A) Pass-Through-System Applied Step-by-Step
Objective:
Protect margin, FCF, ROCE, and market value when external costs rise.
Core logic:
Cost Shock → Cost Driver → Contract Clause → Price Adjustment → Customer Communication → Invoice → Margin Protection
B) The 10-Step Pass-Through Process
Step 1 — Detect the Cost Shock
Identify where the external cost increase comes from.
Examples:
| Cost Shock | Typical Source |
|---|---|
| Energy cost increase | Electricity, gas, hydrogen, oxygen production |
| Logistics cost increase | Fuel, drivers, tolls, delivery distance |
| Compliance cost increase | CO₂, safety, regulation |
| Asset cost increase | cylinders, tanks, maintenance |
| Service cost increase | emergency delivery, telemetry, field service |
Question:
Which cost increased, by how much, and since when?
Step 2 — Separate Controllable vs. Non-Controllable Costs
Not every cost should be passed through.
| Cost Type | Action |
|---|---|
| External, uncontrollable | Pass through |
| Internal inefficiency | Fix internally |
| Mixed cost | Split: pass-through + productivity action |
Rule:
Customers should not pay for your inefficiency, but they must pay for external volatility.
Step 3 — Calculate the Cost Delta
Use a clean formula:
Cost Delta = Current Cost − Baseline Cost
Example:
Baseline electricity cost: €100/MWh
Current electricity cost: €160/MWh
Cost Delta = €60/MWh
This is the amount that must be recovered.
Step 4 — Define the Pass-Through Formula
Simple model:
Pass-Through Amount = Cost Delta × Customer Consumption Factor
Example:
Customer consumes production volume equal to 1,000 MWh equivalent.
Cost delta: €60/MWh
Pass-through amount:
€60 × 1,000 = €60,000
Step 5 — Check the Contract Clause
Before applying the increase, verify:
| Clause | Meaning |
|---|---|
| Energy surcharge clause | Allows energy adjustment |
| Fuel surcharge clause | Allows logistics adjustment |
| CO₂ clause | Allows carbon cost recovery |
| Indexation clause | Links price to published index |
| Extraordinary cost clause | Allows adjustment under exceptional volatility |
No clause?
Then use a structured renegotiation letter instead of automatic invoicing.
Step 6 — Classify Customer Sensitivity
Not all customers react the same way.
| Customer Type | Pass-Through Strategy |
|---|---|
| Strategic key account | Explain early, show formula |
| Low-margin customer | Apply firmly |
| High-volume customer | Use index-based transparency |
| Price-sensitive customer | Offer efficiency option |
| At-risk customer | Phase adjustment with review date |
Step 7 — Communicate the Increase Before the Invoice
Customer communication must happen before the invoice change.
Message structure:
- What changed externally
- Why it is outside your control
- Which contract clause applies
- How the formula works
- When the adjustment starts
- How the customer can reduce exposure
Feynman sentence:
“We are not increasing margin; we are passing through external cost pressure to keep supply reliable.”
Step 8 — Apply the Invoice Adjustment
Make the pass-through visible.
Example invoice lines:
| Invoice Line | Description |
|---|---|
| Base product price | Normal gas/product/service price |
| Energy adjustment | Linked to production energy cost |
| Logistics surcharge | Linked to fuel/delivery cost |
| CO₂ adjustment | Linked to compliance cost |
| Service adjustment | Linked to special service cost |
Rule:
Transparency increases acceptance.
Step 9 — Measure Pass-Through Effectiveness
Use the key KPI:
PTE = Passed-Through Cost Increase ÷ Total External Cost Increase × 100
Example:
External cost increase: €1,000,000
Passed through: €850,000
PTE = 85%
Interpretation:
| PTE Level | Meaning |
|---|---|
| 90–100% | Excellent pricing discipline |
| 75–89% | Good, but leakage exists |
| 50–74% | Margin under pressure |
| Below 50% | Value destruction risk |
Step 10 — Close the Margin Leakage Loop
After implementation, review:
| Review Area | Key Question |
|---|---|
| Revenue recovery | Did we recover the cost delta? |
| Margin protection | Did EBITDA stay stable? |
| FCF effect | Did cash flow remain protected? |
| Customer reaction | Did we lose volume or improve discipline? |
| Sales behavior | Did sales apply the system or discount it away? |
| Contract quality | Do clauses need upgrading? |
C) CEO/CFO Pass-Through Control Board
| Control Point | CEO/CFO Question |
|---|---|
| Cost Shock | What changed? |
| Exposure | Which customers/products are affected? |
| Formula | Is the recovery logic fair and simple? |
| Clause | Are we contractually protected? |
| Communication | Is the customer message clear? |
| Invoice | Is recovery visible? |
| KPI | What is our PTE score? |
| Result | Did we protect FCF and ROCE? |
D) Applied Industrial Gas Example
Situation:
Energy prices rise sharply. Production cost for liquid oxygen and nitrogen increases.
Step-by-step application:
- Electricity cost rises from €100/MWh to €160/MWh
- Cost delta = €60/MWh
- Affected product: bulk oxygen supply
- Affected customer: steel processor
- Contract includes energy index clause
- Customer consumption equivalent: 1,000 MWh
- Pass-through amount = €60,000
- Customer receives explanation before invoice
- Invoice includes separate Energy Adjustment Line
- CFO measures PTE and margin impact
Result:
The company protects cash flow without hiding the cost increase inside general pricing.
E) RapidKnowHow Pass-Through Action Formula
1. Detect the external cost shock.
2. Prove the cost delta.
3. Link it to contract and customer usage.
4. Communicate transparently.
5. Invoice visibly.
6. Measure recovery.
7. Improve the contract system.
F) Final Strategic Insight
A weak Pass-Through-System says:
“We hope customers accept higher prices.”
A strong Pass-Through-System says:
“We operate a fair, transparent, contract-based cost recovery system that protects supply reliability, free cash flow, and long-term customer value.”
RapidKnowHow Board Sentence:
Pass-through converts volatility from a margin threat into a managed cash-flow mechanism. – Josef David
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