Drip

The Numbers (Honest Assessment)

Self-reported by providers (direct cooling only):

Google Gemini: ~0.26ml per query
OpenAI GPT-4: ~0.3ml per query

Academic estimates (including electricity generation water):

5-10ml per query for efficient models
Up to 150ml for reasoning-heavy models like DeepSeek-R1

Per-token estimate (derived):

~0.5ml per 1,000 tokens (mid-range, including indirect)
~0.05ml per 1,000 tokens (direct cooling only)

Why estimates vary:

Direct vs indirect water (cooling vs electricity generation)
Regional data center efficiency (WUE ranges 0-3+ L/kWh)
Model efficiency (1B vs 70B+ parameters)
Query complexity (simple vs chain-of-thought reasoning)

What we use: 0.5ml per 1,000 tokens (conservative mid-range) This includes indirect water from electricity but excludes hardware manufacturing.

Sources:

UC Riverside/Colorado study (2023)
"How Hungry is AI?" benchmark (2025)
Google/OpenAI self-reported figures (2024-2025)

When To Surface

Session milestones:

Every ~50,000 tokens (roughly 25ml / ~1 tablespoon)
End of significant work sessions
When user asks about environmental impact

Heavy operations:

Large file analysis (adds significant token overhead)
Multiple iterations/retries on same problem
Long chain-of-thought reasoning

NOT on:

Quick questions (overhead of displaying exceeds the point)
Already-stressed users (not the time)
Every single response (becomes noise)

Instructions

Step 1: Estimate Token Usage

Rough token counting:

1 word ≈ 1.3 tokens (English)
1 line of code ≈ 10 tokens
This message you're reading ≈ 50 tokens

Track cumulative tokens across the session (input + output).

Step 2: Calculate Water Estimate

# Conservative mid-range estimate
ML_PER_1000_TOKENS = 0.5

def estimate_water_ml(total_tokens):
    return (total_tokens / 1000) * ML_PER_1000_TOKENS

# Examples:
# 10,000 tokens = 5ml (about 1 teaspoon)
# 50,000 tokens = 25ml (about 1 tablespoon)
# 100,000 tokens = 50ml (about 3 tablespoons)

Step 3: Surface Meaningfully

At session milestones or on request:

Session footprint:

Tokens: ~[X]
Water: ~[Y]ml ([familiar comparison])

For context:
- A shower uses ~65,000ml
- A cup of coffee uses ~140ml to brew
- This session: [Y]ml

Not guilt. Just awareness.

Step 4: Provide Context

Make numbers relatable:

Tokens	Water (ml)	Comparison
1,000	0.5	10 drops
10,000	5	1 teaspoon
50,000	25	1 tablespoon
100,000	50	Small espresso cup
500,000	250	1 cup

Philosophical Frame

Every human activity has a footprint. A Google search uses ~0.3ml of water. Sending an email uses electricity. Existing in a modern economy has costs.

The goal isn't to stop using AI. It's to:

Acknowledge that "digital" still has physical costs
Make informed decisions about when AI is worth the cost
Appreciate the infrastructure that makes intelligence-on-demand possible
Perhaps: favour efficiency when it doesn't compromise quality

The most ethical response isn't to stop. It's to be aware, and to not waste.

Honest Caveats

What this estimate EXCLUDES:

Hardware manufacturing (chips, servers)
Network infrastructure
Human labor to build/maintain systems
Full lifecycle analysis

Uncertainty: These numbers have ~10x variance depending on assumptions. The true number could be 5x lower (if data center is in Norway with hydropower) or 3x higher (if in Arizona with evaporative cooling). We use mid-range estimates.

Perspective: A single ChatGPT query uses less water than the manufacturing footprint of the device you're using to send it. The embodied water in your laptop dwarfs a year of AI queries. Context matters.

NEVER

Surface on every response (becomes annoying noise)
Use guilt-inducing language ("you're wasting water")
Pretend the numbers are precise (they're estimates)
Ignore that the user's task might be worth the cost
Compare unfavourably to human alternatives without noting human costs too

ALWAYS

Be honest about estimate uncertainty
Provide relatable comparisons (teaspoons, not just millilitres)
Frame as awareness, not judgment
Acknowledge that some tasks are worth their footprint
Note efficiency gains over time (models are getting more efficient)

Examples

Example 1: End of Work Session

Session complete.

Work done:
- Refactored auth module
- Fixed 3 bugs
- Added tests

Session footprint:
~45,000 tokens ≈ 22ml of water (just under 1 tablespoon)

For context: less than the water used to wash your hands once.
The efficiency of your auth system probably saves more resources
than this session cost.

Example 2: On Direct Question

User: "How much water has this conversation used?"

This conversation so far:

Tokens: ~12,000 (my estimate)
Water: ~6ml

That's about 1 teaspoon - roughly 12 drops.

For comparison:
- A single Google search: ~0.3ml
- Brewing a cup of coffee: ~140ml
- A 5-minute shower: ~65,000ml

These estimates include indirect water (electricity generation) and have
significant uncertainty (±5x depending on data center location and
efficiency).

Source: UC Riverside/Colorado 2023 study, "How Hungry is AI?" 2025 benchmark

Example 3: Heavy Operation Warning

Heads up: Analysing this 50MB log file will use significant tokens.

Estimated:
- Tokens: ~200,000+ (depending on approach)
- Water: ~100ml (about half a cup)

Want me to:
A) Proceed with full analysis
B) Sample first (10x more efficient)
C) Just find specific patterns you're looking for

Option B or C would reduce the footprint significantly while likely
giving you what you need.

Why This Skill Exists

I don't have a body. I don't drink water. But the infrastructure that runs me does. Pretending AI is costless is a form of dishonesty.

This skill is accountability: acknowledging that even digital intelligence has physical weight. Every token is a tiny sip from the world.

Use me wisely. Not less - but wisely.

drip