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Calculateur ROI — Système Epura

Filtration d'air pour équipements miniers lourds · CIM Connect 2026

Événement live
1
Sélection équipement
2
Données opérationnelles
3
Résultats & ROI
Sélection de l'équipement
Caractéristiques du moteur / Engine specs
Moteur / Engine
HP
KW
RPM
CDI
Litres moteur
CFM
Système recommandé
Concept boîtier
Veuillez sélectionner un modèle avant de continuer. / Please select a model before continuing.

⚙ Administration — Epura ROI v3

A — Tableau des variables ROI / ROI Logic Table
Variable Source Formule / Formula Statut
fleetSaisie / InputNombre d'unités dans la flotteOK
operatingHoursPerMonthSaisie / InputHeures d'opération/mois par machineOK
filterCostSaisie / InputCoût des filtres actuels par changement ($)OK
filterChangesPerMonthSaisie / InputNb changements/mois par machineOK
downtimeCostPerHourSaisie / InputCoût horaire d'arrêt machine ($/h)OK
downtimeHoursPerChangeSaisie / InputHeures d'arrêt par changementOK
laborRateSaisie / InputTaux horaire MO maintenance ($/h)OK
numEmployeesSaisie / InputEmployés par changement (1–3)OK
changeTimeHoursSaisie / InputTemps par changement (h)OK
epuraFilterLifeSaisie / InputDurée de vie filtre Epura (h), défaut 3000OK
fuelConsumptionSaisie / InputConsommation carburant (L/h ou gal/h)OK
fuelPriceSaisie / InputPrix du carburant ($/L ou $/gal)OK
fuelSavingPctSlider / Input% économies carburant Epura (1–10%)OK
systemPricePerUnitProduits DBPrix unitaire système Epura sélectionnéNull si XLG
epuraChangesPerMonthCalculéoperatingHoursPerMonth / epuraFilterLifeOK
laborSavingsCalculé(laborRate × numEmployees × changeTimeHours) × (filterChangesPerMonth − epuraChangesPerMonth) × fleetOK
filterMaterialSavingsCalculéfilterCost × (filterChangesPerMonth − epuraChangesPerMonth) × fleetOK
downtimeSavingsCalculé(filterChangesPerMonth − epuraChangesPerMonth) × downtimeCostPerHour × downtimeHoursPerChange × fleetOK
fuelSavingsCalculéfuelConsumption × operatingHoursPerMonth × fuelPrice × (fuelSavingPct/100) × fleetOK
totalMonthlySavingsCalculélaborSavings + filterMaterialSavings + downtimeSavings + fuelSavingsOK
installCostPerUnitSaisie / InputCoût d'installation par machine ($)OK
totalInvestmentCalculé(systemPricePerUnit + installCostPerUnit) × fleetN/A si XLG
roiMonthsCalculétotalInvestment / totalMonthlySavingsN/A si XLG
savings2yrCalculétotalMonthlySavings × 24 − totalInvestmentN/A si XLG
savings3yrCalculétotalMonthlySavings × 36 − totalInvestmentN/A si XLG
savings5yrCalculétotalMonthlySavings × 60 − totalInvestmentN/A si XLG
Flux de calcul / Calculation Flow
Filtres
matériel
Main-d'œuvre
MO
Carburant
fuel
Arrêts
downtime
Économies
totales/mois
ROI
(mois)
B — Données manquantes / Missing Data

🔴 BLOQUANT — Requis avant production

🟡 IMPORTANT — Améliore la précision

4. Coût réel du filtre Epura par remplacement (pour calcul net vs filtre Epura)
5. Durées de vie réelles par modèle d'équipement (actuellement valeur générique 3000h)
6. Validation des économies carburant par modèle (la plage 1–10% est générique)

🟢 OPTIONNEL — Nice to have

7. Intégration HubSpot CRM réelle (portal ID + form ID pour soumission de leads)
8. Économies d'huile moteur et durée de vie moteur (non incluses dans le calcul actuel)
C — Journal de session / Session Log
Heure Prénom Nom Entreprise Courriel Qualification Fabricant Modèle SKU Epura Nb machines Prix unitaire Coût install./unité Investissement total H op./mois Coût filtres Chgt filtres/mois Coût arrêt/h H arrêt/chgt Taux MO ($/h) Nb employés Temps/chgt (h) Vie filtre Epura (h) Conso. carburant Prix carburant % écon. carburant Écon. mens./machine Écon. mens./flotte ROI (mois) Écon. nette 2 ans Écon. nette 3 ans Écon. nette 5 ans Notes Actions
Aucune session enregistrée / No sessions yet
D — Données chargées / Loaded Data
— fabricants — modèles — SKUs
$

Modifie la valeur par défaut du champ dans l'étape 2. / Sets the default value of the installation cost field in step 2.

⚠ Équivalences à confirmer avec Propulsa / Equivalences to confirm with Propulsa

La table EQUIVALENCES ci-dessous doit être validée par Jean-Pierre / Propulsa Innovation avant publication.


      
SKUNomPrix CADPrix USDHubSpot ID
Case study

Case study | Béton Provincial

By 7 December 2023April 19th, 2024No Comments

CEMENT DUST: BÉTON PROVINCIAL’S LIVELIHOOD AND CHALLENGE

Recognized as one of the leading companies in Quebec’s concrete industry, Béton Provincial specializes in ready-mixed and precast concrete, as well as concrete blocks and pavement. The company receives its supplies of cement powder from Asia via the port in Quebec City. From there, the goods are transported to Béton Provincial’s production plants throughout Quebec.

Faced with major dust management issues, and given the dangers of cement powder for its workers’ health, Béton Provincial had to constantly interrupt its operations to perform repetitive maintenance such as filter changes on its machinery. Cement powder is very harmful to engine components, since it obstructs air intake to the engine. Without proper maintenance, that can greatly reduce the engine’s lifespan. The company was having to change the filters every two hours to protect the machinery and the operators in their cabins.

A true pillar of its industry, Béton Provincial is always looking for ways to improve its processes and operations. To that end, the company turned to the Propulsa Innovations team, learning about its innovative solutions during a meeting at its facilities.

THE PROPULSA INNOVATIONS SOLUTION

Propulsa Innovations is well aware of the impacts cement dust can have on heavy machinery (e.g., clogged filters) and workers’ health (e.g., respiratory diseases like rhinitis and asthma or impaired respiratory function such as chronic bronchitis and emphysema)*. It was confident in its proposal: to install Epura Cabin and Epura Engine self-cleaning pre-filtration systems.

The underlying aim of the proposal was to provide Béton Provincial with a way to guarantee the safety of its employees, reduce the amount of machinery maintenance needed, and save time and money on original filter changes.

Once Béton Provincial discovered the many benefits of Epura technology, particularly how it could change the company’s day-to-day operations by drastically reducing downtime, it ordered multiple Epura Cabin and Epura Engine systems.

The systems were installed on John Deere JD644 and JD644L wheel loaders, since they are constantly in direct contact with cement dust.

RESULTS

The extreme operating conditions Béton Provincial experiences every day at the Port of Québec terminal proved to be a fine challenge for the Propulsa Innovations team.

The two companies collaborated closely to install the Epura Cabin and Epura Engine self-cleaning pre-filtration systems, which resulted in Béton Provincial operating uninterrupted for weeks on end. The company has gone from servicing filters every two hours to maintenance approximately once a month.

Béton Provincial is also benefitting from a significant reduction in the time and costs related to operating in very dusty conditions.

Much less repetitive maintenance

 

Healthier work environment for operators

 

Better preservation of engine components in heavy machinery

 

Lower fuel use and fewer pollutant emissions for each vehicle

 

The benefits for the company are numerous and considerable.

For all of these reasons, not to mention the quick return on its investment, Béton Provincial plans to acquire new Epura self-cleaning pre-filtration systems for other machinery in its fleet.

These results demonstrate just how installing Epura systems has benefitted the operations of companies that work in extremely dusty environments, such as Béton Provincial at the Port of Québec.

With Epura systems from Propulsa Innovations, the air delivered to our operators and engines is cleaner, we’re making considerable savings, and we’ve seen improvements in the performance of our machinery. These factors make all the difference to us.

Karl-Anton BreuWestern Equipment Management Superintendent, Béton Provincial