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[ 01 ]250 EVO I//[ 02 ]250 E EVO I//[ 03 ]250 EVO II//[ 04 ]250 E EVO II//

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[ 01 ]350 EVO I//[ 02 ]350 E EVO I//[ 03 ]350 EVO II//[ 04 ]350 E EVO II//

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[ 01 ]1250 D//[ 02 ]1250 E//

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03NEWS
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Municipal Solid Waste Processing

Stop EUR 35-65/t Rising Landfill Fees — 80% MSW Volume Reduction Before WtE

Reduce municipal solid waste volume by 60-80% before transfer to sorting facilities or waste-to-energy plants. High-torque slow-speed shredding homogenizes heterogeneous waste for efficient downstream processing — cutting transport and gate costs simultaneously.

How can MSW facilities counter rising landfill fees?

EU landfill fees for mixed municipal waste average EUR 35-65/t and are projected to increase 8-12% annually under the EU Circular Economy Act 2026. Volume reduction through pre-shredding cuts transport and gate costs simultaneously.Directive 2008/98/EC on waste (Waste Framework Directive), Article 11

35EUR/t

What feedstock specifications do WtE plants require?

WtE plants require homogeneous feedstock with <300mm particle size and <40% moisture content. MSW pre-shredding with the Impaktor produces consistent fraction sizes, improving combustion efficiency and reducing boiler fouling.

79.58USD

VERIFIED PROCESSING CHAIN

Heterogeneous MSW
RAW_INPUT_MATERIAL
Heterogeneous MSW
Volume Homogenization
SHREDDING_ACTION
Volume Homogenization
Pre-Sorted Fraction
PROCESSED_FRACTION_OUTPUT
Pre-Sorted Fraction

Verified Case Studies

COMPATIBLE:Impaktor 250 Evo IiArm Tr 4500

Municipal Solid Waste — MSW Processing and Fractionation

SHREDDERSSCREENSMSW
THROUGHPUT
28ST/H
TCO REDUCTION
35%
PAYBACK
20MO
ROI (5Y)
60%

Industrial Friction

Municipal solid waste fractionation represents the most heterogeneous processing challenge in the recycling industry. MSW streams contain organic matter (35–45%), plastics (15–25%), metals (5–10%), glass (5–8%), textiles (3–6%), and inert materials (10–20%) in unpredictable proportions that vary by season, collection zone, and socioeconomic factors. Single-shaft shredders produce inconsistent fraction sizes that degrade downstream optical, magnetic, and ballistic sorting efficiency by 25–35%. Manual pre-sorting adds 40–60% to processing cost and creates worker safety exposure to sharps, biohazards, and chemical contaminants, making automated single-pass fractionation the critical bottleneck in modern materials recovery facility design.

Technical Solution

Combined Impaktor 250 EVO II shredding and ARM-TR 4500 multi-deck vibratory screening achieve 95% fraction accuracy on mixed MSW streams across all four target size grades. The Impaktor reduces gross volume by 75% in a single pass using asynchronous shear kinematics that handle bagged waste, textile tangles, and rigid containers simultaneously. The ARM-TR 4500 separates the shredded output into four calibrated size grades (0-1 in, 1-2 in, 2-5 in, >5 in) with adjustable deck angles and vibration parameters for real-time optimization. The integrated two-machine system eliminates manual pre-sorting, reduces labor requirements by 70%, and achieves >90% material recovery rates across ferrous, non-ferrous, and organic fraction streams.

Economic Impact & ROI

Validated 35% TCO reduction through automated fractionation that eliminates manual pre-sorting labor and reduces downstream sorting rejection rates by 45%. Capital payback in 20 months with 60% projected 5-year ROI across the two-machine configuration, factoring in gate fee revenue of $44-73/ST, secondary material commodity recovery (averaging $22/ST), and compliance with EU Landfill Directive targets for 65% municipal waste diversion from landfill by 2035.

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COMPATIBLE:Fortan Pyrolisis Plant

Fortan Pyrolysis — Waste-to-Energy Vertical

PYROLYSISW2ECHEMICAL
THROUGHPUT
3ST/H
TCO REDUCTION
40%
PAYBACK
30MO
ROI (5Y)
72%

Industrial Friction

Pyrolysis waste-to-energy feed preparation requires precise feedstock sizing (≤2", <15% moisture content) to maintain consistent thermal decomposition in continuous-feed reactors operating at 400–600 °C. End-of-life tires, mixed plastics, and medical waste represent a disposal liability with rising landfill costs ($78-196/ST for hazardous streams) and tightening regulatory restrictions under EU Waste Framework Directive amendments. Incineration produces dioxin and furan emissions requiring expensive flue-gas treatment systems (€1.5–3M capital), while mechanical recycling of mixed polymers remains economically unviable below 500 t/month throughput due to sorting costs. Polymer shredding for pyrolysis reactor feed must achieve controlled particle-size distribution without thermal degradation of the polymer chains.

Technical Solution

Fortan continuous-feed pyrolysis plants convert hydrocarbon-based waste into three marketable fuel fractions — pyrolysis oil (35–40% yield), syngas (25–30% yield), and carbon black (20–25% yield) — at 3 ST/h continuous throughput. Thermal decomposition chambers rated for 400–600 °C operate in a sealed oxygen-free environment, thermodynamically eliminating dioxin and furan formation through the absence of free-oxygen combustion pathways. The process achieves 85% material-to-energy conversion efficiency with <2% residual ash. The pyrolysis waste-to-energy feed preparation upstream chain integrates directly with Impaktor shredding equipment, delivering calibrated feedstock that maintains consistent reactor pressure profiles and maximizes liquid fuel fraction yield across variable input compositions.

Economic Impact & ROI

Documented 40% TCO reduction versus incineration baseline, driven by fuel fraction revenue ($343-490/ST pyrolysis oil equivalent), eliminated flue-gas treatment costs, and reduced regulatory compliance burden. Capital payback in 30 months with 72% projected 5-year ROI through waste-to-fuel monetization. Revenue model includes pyrolysis oil at €0.45–0.65/L, carbon black at $176-343/ST, and avoided hazardous waste disposal fees of $78-196/ST, delivering net annual cash flow positive from month 14 of operation.

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VERIFIED OPERATIONAL METRICS

MACHINES DEPLOYED
3
SYSTEM ENVELOPE
25t/h
MATERIAL CLASSES
3
REFERENCE GATE FEE
34$/ST
MSW Resale Value
US Equivalent
$5/ST
Volume Reduction
70.0 %
Fuel Modifier
1.0 x
Wear Modifier
1.4 x

ECONOMIC IMPACT CALCULATOR

Financial Overview
OPEN COMPLIANCE HUB FOR VERIFIED TCO MODEL →
38 research reports · Regional gate fee matrix · Interactive financial calculator

CERTIFIED FLEET COMPATIBILITY

IMPAKTOR 1000

heavy-duty unit
THROUGHPUT: 25

Throughput verified: commercialWaste.

Matching shaft geometry available.

Heavy-duty power class (continuous industrial duty).

IMPAKTOR 1000 — // VIEW_MACHINE

IMPAKTOR 1100

heavy-duty unit
THROUGHPUT: 32

Throughput verified: commercialWaste.

Matching shaft geometry available.

Heavy-duty power class (continuous industrial duty).

IMPAKTOR 1100 — // VIEW_MACHINE

IMPAKTOR 250 e-EVO I

electric unit
THROUGHPUT: 10

Throughput verified: wasteAndPlastics.

Matching shaft geometry available.

IMPAKTOR 250 e-EVO I — // VIEW_MACHINE
Verified PDF
DOWNLOAD VERIFIED CASE STUDY & SYSTEM SPECIFICATION (PDF)
ax_catalog_impaktor_1000-en.pdf · EN
PDF
Expert Context

RELATED ENGINEERING BRIEFINGS

  • Solution

    otr-tire-recycling

  • Solution

    ELV vehicle body shredding for msw operations

    Route ELV shredder residue (ASR) through MSW pre-shredding lines for volume reduction before thermal treatment.

  • Solution

    C&D full-stream — construction waste integration

    Integrate MSW pre-shredding with C&D recycling for full waste-stream coverage.

Expert Context

RELATED ENGINEERING BRIEFINGS

  • [COMP_Z]

    WASTE_TAX_ARBITRAGE_2026_MANDATE

    Regulatory compliance audit: 2026 waste legislation mandate across 7 Balkan and CIS jurisdictions. Landfill gate fee escalation, fraction compliance requirements, and ARJES engineering solutions mapped per-jurisdiction. Tax avoidance through on-site crushing with Impaktor 250-350 EVO II.

    2026.07.01·TECH_BRIEFING
  • [AXE_GFE_28]

    GATE FEE MACRO ESCALATION: 13-REGION LANDFILL TAX TRAJECTORY MODEL

    Cross-regional gate fee escalation analysis projecting landfill tax trajectories across all 13 AXE deployment regions through 2030. Models the compound annual growth rate (CAGR) of gate fees, correlates with EU Circular Economy Action Plan enforcement timelines, and quantifies the financial delta between on-site processing with ARJES equipment versus continued landfill disposal. The macro model demonstrates that every 12-month delay in on-site processing capability acquisition compounds the gate fee liability by 8-15% annually depending on jurisdiction.

    2026.07.05·TECH_BRIEFING
  • [AXE_PG90_23]

    AXE PG-90 HORIZONTAL PRESS: AUTOMATIC BALING LINE THROUGHPUT AND DENSITY MECHANICS

    Engineering breakdown of the AXE PG-90 automatic horizontal baling press — hydraulic compaction cycles, bale density optimization for MSW and packaging waste, and the integration of the press into sorting line outflow to produce merchantable secondary material bales.

    2023.09.15·TECH_BRIEFING
  • [AXE_ARMTR_23]

    AXE ARM-TR 4500 STATIONARY DRUM SCREEN: FRACTION SEPARATION MECHANICS AND TROMMEL DESIGN

    Engineering breakdown of the AXE ARM-TR 4500 stationary drum screen (trommel) — rotational fraction separation, screen aperture selection for MSW and C&D streams, and integration of the drum screen as the primary sizing stage in a multi-fraction sorting line.

    2023.10.20·TECH_BRIEFING
  • [COMP_X]

    TANA_SHARK_VS_ARJES_IMPAKTOR_1250_D

    Modular waste polygon analysis: TANA Shark 4400 drum screen versus ARJES Impaktor 1250 D slow-speed shredder on landfill ballast, mixed C&D, and oversized waste. Star-screen clogging versus asynchronous crushing universality. Transport logistics and on-site mobility.

    2026.06.30·TECH_BRIEFING
  • [AXE_USA_26]

    US MARKET ANALYSIS: COMPETITIVE LANDSCAPE IN IMPERIAL UNITS

    Competitive engineering analysis of the US mobile shredder market: Arjes Impaktor 250 EVO II vs. EDGE Slayer VS420, Bandit Beast 2680XP, and Metso M&J 4000M. All specifications converted to imperial units (HP, Short Tons, PSI, Gallons).

    2026.07.01·TECH_BRIEFING
  • [AXE_FUEL_01]

    FUEL BENCHMARK: 0.27 LITRES PER TONNE — THE ARJES DIESEL EFFICIENCY FLOOR

    The ARJES Impaktor 250 EVO II publishes a fuel consumption benchmark of 0.27 litres of diesel per tonne of C&D material processed — the lowest published diesel fuel figure in the 2026 mobile shredder dataset. Single-shaft and kinetic-drum competitors run 2.9–3.9x this figure: Haas Tyron 1500 = 0.78 l/t, Pronar MRW 2.85 = 0.92 l/t, Komptech Terminator 6000 = 1.05 l/t. At 1.50 EUR/l and 50,000 t/yr throughput, the annual fuel cost delta between ARJES and Komptech reaches 58,500 EUR. 10-year cumulative delta: 585,000 EUR — exceeding the ARJES machine's CAPEX.

    2026.08.04·TECH_BRIEFING
Municipal Solid Waste Processing

REDUCE WASTE VOLUME

ENGINEER CONSULTATION DIRECT LINE
SOURCE: SOLUTION_MUNICIPAL-SOLID-WASTE | TELEMETRY_VERIFIED
+381644422555info@arjes-impaktor.rs