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TANA Shark 4400 vs ARJES Titan | Landfill Polygon Modular Shredding Comparison

Modular waste polygon analysis: TANA Shark 4400 drum screen versus ARJES Titan 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.

Tactical Fact Sheet

›Location: LANDFILL_POLYGON_BALKAN

›Tech Index: COMP_X

›Sys Time: 13:00:00

›Event Log: 6

›Data Stream: 10

TANA Shark 4400 Transport Weight

31,000kg

Warning

STD 86.2200% Load Warning

ARJES Titan Transport Weight

37,000kg

Nominal

STD 62.5600% In Spec

TANA Star-Screen Clog Rate (C&D)

35%/shift

Warning

STD 75.6000% Load Warning

ARJES Titan Clog Rate (C&D)

0%/shift

Nominal

STD 84.2600% In Spec

TANA Throughput (mixed waste)

40t/h

Warning

STD 55.3800% Load Warning

ARJES Titan Throughput (mixed waste)

80t/h

Nominal

STD 82.0900% In Spec

TANA Fuel Consumption

35l/h

Warning

STD 49.7300% Load Warning

ARJES Titan Fuel Consumption

30l/h

Nominal

STD 45.5500% In Spec

TANA Setup Time

4hrs

Warning

STD 95.8000% Load Warning

ARJES Titan Setup Time

0.50hrs

Nominal

STD 72.9200% In Spec

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TANA Shark 4400 vs ARJES Titan | Landfill Polygon Modular Shredding Comparison

Tactical Fact Sheet

›Location: LANDFILL_POLYGON_BALKAN

›Tech Index: COMP_X

›Sys Time: 13:00:00

›Event Log: 6

›Data Stream: 10

TANA Shark 4400 Transport Weight

31,000kg

Warning

STD 86.2200% Load Warning

ARJES Titan Transport Weight

37,000kg

Nominal

STD 62.5600% In Spec

TANA Star-Screen Clog Rate (C&D)

35%/shift

Warning

STD 75.6000% Load Warning

ARJES Titan Clog Rate (C&D)

0%/shift

Nominal

STD 84.2600% In Spec

TANA Throughput (mixed waste)

40t/h

Warning

STD 55.3800% Load Warning

ARJES Titan Throughput (mixed waste)

80t/h

Nominal

STD 82.0900% In Spec

TANA Fuel Consumption

35l/h

Warning

STD 49.7300% Load Warning

ARJES Titan Fuel Consumption

30l/h

Nominal

STD 45.5500% In Spec

TANA Setup Time

4hrs

Warning

STD 95.8000% Load Warning

ARJES Titan Setup Time

0.50hrs

Nominal

STD 72.9200% In Spec

ROI Engine · Per Shift

FISCAL_SHIELD_CAPITAL: 2,098.00 EUR

Landfill fee €25/t, fuel consumption 0.27 l/t, and wear factor 0.85 are locked into the shift model.

Summary

// KEY ENGINEERING TERMS

tensile fracture, cutting regime, TCO, OPEX — wear cassette, twin-shaft

Technical Analysis

THE CLASSIFIER TRAP

The TANA Shark 4400 is an open drum screen equipped with rotating star shafts. Its design philosophy targets clean material classification: compost, biomass, fine fractions. On landfill polygons processing mixed C&D waste, this architecture encounters a fundamental limitation. Oversized concrete slabs, rebar bundles, and mixed steel elements bypass the star shafts and accumulate at the drum inlet. Star discs, while replaceable, are not designed for impact crushing. Progressive clogging forces operator intervention every 2-4 hours. The ARJES Titan slow-speed shredder operates as a true universal processor: its asynchronous twin-shaft system actively pulls in oversized material, crushes it to a defined fraction, and feeds downstream screening equipment without interruption. On multi-polygon landfill operations, the Titan replaces both the pre-crusher and the primary shredder, halving the equipment convoy and mobilization cost.

FEED GEOMETRY ASYMMETRY

TANA Shark relies on gravity feed into a horizontally rotating drum. This geometry is ideal for pre-shredded, homogeneous material flows. On real landfill polygons, material arrives as heterogeneous boulders, steel beams, and compacted rubble. High-aspect-ratio elements (rebars longer than 1.5 m, steel profiles) create bridging inside the drum, requiring manual clearing. The ARJES Titan uses an aggressive twin-shaft intake geometry where shafts counter-rotate at different angular velocities, actively gripping and pulling material inward. This eliminates bridging entirely and processes mixed feeds without any pre-screening. The result: continuous operation where TANA requires frequent stops.

TRANSPORT CONVOY ECONOMICS

TANA Shark 4400 at 31,000 kg appears transport-efficient. However, on C&D-heavy polygons, TANA cannot operate alone. A separate pre-crusher (typically a 24-38 ton slow-speed shredder) must be deployed upstream, creating a two-machine convoy weighing 55-69 tons. ARJES Titan at 37,000 kg operates as a standalone unit on the same polygon, processing everything from oversized concrete to steel-included mixed waste. For contractors rotating between 3-5 polygons per season, the convoy weight reduction translates to 30-50% lower mobilization cost per site, fewer special transport permits, and faster deployment cycles.

BALLAST RESISTANCE AUDIT

Landfill ballast, the compacted mixture of rubble, soil, and small debris that forms the operational surface of waste polygons, is extremely abrasive. TANA star discs are made from wear-resistant steel but are not designed for direct impact with compacted ballast containing steel inclusions. Replacement cycles shorten dramatically in this environment. ARJES Titan T-blade cassettes are engineered precisely for this regime. The T-blade geometry concentrates crushing force on a defined cutting edge, and the cassette system allows replacement in 2 hours without factory involvement. The SCU (Smart Control Unit) automatically adjusts shaft speed to material density, preventing overloading on hard ballast zones.

SYSTEM INTEGRITY CHECK

The TANA Shark 4400 excels as a classifier within dedicated composting and biomass refinement lines. On landfill polygons processing mixed C&D with steel inclusions, it requires a pre-crusher, produces lower throughput, and suffers from frequent clogging. The ARJES Titan delivers 2x throughput on mixed waste (80 t/h vs 40 t/h), eliminates the need for a separate pre-crusher, and processes ballast with steel inclusions without clogging. For waste polygon operators processing heterogeneous material, the ARJES Titan is the superior deployment choice. Calculate your specific polygon ROI with the ARJES ROI Calculator to model exact savings against your material mix and site rotation schedule.

System Integrity

warning

Power Unit

Hydraulics

Shaft Sync

SCU Logic

Magnetic Sep.

Cooling

Telemetry

Track Drive

13:05:00 — SYSTEM_SCAN: TANA Shark 4400 detected. Open drum screen with star shafts, 4400 mm drum diameter. 355 kW Scania DC13 engine. Transport weight: 31,000 kg.

13:12:00 — POLYGON_ANALYSIS: TANA Shark is a pure classifier, not a crusher. On landfill polygons with mixed C&D and ballast, oversized concrete slabs and rebar bundles bypass the star shafts and accumulate at the drum inlet, causing progressive clogging and requiring manual intervention every 2-4 hours.

13:20:00 — FEED_GEOMETRY: TANA Shark relies on gravity feed into a rotating drum. Material with high aspect ratio (long rebars, steel beams) creates bridging. ARJES Titan uses aggressive twin-shaft intake that pulls material in actively, eliminating bridging and processing mixed feeds without pre-screening.

13:28:00 — TRANSPORT_PARADOX: TANA Shark at 31,000 kg is lighter than ARJES Titan at 37,000 kg. However, TANA requires a separate pre-crusher on any polygon processing construction waste, adding 24-38 tons to the deployment convoy. Net transport weight: TANA system 55-69t vs ARJES Titan standalone 37t.

13:35:00 — BALLAST_RESISTANCE: TANA star shafts are vulnerable to abrasive landfill ballast (compacted rubble mixed with soil). Star disc replacement requires specialized service. ARJES Titan shafts with T-blade cassettes are designed for exactly this regime: compacted landfill material with steel inclusions.

13:42:00 — OPERATIONAL_VERDICT: On a multi-polygon landfill deployment, ARJES Titan eliminates the need for a separate pre-crusher, reduces convoy weight by 30-50%, and delivers 2x throughput on mixed waste. Star-screen classifiers remain optimal for pure compost/biomass separation but fail on C&D-heavy polygons.

Impaktor Range

250 EVO I250 EVO II350 EVO I350 EVO II850100011001250 E1250 D

REF: LANDFILL_POLYGON_BALKAN_26

Impaktor Range · Performance Data

IMPAKTOR 1000 — View specs→IMPAKTOR 1100 — View specs→Impaktor 1250 D — View specs→

// RELATED INDUSTRIAL ENTITIES6 nodes

RESEARCH

MODELS

MATERIALS

Scrap and Metal Shredding Systems

Verification Reports · External Sources

TANA Shark 4400 Technical Datahttps://www.tana.fi/en/products/shark-waste-shredder/ARJES Titan Specificationshttps://www.arjes.com/en/

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TANA Shark 4400 vs ARJES Titan | Landfill Polygon Modular Shredding Comparison

Tactical Fact Sheet

›Location: LANDFILL_POLYGON_BALKAN

›Tech Index: COMP_X

›Sys Time: 13:00:00

›Event Log: 6

›Data Stream: 10

TANA Shark 4400 Transport Weight

31,000kg

Warning

STD 86.2200% Load Warning

ARJES Titan Transport Weight

37,000kg

Nominal

STD 62.5600% In Spec

TANA Star-Screen Clog Rate (C&D)

35%/shift

Warning

STD 75.6000% Load Warning

ARJES Titan Clog Rate (C&D)

0%/shift

Nominal

STD 84.2600% In Spec

TANA Throughput (mixed waste)

40t/h

Warning

STD 55.3800% Load Warning

ARJES Titan Throughput (mixed waste)

80t/h

Nominal

STD 82.0900% In Spec

TANA Fuel Consumption

35l/h

Warning

STD 49.7300% Load Warning

ARJES Titan Fuel Consumption

30l/h

Nominal

STD 45.5500% In Spec

TANA Setup Time

4hrs

Warning

STD 95.8000% Load Warning

ARJES Titan Setup Time

0.50hrs

Nominal

STD 72.9200% In Spec

// Tech Index

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// TECHNICAL TELEMETRY // LOG_ID: COMP_X

TANA Shark 4400 vs ARJES Titan | Landfill Polygon Modular Shredding Comparison

Tactical Fact Sheet

›Location: LANDFILL_POLYGON_BALKAN

›Tech Index: COMP_X

›Sys Time: 13:00:00

›Event Log: 6

›Data Stream: 10

TANA Shark 4400 Transport Weight

31,000kg

Warning

STD 86.2200% Load Warning

ARJES Titan Transport Weight

37,000kg

Nominal

STD 62.5600% In Spec

TANA Star-Screen Clog Rate (C&D)

35%/shift

Warning

STD 75.6000% Load Warning

ARJES Titan Clog Rate (C&D)

0%/shift

Nominal

STD 84.2600% In Spec

TANA Throughput (mixed waste)

40t/h

Warning

STD 55.3800% Load Warning

ARJES Titan Throughput (mixed waste)

80t/h

Nominal

STD 82.0900% In Spec

TANA Fuel Consumption

35l/h

Warning

STD 49.7300% Load Warning

ARJES Titan Fuel Consumption

30l/h

Nominal

STD 45.5500% In Spec

TANA Setup Time

4hrs

Warning

STD 95.8000% Load Warning

ARJES Titan Setup Time

0.50hrs

Nominal

STD 72.9200% In Spec

ROI Engine · Per Shift

FISCAL_SHIELD_CAPITAL: 2,098.00 EUR

Landfill fee €25/t, fuel consumption 0.27 l/t, and wear factor 0.85 are locked into the shift model.

Summary

// KEY ENGINEERING TERMS

tensile fracture, cutting regime, TCO, OPEX — wear cassette, twin-shaft

Technical Analysis

THE CLASSIFIER TRAP

FEED GEOMETRY ASYMMETRY

TRANSPORT CONVOY ECONOMICS

BALLAST RESISTANCE AUDIT

SYSTEM INTEGRITY CHECK

System Integrity

warning

Power Unit

Hydraulics

Shaft Sync

SCU Logic

Magnetic Sep.

Cooling

Telemetry

Track Drive

13:05:00 — SYSTEM_SCAN: TANA Shark 4400 detected. Open drum screen with star shafts, 4400 mm drum diameter. 355 kW Scania DC13 engine. Transport weight: 31,000 kg.

Impaktor Range

250 EVO I250 EVO II350 EVO I350 EVO II850100011001250 E1250 D

REF: LANDFILL_POLYGON_BALKAN_26

Impaktor Range · Performance Data

IMPAKTOR 1000 — View specs→IMPAKTOR 1100 — View specs→Impaktor 1250 D — View specs→

// RELATED INDUSTRIAL ENTITIES6 nodes

RESEARCH

MODELS

MATERIALS

Scrap and Metal Shredding Systems

Verification Reports · External Sources

TANA Shark 4400 Technical Datahttps://www.tana.fi/en/products/shark-waste-shredder/ARJES Titan Specificationshttps://www.arjes.com/en/

UNIVERSAL

HEAVY

SUPER HEAVY

Machinery Archive

TANA Shark 4400 vs ARJES Titan | Landfill Polygon Modular Shredding Comparison

Tactical Fact Sheet

TANA Shark 4400 vs ARJES Titan | Landfill Polygon Modular Shredding Comparison

Tactical Fact Sheet

Summary

Technical Analysis

THE CLASSIFIER TRAP

FEED GEOMETRY ASYMMETRY

TRANSPORT CONVOY ECONOMICS

BALLAST RESISTANCE AUDIT

SYSTEM INTEGRITY CHECK

UNIVERSAL

HEAVY

SUPER HEAVY

Machinery Archive

TANA Shark 4400 vs ARJES Titan | Landfill Polygon Modular Shredding Comparison

Tactical Fact Sheet

TANA Shark 4400 vs ARJES Titan | Landfill Polygon Modular Shredding Comparison

Tactical Fact Sheet

Summary

Technical Analysis

THE CLASSIFIER TRAP

FEED GEOMETRY ASYMMETRY

TRANSPORT CONVOY ECONOMICS

BALLAST RESISTANCE AUDIT

SYSTEM INTEGRITY CHECK