Communities / Industries

Source recovered materials closer to demand.

A distributed facility network can supply nearby energy-intensive industries with locally recovered product streams, subject to technical qualification.

The problem

Exposure to imported fuel and material inputs

Need for qualified alternative fuel routes

Volatile delivered cost and logistics

The Clean Carbon Energy response

Produce industrial materials closer to demand.

Clean Carbon Energy’s network links underutilised municipal material with local industrial demand through three product streams, subject to qualification.

Local industrial supply

Industry calculator

Compare alternative-fuel total cost in context.

Use current plant and fuel data to understand delivered cost and kiln-efficiency impact before requesting a full technical comparison.

Inputs

Your plant & current fuel

Plant

Clinker capacityt/dayOperating daysdays/yrBaseline specific heat consumptionat 0% thermal substitutionkcal/kg clinkerCurrent thermal substitution rate%

Current alternative fuel

Net calorific valueas receivedkcal/kgMoistureas received%Purchase priceex worksEGP/tInland transport to plantEGP/tHandling at plantEGP/t

Primary fuel

Coal price, cost insurance and freightUSD/tPet coke price, cost insurance and freightUSD/tCoal share of blend%Exchange rateEGP/USD

Reference default: Egyptian Customs Authority via Nafeza · 3 September 2026. All fields remain editable.

Carbon Border Adjustment Mechanism exposure (optional)

Include mechanism cost on kiln-fuel carbon dioxideClinker exported to the European Union%Carbon priceEUR/tCO₂Exchange rateEGP/EURBiogenic fraction of alternative fuel%

Advanced: fuel properties and feed system

Coal inland transportUSD/tCoal net calorific valuekcal/kgPet coke inland transportUSD/tPet coke net calorific valuekcal/kgAlternative-fuel bulk densitykg/m³Dosing system capacitym³/hrDosing availability%Dosing hours per dayhr/dayAlternative-fuel granularitymmAlternative-fuel chlorine%Apply granularity penaltyApply chlorine penalty

Results

True cost of current fuel

True cost per ton3,307EGP/t · sticker 1,700

Per gigacalorie delivered1,102EGP/Gcal · primary fuel 926

vs primary fuel+19.0%per gigacalorie, before the Carbon Border Adjustment Mechanism

Annual alternative-fuel cost537.0EGP m/yr · 162,360 t/yr

Where the money goesEGP/t alternative fuel

Purchase price (ex works)1,700276.0 m/yr

Inland transport800129.9 m/yr

Handling at plant16026.0 m/yr

Kiln-efficiency compensation647105.1 m/yr

True cost of current alternative fuel3,307537.0 m/yr

At 30.0% substitution, moisture and the calorific-value gap raise kiln heat consumption from 820 to approximately 877 kcal/kg clinker. The extra primary fuel costs EGP 105.1 million/yr.

Plant energy bill

Primary fuel purchases: 1,052.6 EGP m/yr
Alternative fuel — all-in: 537.0 EGP m/yr
Total energy cost: 1,589.5 EGP m/yr
Per ton of clinker: 803 EGP/t clinker

Request a full BioSRF comparison

Indicative only. The tool prices current fuel on a total-cost basis: purchase, transport, handling, and extra primary fuel used to compensate for moisture and low calorific value. It excludes BioSRF pricing, price ceilings, chlorine-bypass capital expenditure, and clinker-capacity effects; these are addressed in the full technical comparative assessment.

Methodology

A defined scope without exposing the proprietary layer.

Kiln-efficiency penalties use the moisture and net-calorific-value gap coefficients in the Clean Carbon Energy model, with published coefficients cited to Duda and IEA CCC/71. Emission factors are 94.6 for coal, 97.5 for pet coke, and 91.5 tCO₂/TJ for the fossil fraction of alternative fuel, cited to IPCC 2006 and Directive 2007/589/EC. Results require plant-specific calibration.

Full assessment

Request a technical BioSRF comparison.

Clean Carbon Energy will use actual plant inputs to prepare a comparison covering landed cost, kiln efficiency, feed-system capacity, Carbon Border Adjustment Mechanism exposure, and pricing.