Title: Module 7: Battery Safety & Environmental - Video Script
Course: ASE A6 Battery Service

Video Overview

Detail | Value
Title | Battery Safety, Jump-Starting, and Disposal
Target Length | 10-12 minutes
Format | Hands-on demo with 3D battery + safety equipment
Props | 3D battery, jumper cables, jump box, PPE (gloves, goggles, apron), baking soda, eyewash bottle, used battery core

Shot List & Script

Opening (0:00 - 0:40)

SHOT: 3D battery on bench with safety glasses, gloves, and jumper cables arranged around it

NARRATION:

"Battery safety isn't a separate topic from battery service — it IS battery service. Every procedure you've learned in this course involves hazards: sulfuric acid that can blind you, hydrogen gas that can explode, lead that can poison you, and hundreds of amps that can arc-weld a wrench to a terminal. In this module, we're covering all of it — the hazards, the protective equipment, the correct jump-starting procedure, and what happens to the battery when it reaches the end of its life."

Scene 1: Hydrogen Gas Hazard (0:40 - 2:30)

SHOT: 3D battery top — point to vent cap openings

NARRATION:

"Let's start with the invisible hazard — hydrogen gas. Look at the top of our 3D battery. These six vent cap openings are the gas escape path. During charging, electrolysis splits the water in the electrolyte into hydrogen and oxygen gas. Those gases come out right here."

SHOT: Hold up the Battery Vent label from the case right side

"The Battery Vent label on the side of the case explains this clearly. Flooded batteries release gas through open or labyrinth-style vents. Sealed AGM batteries use pressure relief valves that open only under abnormal pressure. Either way, hydrogen gas gets out."

SHOT: Back to bench — list properties on whiteboard

"Here's what makes hydrogen dangerous. It's colorless — you can't see it. Odorless — you can't smell it. It's lighter than air, so it rises and collects at the ceiling. And it's explosive at concentrations of just 4 to 74 percent in air. That's an incredibly wide flammable range."

"A tiny spark can ignite it. A wrench touching both terminals. A charger cable sparking on connection. Even a static discharge from your clothing."

SHOT: Point to ventilation — shop door, fan

"Prevention comes down to ventilation and spark management. Work with the hood up. Keep shop doors open. If you're charging in an enclosed space, use a fan. And — this is critical for jump-starting — make your last cable connection away from the battery, at an engine ground point. That way any spark happens far from the hydrogen source."

Scene 2: Acid Burns and PPE (2:30 - 4:00)

SHOT: Display PPE items one by one — safety glasses, chemical goggles, nitrile gloves, rubber apron

NARRATION:

"Battery electrolyte is approximately 36 percent sulfuric acid. It will burn your skin, destroy your clothing, and — most critically — it can permanently damage your eyes."

SHOT: Hold up safety glasses

"At a minimum, every battery service task requires safety glasses with side shields and acid-resistant gloves. Nitrile or neoprene — not latex."

SHOT: Hold up goggles and apron

"For higher-risk tasks — filling electrolyte, cleaning heavy corrosion, carrying a battery — add chemical splash goggles and a rubber apron. A full face shield adds another layer of protection."

SHOT: Demonstrate neutralization — sprinkle baking soda on a tray

"If acid spills, neutralize it with baking soda — sodium bicarbonate. Sprinkle it over the spill. It will fizz as it reacts with the acid. When the fizzing stops, the acid is neutralized. Wipe it up and dispose of the materials properly."

"Never try to clean up acid with water alone. Water dilutes it but doesn't neutralize it, and it can spread the acid further across your work surface."

Scene 3: Jump-Starting Procedure (4:00 - 7:00)

SHOT: 3D battery with jumper cables laid out — red and black

NARRATION:

"Jump-starting is one of the most common — and most dangerous — battery tasks. Get the order wrong and you risk an explosion, fried electronics, or both. Here's the correct procedure."

SHOT: Hold up red cable end, point to 3D battery positive post

"Step one — connect the red cable to the dead battery's positive terminal."

SHOT: Point off-camera toward imaginary donor

"Step two — connect the other end of the red cable to the good battery's positive terminal."

SHOT: Point to imaginary donor negative

"Step three — connect the black cable to the good battery's negative terminal."

SHOT: Point to engine block, away from 3D battery

"Step four — and this is the one most people get wrong — connect the other end of the black cable to an engine ground point on the dead vehicle. Not the battery. A bolt on the engine block, a bracket, a strut tower mount. Something metal, solid, and at least 18 inches from the battery."

"Why? Because this last connection is where the spark happens. We want that spark as far from the hydrogen gas as possible."

SHOT: Whiteboard — write disconnection order

"To disconnect, reverse the order. Ground cable off the dead vehicle first. Then negative off the donor. Then positive off the donor. Then positive off the dead battery."

SHOT: Back to 3D battery

"Two more critical points. First — many modern vehicles have the battery in the trunk or under the back seat. Don't crawl in there with jumper cables. Use the remote terminals under the hood — a red-capped positive post and a ground point. They're there specifically for this."

"Second — hybrid vehicles. If you see orange cables anywhere in the engine bay, those are high-voltage connections. Do not touch them. Jump-start the 12-volt auxiliary battery only. The high-voltage system is a completely separate circuit, and it requires specialized training and PPE."

Scene 4: Jump Box / Auxiliary Power Supply (7:00 - 8:15)

SHOT: Hold up a portable jump box

NARRATION:

"A jump box — also called an auxiliary power supply or booster pack — gives you a simpler option. No second vehicle needed."

SHOT: Connect jump box to 3D battery positive and negative

"The procedure is straightforward. Make sure the jump box is charged — check the gauge. Connect red to positive, black to negative or an engine ground. Turn it on if it has a power switch. Crank the engine — no more than five seconds at a time, with two-minute rest periods between attempts."

"Most modern jump boxes have built-in reverse polarity protection. They won't let current flow if you connect the cables backward. That's a nice safety net, but don't rely on it — always verify your connections."

SHOT: Disconnect jump box

"Once the vehicle starts, disconnect the jump box and recharge it. A jump box does not charge the dead battery. It only provides cranking current. The vehicle's alternator — or a dedicated charger — needs to recharge the battery afterward."

Scene 5: Storage and Self-Discharge (8:15 - 9:15)

SHOT: Battery sitting on shelf in a clean, organized area

NARRATION:

"Batteries waiting for sale, waiting for installation, or sitting in a seasonal vehicle all need proper storage."

SHOT: Whiteboard — list storage requirements

"Cool and dry — 50 to 70 degrees Fahrenheit is the ideal range. Upright, always. Ventilated, because even a resting battery produces a trace amount of hydrogen. And away from sparks, heat, or open flames."

"Self-discharge is the quiet killer of stored batteries. A flooded battery loses about 5 percent of its charge per month at room temperature. AGM batteries are better — 1 to 3 percent. But in both cases, the rate doubles for every 18-degree Fahrenheit increase in temperature."

"A battery stored at full charge won't freeze until minus 75 degrees Fahrenheit. A discharged one freezes at 20 degrees. So a stored battery that discharges over time is now a freeze risk in any cold climate."

SHOT: Show battery maintainer

"The fix is simple — use a battery maintainer. It keeps the battery at float voltage and offsets self-discharge. For any battery sitting more than 30 days, put it on a maintainer. Check voltage monthly if a maintainer isn't available."

Scene 6: Disposal and Recycling (9:15 - 10:30)

SHOT: Used battery core on bench

NARRATION:

"Lead-acid batteries contain lead and sulfuric acid — both hazardous materials. But here's the good news: lead-acid batteries are one of the most recycled products in the world. Over 99 percent of them are recycled in the U.S."

SHOT: Whiteboard — write recycling breakdown

"The lead gets smelted and made into new battery plates. The acid gets neutralized or converted into sodium sulfate for other industries. Even the polypropylene case gets cleaned, pelletized, and made into new cases."

"As a technician, here's what you need to know. It is illegal to throw a lead-acid battery in the regular trash — in all 50 states. When you remove a battery from a vehicle, it becomes a core. It goes to your core return area — a designated spot with spill containment. Your distributor picks up cores on regular delivery runs, and the customer gets their core deposit back."

SHOT: Point to eyewash station and spill kit

"Your shop needs an eyewash station within 10 seconds of walking distance from the battery area. You need a spill kit with absorbent materials, baking soda, and PPE. And you need Safety Data Sheets on file for sulfuric acid and lead."

Closing (10:30 - 11:30)

SHOT: 3D battery with PPE arranged around it

NARRATION:

"Let's wrap up with the first-aid basics. Acid on skin — flush with water for at least 15 to 20 minutes. Acid in eyes — flush immediately for 15 to 20 minutes, hold the eyelids open, and get medical help right away. Acid swallowed — do not induce vomiting. Rinse the mouth, give small sips of water, and call Poison Control or 911."

"Battery safety comes down to three things: respect the chemistry, wear your PPE, and follow the correct procedures every single time. No shortcuts. In the next module, we'll look at the complete electrical system — the starting and charging circuit, and how the battery integrates with the alternator and starter."

B-Roll Shots Needed

Shot | Description
B1 | 3D battery top close-up showing six vent cap openings
B2 | Battery Vent label on right side of 3D battery case
B3 | PPE laid out on bench — glasses, goggles, gloves, apron
B4 | Baking soda being sprinkled on a simulated acid spill (fizzing reaction)
B5 | Jumper cables connected in correct order — close-up of each connection
B6 | Remote terminal post under a vehicle hood (red cap, positive stud)
B7 | Portable jump box with charge indicator visible
B8 | Battery on maintainer in storage area
B9 | Eyewash station mounted on shop wall
B10 | Core return area with spill containment tray and used batteries
B11 | Orange high-voltage cables in a hybrid engine bay (safety warning)

Equipment

- 3D battery (assembled, with Battery Vent label on case)
- Jumper cables (red and black, with clamps)
- Portable jump box / booster pack
- PPE set (safety glasses, chemical goggles, nitrile gloves, rubber apron, face shield)
- Baking soda (box) and tray for spill neutralization demo
- Battery maintainer/tender
- Used battery core (for recycling discussion)
- Eyewash bottle (for first-aid demo)
- Whiteboard + markers
- Lavalier microphone