for industrial battery removal
Proper securing during transport operations
Regular equipment inspection and maintenance
Battery Inspection
Visual Inspection Checklist:
Case integrity and crack detection
Terminal corrosion and damage assessment
Electrolyte level and color changes
Vent cap condition and proper seating
External acid residue or staining
Testing Procedures:
Voltage testing with digital multimeters
Specific gravity testing of electrolyte
Load testing for residual capacity
Temperature monitoring during handling
Documentation of inspection results
Storage Requirements
Indoor Storage
Facility Requirements:
Concrete floors with acid-resistant coating
Mechanical ventilation (6 air changes/hour minimum)
This guide is updated regularly to reflect current regulations and best practices. For the latest safety information and market intelligence, visit ScrapMonster.com - your comprehensive resource for scrap metal trading and safety information.
Last Updated: October 2025
Frequently Asked Questions
How should lead-acid batteries be stored to prevent leaks and hazards?
Batteries must be kept upright on acid-resistant flooring, with containment for spills and proper ventilation. Regular inspections and use of labeled secondary containment systems are essential. Explore our Scrap Yard Directory for certified facilities.
How do I access current lead battery scrap prices and market news?
What first aid steps should be taken for acid burns or exposure?
Immediately flush affected skin or eyes with water for 15–20 minutes, remove contaminated clothing, and seek medical attention. Our guide provides detailed emergency response instructions.
Where can I find more resources and support for battery safety?
For up-to-date best practices, market intelligence, and emergency contacts, visit ScrapMonster.com—your comprehensive scrap industry resource.