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Practical solutions. Better use of resources.

Alternative fuels.
Real possibilities.

Connecting waste resources with industrial energy needs.

ESNAD brings fuel sourcing, plant engineering and project development together to help industry reduce fossil-fuel dependence, diversify supply and advance practical decarbonisation.

CEMENT / INDUSTRIAL HEAT / STEAM
THE VALUE OF A SECOND LIFE↗
Concept illustration of recovered resources becoming fuel for industrial heat
Recovered resources.
Useful energy.
RDF · SRF · BIOMASS
↘Manage energy costs
↻Recover resource value
↗Diversify fuel supply
01 / Our solutions

From first assessment
to plant integration.

One coordinated approach, combining supply-chain development with the plant modifications needed to use alternative fuels reliably.

↔01

Fuel supply
& logistics

RDF, SRF and biomass sourcing matched to your plant, fuel requirements and delivery needs.

Explore the scope +
  • Supplier qualification and multi-batch fuel testing
  • Supply planning, allocation and delivery coordination
  • Shipment documentation and applicable approvals
⌁02

Engineering
& plant integration

Fuel reception, storage, dosing, conveying and injection systems developed around the receiving process.

Explore the scope +
  • Reception halls, storage, metering and conveying
  • Kiln, calciner and compatible boiler integration
  • Procurement, construction, commissioning and trials
↗03

Project development
& technical support

Build a practical route from available feedstock to a technically and commercially sound project.

Explore the scope +
  • Feedstock assessment and feasibility studies
  • Fuel specifications, heat balance and plant compatibility
  • Progressive substitution, performance review and optimisation
02 / Our fuels

The right fuel.
For your process.

Every specification starts with the receiving plant. Suitability depends on energy content, moisture, chemistry, particle size and permits.

RDFRESOURCE → FUEL
Refuse-derived fuel

Recover value from residual waste.

Prepared from suitable non-hazardous residual waste for use in compatible cement kilns. Processing and acceptance criteria are matched to the receiving plant.

Cement co-processingPrepared residual wastePlant-specific specification
Discuss RDF supply ↗
SRFQUALITY → CONSISTENCY
Solid recovered fuel

Defined quality. Plant-specific fit.

A prepared waste-derived fuel with defined quality specifications and classification. ESNAD screens the required fuel properties against kiln operation and acceptance criteria.

Cement co-processingDefined specificationsQuality-controlled supply
Discuss SRF supply ↗
BIORESIDUES → ENERGY
Biomass

A productive use for natural residues.

Agricultural residues and suitable woody materials prepared for compatible industrial heat and steam applications, with moisture and size matched to the combustion system.

Industrial heat & steamWoody residuesAgricultural residues
Discuss biomass supply ↗

RDF/SRF acceptance and final specification remain subject to the receiving facility, process design, applicable permits and shipment approvals.

03 / Supplier assurance

Qualified supply.
Evidence before commitment.

A simplified version of ESNAD’s supplier qualification process keeps commercial discussions grounded in verified origin, quality, capacity and compliance.

01 / IDENTITY & ORIGIN

Know the supplier and the producing site.

Corporate verification, producing facility, chain of custody, role separation and right to sell.

02 / QUALITY

Verify more than a single certificate.

Recent multi-batch analysis, sampling basis and relevant physical and chemical properties.

03 / CAPACITY & LOGISTICS

Confirm supply can actually move.

Available volumes, packaging, loading capability, route, port interface and delivery planning.

04 / REGULATORY PATH

Approve the route before shipment.

Environmental permissions, destination acceptance and the applicable transboundary shipment procedure.

What we screen technically.

Fuel selection is based on the receiving process—not a universal website specification. Final limits are confirmed project by project.

Net calorific valueMoistureChlorineAshParticle sizeMercury & trace elementsDelivery formatPlant acceptance criteria
Governance: Waste-derived fuel movements are handled against the applicable origin, transit and destination requirements, including competent-authority notifications/consents where required. No cargo should move on the basis of speculative or incomplete regulatory assumptions.
04 / Our approach

Practical at every stage.

Fuel supply and engineering decisions belong together. We assess both from the outset, then develop the project in manageable steps.

  1. 01

    Understand your plant

    Review the process, energy demand, permits and project objectives.

  2. 02

    Match fuel and technology

    Assess quality, supply, handling requirements, integration needs and economics.

  3. 03

    Implement and optimise

    Coordinate approvals, procurement, delivery, commissioning, trials and progressive substitution.

Supplier portal & project enquiries

A better fuel strategy starts with a conversation.

For industrial customers, fuel producers, traders, exporters and project partners. Tell us what you need and we’ll help define the next step.

commercial@esnadenergy.com ↗
ESNAD Supplies Company FZC (ESNAD Energy)
B.C. 1301902, B1 Building, Ajman Free Zone (AFZ), UAE · P.O. Box 90128

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