RAPIDKNOWHOW® — THE DECISION COMPANY™ · CML MASTER 2027 · 02 PROCESS INDUSTRIES
INTEGRATE GAS SUPPLY. UTILIZE ASSETS. RELEASE WORKING CAPITAL.
PROCESS INDUSTRY BUYERS DEFINE THE STANDARD. INDEPENDENT GAS SELLERS DELIVER. RAPIDKNOWHOW ENABLES.
The buyer—not the supplier and not RapidKnowHow—sets the operational, safety, commercial and Free Cash Flow requirements. Suppliers independently propose qualified solutions. RapidKnowHow provides a neutral Commercial Market Leadership (CML) framework, practical tools and separately licensed IP.
ONE CUSTOMER RESULT: Reliable and safe industrial gas supply with the lowest verified total cost per tonne of good output, productive use of gas-related assets and less cash tied up in working capital.
● ENTER — Buyer sets standard → ● SELECT — Sellers submit solutions → ● ACT — Verify and compound value
THE TWO PRIORITY INDUSTRIAL REGIONS
| Strategic region | Industrial process context | CML application hypothesis |
|---|---|---|
| Linz, Upper Austria | Steelmaking, industrial transformation, process energy and hydrogen research | Compare site-gas network reliability, storage and gas quality against asset availability and total plant cost |
| Vienna–Schwechat–Bratislava | Refining, petrochemicals, chemicals and continuous industrial operations | Define common performance measurement at a buyer plant while suppliers independently optimize delivery, storage and inventory |
These are priority regions for investigation, not confirmed customers, mandates or existing RapidKnowHow partnerships. There is no assumption of a shared physical industrial-gas pipeline between the two regions.
THE CML TWO-SIDED BUSINESS MODEL
| Stakeholder | Role | Economic result |
|---|---|---|
| BUYER — LEADS | Defines safety, quality, uptime, consumption, asset utilization, inventory and cash standards; owns procurement decisions | Lower cost per good tonne, uninterrupted production, cash released |
| SELLER — FULFILS | Independently designs supply, capacity, monitoring, storage, logistics and service offer | Profitable retained business and cash-efficient service |
| RAPIDKNOWHOW — ENABLES | Provides the buyer-led CML business model, SWOT, comparative templates, AI decision tools and application rights | Transparent income from Action Guides and licensed CML use |
The purpose is to grow the total value created, then agree a fair share for each participant. Buyer benefits must be net of service charges; seller benefits must be net of delivery costs, reduced gas contribution and invested capital. Competitive supplier pricing and bids must remain confidential and independent.
FOUR TOOLS FOR IMPLEMENTATION
01 · PROCESS BUYER STANDARD — DEFINE WHAT GOOD MEANS
Input: ONE plant and gas application; gas grade, purity, flow and pressure; hourly demand curve; production output; supply reliability and backup requirements; tank/cylinder/onsite capacity; asset availability; current inventories and payment terms.
Non-negotiable gate: Qualified engineering approval of safety, emissions, permits, quality and contingency supply.
Buyer-owned performance standards: (a) gas-supply availability and process downtime; (b) total gas-system cost per tonne of good output; (c) equipment utilization; (d) inventory days and buyer cash release. Name the baseline period, data owner and measurement method.
Output: One comparable performance-based supplier specification, issued fairly to independently competing qualified providers.
02 · BUYER/SUPPLIER SWOT — SELECT A SOLUTION
| SWOT | Buyer-led test | What each seller should demonstrate |
|---|---|---|
| Strengths | Where is process reliability already proven? | Evidence of supply capacity, controls, service and backups |
| Weaknesses | Which bottleneck, idle assets or inventory cost the most? | Site-specific performance plan and quantified cost |
| Opportunities | Can supply modes or delivery frequency safely lower TCO? | Comparison of bulk, cylinder, pipeline, onsite or hybrid modes where technically suitable |
| Threats | What disruptions and investment risks threaten production? | Independently priced resilience, contingency and contractual responsibilities |
Decision: Safety and technical compliance pass first; then compare reliability, normalized total cost, asset utilization, working capital, verification quality and the full contract terms. Use predeclared buyer weights; no supplier coordination.
03 · INTEGRATED TCO + WORKING-CAPITAL CASE — CALCULATE VALUE
Buyer TCO = gas + transport + storage/rental + equipment, energy, handling and maintenance + actual incremental gas-related disruption costs + new service fees. Divide by good output to compare different production periods. Count each cost once.
Gas-related asset utilization: usable capacity, runtime, tank turnovers and delivery reliability. Improve utilization only within safe technical limits.
Buyer net working capital: relevant operating inventory + related receivables − trade payables. A lower buyer stock level may shift financing or inventory to the supplier; show buyer and seller cash effects separately, and do not mistake a transfer for total-system savings.
| Annual buyer case — illustrative only | Before | After |
|---|---|---|
| Gas purchase and deliveries | €1,200,000 | €1,160,000 |
| Equipment, energy and handling | €300,000 | €275,000 |
| Actual gas-related production losses | €200,000 | €145,000 |
| New monitoring/service fee | €0 | €25,000 |
| Total annual buyer TCO | €1,700,000 | €1,605,000 |
| Recurring improvement before tax | — | €95,000 |
Additional illustrative assumptions: €150,000 buyer working-capital release; €60,000 one-time cash investment. The simplified first-year cash bridge is €95,000 operating improvement + €150,000 working-capital release − €60,000 cash investment = €185,000 before tax. This is not verified FCF. The working-capital release is generally one-time and must not be repeated as an annual saving; tax, timing, other capex and the seller-side cash balance require verification.
04 · 30-DAY VALUE PROOF — APPLY, VERIFY, DECIDE
| When | ONE buyer-led action | Measurable result |
|---|---|---|
| Days 1–7 | Finance, procurement and operations approve ONE cost/reliability baseline and technical constraints | Signed buyer performance standard |
| Days 8–21 | Invite compliant independent seller responses; compare ONE supply/inventory optimization pilot | Qualified pilot design, owners and agreed verification |
| Days 22–30 | Run only technically approved measures; verify savings, stock, uptime, service fees and supplier impact | Signed value evidence; decision to stop, improve or extend |
ONE 30-DAY RESULT: one validated business decision and baseline, not a guarantee of full operational transformation in 30 days. Scale across plants or sites only after a longer verified operating record.
GET STARTED — ONE ACTION GUIDE
BUYING INDUSTRIAL GASES | PowerActionGuide — €59. The existing 12-page downloadable PDF supplies the practical TCO cost worksheet, supplier scorecard, worked example and 30-day plan. Apply its framework to the process-industry plant and supplement it with the standards and cash-working-capital checks on this PowerPage.
THEN: PROVE → LICENSE → REPLICATE → COMPOUND. For trusted organizations seeking broader use of the CML methodology, explore separately agreed RapidKnowHow IP rights. The €59 guide purchase does not grant redistribution, implementation-partner or IP licensing rights.
EXTERNAL INDUSTRIAL CONTEXT
Examples of established process activity—not CML customers or endorsements: voestalpine and VERBUND H2FUTURE Linz (2 October 2026); OMV Schwechat refinery; MOL Group Bratislava refinery. Validate any site-level gas demand and technical specifications independently.
RapidKnowHow® — THE DECISION COMPANY™ · CML Process Industries 2027 · Public introduction, v1.0. No customer performance or cash results are claimed. © RapidKnowHow®. All licensed IP rights reserved.