Repair and reuse
Retain the useful item or component when possible. This is the first route before heat, shredding or re-forming.
Climate Change Technology · P—54 · 10 October 2026
Local recycling.
Useful things made nearby.
Can people see where their material goes?
Propose a workshop where suitable materials are identified, reused or made into useful products, with a public record of each batch and its destination.
Start with a small, measurable job. Let the products, costs and material balance show whether a wider local network is justified.
Watch the nine-slide introduction ↓The complete introduction · slide 1 of 9
Local recycling: useful products made nearby
How the proposal works
Follow the batch.
See the result.
A finished object demonstrates what happened to one batch; it does not establish that every item collected was recycled.
- 01
Receive and identify
Weigh a batch, record its source, identify the material and reject or quarantine anything unsuitable. Repair and direct reuse come first.
- 02
Make a defined product
Use a controlled recipe for a suitable, known material. The starter uses prepared clean plastic feed for small moulded products; metal work has a separate dry bay and its own checks.
- 03
Inspect and sell
Record output, rejects and inspection. Test a product for its intended use before offering it for sale. Structural building products need their own validation and approval.
- 04
Show the balance
Publish incoming mass, products, stock, residues and specialist transfers, alongside energy, transport, paid hours, prices and corrections.
A route for the material
Different materials.
Different decisions.
The paper distinguishes recovery methods, equipment, product testing and specialist routes. A long list of named materials is a starting point for investigation, not a promise to recycle them all on site.
Known thermoplastics
Sort by identity and recipe, remove unsuitable parts, clean and dry where required, then mould or extrude only within the equipment and quality limits. The starter buys prepared feed.
Known metal alloys
Keep alloys separate, verify composition and product requirements, measure charge and dross. A small furnace can cast selected material; melting alone does not refine an unknown alloy.
Complex or hazardous streams
Quarantine or refuse unknown and unsuitable feed. Use documented specialist routes for materials that cannot safely or economically be handled by this workshop.
Search the accompanying inventory
What material
are we talking about?
The first-stage index has 111 polymer records and 97 metal and associated-material records. Family, subtype and grade entries can overlap. It also supplies 29 name mappings and 50 sources. These are records of identity and UK offer evidence, not measured UK stock, available batch quantities or approved workshop recipes.
Showing 18 of 208 matching records
Polyethylene PE
Polyolefins · UK offer
High-density polyethylene PE-HD / HDPE
Polyolefins · UK offer
Low-density polyethylene PE-LD / LDPE
Polyolefins · UK offer
Linear low-density polyethylene PE-LLD / LLDPE
Polyolefins · UK offer
Medium-density polyethylene PE-MD / MDPE
Polyolefins · Reference only
Ultra-high-molecular-weight polyethylene PE-UHMW / UHMWPE
Polyolefins · Reference only
Cross-linked polyethylene PE-X / XLPE
Polyolefins · UK offer
Polypropylene PP
Polyolefins · UK offer
Polybutene-1 PB-1
Polyolefins · Reference only
Polymethylpentene PMP
Polyolefins · UK offer
Ethylene-vinyl acetate copolymer EVA
Ethylene copolymers · UK offer
Polyolefin elastomers POE
Ethylene copolymers · UK offer
General-purpose polystyrene PS / GPPS
Styrenics · UK offer
High-impact polystyrene PS-HI / HIPS
Styrenics · UK offer
Expanded polystyrene EPS
Styrenics · Reference only
Acrylonitrile-butadiene-styrene ABS
Styrenics · UK offer
Acrylonitrile-styrene-acrylate ASA
Styrenics · UK offer
Styrene-acrylonitrile SAN
Styrenics · UK offer
For the full fields, source references and naming notes, use the spreadsheet or JSON inventory below.
A bounded first pilot
Start small.
Account for the rest.
The workshop design keeps plastic preparation and metal trials separate. The first option uses prepared clean plastic feed for small moulded items; it does not establish capacity for building blocks or a complete mixed-waste plant.
OptionEquipment estimateDifference
A · prepared feed, electric metal trials and solar£18,285Starter configuration
B · option A plus guarded shredder£20,585Size reduction on site; washing still separate
C · option B plus conditional HHO station£26,910Electric furnace retained until proven
Planning estimates include allowances for contingency and VAT, but exclude site, wages, permissions and other operating needs. These figures are not supplier quotations or complete opening costs. HHO is a separate unproven option, not an assumed energy saving.
Public proof
Show the receipts.
Show the rejects.
A public material ledger should reconcile opening stock and receipts with dispatched products, external transfers, residues, process losses and closing stock. A batch label can state its material, inspection, intended use and return route.
Compare actual electricity, transport, yield and product lifetime against a real alternative before claiming carbon savings. The paper’s numerical carbon and transport examples are planning scenarios; its favourable local product case is small, while other assumed cases perform worse.
Log paid hours, product sales, costs, customer demand and corrections too. These measures help decide whether a pilot merits expansion.
Original files · eight downloads
Read here.
Inspect the sources.
The browser presentation preserves all nine slides. The original PPTX retains its speaker notes and source URLs. The paper, pilot design, report and inventories remain available in their supplied formats.
Introduction · 1.9 MBNine-slide presentation · PDF reading copy↓Introduction · 1.8 MBOriginal presentation with speaker notes · PPTX↓Paper · 26 pages · 544 KBLocal Recycling and Manufacturing · complete paper · PDF↓Paper · 218 KBEditable complete paper · DOCX↓Workshop · 8 pages · 100 KBPilot workshop design and sourcing · PDF↓Materials · 47 KBUK materials report · DOCX↓Materials · 43 KBFilterable materials inventory · XLSX↓Materials · 163 KBMachine-readable inventory and source register · JSON↓