Plastic Mechanical Recycling Data Tables
The Plastic Mechanical Recycling data tables library brings together 19 structured reference tables for the Plastic (Mech) business — feedstock properties, equipment specs, product yields, cost breakdowns, and regulatory checklists. Mechanical plastic recycling — sorting, washing, granulation, pelletizing, and EPR credit terms. Use each table to size a plant, brief vendors, or sense-check the numbers on an opportunity you're evaluating. Open any table for the full data with how-to-read notes, key insights, and the methodology behind the figures.
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C 3 tables
Closed-loop vs open-loop recycling
A four-parameter comparison of closed-loop recycling (where a plastic bottle becomes a new bottle) and open-loop recycling (where it becomes clothing or pipes) — covering material relationship, quality requirements, and circular economy outcome.
Commonly Recycled Polymers (PET, HDPE, LDPE, PP, PS) - Polymer Identification & Properties
A quick-reference table for the five most commonly recycled plastic polymers — PET, HDPE, LDPE, PP, and PS — showing their Resin Identification Code (RIC), full name, key physical characteristics, and typical waste sources.
Commonly Recycled Polymers (PET, HDPE, LDPE, PP, PS) - Recycled End-Use Applications
What PET, HDPE, LDPE, PP, and PS plastic waste becomes after mechanical recycling — the recycled form (rPET, rHDPE, etc.) and the common end products each polymer is sold into.
M 6 tables
Mechanical Plastic Recycling - Difference between recycling vs recovery vs disposal
A six-dimension comparison of the three ways plastic waste can be handled — mechanical recycling, energy recovery, and disposal — showing why mechanical recycling sits at the top of the plastic waste management hierarchy.
Mechanical Recycling vs Chemical Recycling - Business & Economic Comparison
A five-parameter business and economic comparison of mechanical recycling and chemical recycling for plastics — covering capital investment requirements, operating costs, market maturity, end-market access, and regulatory compliance burden.
Mechanical Recycling vs Chemical Recycling - Environmental Impact (LCA Insights)
A three-parameter environmental comparison of mechanical and chemical recycling for plastics using Life Cycle Assessment (LCA) insights — covering carbon footprint, energy demand, and water usage.
Mechanical Recycling vs Chemical Recycling - Technical & Process Comparison
A five-parameter technical comparison of mechanical recycling and chemical recycling (advanced) for plastics — covering process type, polymer chain behaviour, feedstock purity requirements, yield efficiency, and colour output quality.
Mechanical Recycling vs. Depolymerization Comparison
A six-parameter comparison of mechanical recycling and depolymerisation (chemical recycling) — covering process type, feedstock flexibility, material quality output, recycling cycle limits, contaminant removal, and energy and capital cost.
Mechanical vs. Monomer Recovery vs. Feedstock Recycling Comparison
A seven-parameter comparison of the three plastic recycling approaches — mechanical recycling, monomer recovery (depolymerisation), and feedstock recycling (pyrolysis) — covering everything from molecular-level behaviour to output quality and practical applications.
P 8 tables
Plastic mechanical recycling - Upstream Entities – Collection & Supply
A four-entity map of the upstream (collection and supply) side of the plastic mechanical recycling chain — covering waste generators, local bodies (ULBs), waste pickers, and scrap yards, with each entity's specific role.
Plastic mechanical recycling - Downstream Entities (Manufacturing & Market)
A three-entity map of the downstream (manufacturing and market) side of the plastic mechanical recycling chain — covering converters, brand owners (PIBOs), and end consumers, showing who buys recycled granules and why.
Plastic Mechanical Recycling - Enabling Entities (Compliance & Finance)
A three-entity map of the enabling (compliance and finance) side of the plastic mechanical recycling chain — covering pollution control boards, PROs, and financial institutions, with their roles in supporting plant operations and EPR compliance.
Plastic Mechanical Recycling - Midstream Entities (Processing & Quality)
A four-entity map of the midstream (processing and quality) side of the plastic mechanical recycling chain — covering aggregators, mechanical recyclers, logistics providers, and technology providers, with each entity's role.
Plastic Pyrolysis Vs Mechanical Plastic Recycling
This table compares plastic pyrolysis and mechanical recycling across four key dimensions: processing method, feedstock tolerance, output quality, and lifecycle outcome.
Plastic Pyrolysis Vs Plastic Chemical Recycling
This table compares pyrolysis (a chemical recycling route) with conventional mechanical recycling across method, feedstock requirements, output quality, and long-term lifecycle potential.
Proximity to Feedstock Sources - Urban vs industrial waste hubs
A four-parameter business comparison of urban waste hub sourcing and industrial waste hub sourcing for a plastic mechanical recycler — covering processing cost, yield percentage, market value, and supply security.
test
A four-polymer reference table comparing contamination behaviour, melt flow and processing characteristics, and recyclability for PET, HDPE, LDPE/LLDPE, and PP — the technical parameters that determine mechanical recycling processing decisions.
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