Decision Framework Cross-Reference
A master planning checklist cross-referencing six sequential business decisions for an e-waste recycling plant — location, feedstock, plant type, capacity, machinery, and scaling path — with the course module covering each and the key questions to answer before moving to implementation.
| Decision | Module | Key Questions |
|---|---|---|
| Sector & Location | M5 — Site Selection | Which industrial zone? Distance from feedstock and from buyers? Power and water capacity? Effluent treatment access? |
| Feedstock Strategy | M6 — Feedstock Understanding | Which industry sectors (ITEW/CEEW/LSEEW) to focus on? Which metals to prioritise (Iron/Cu/Au/Al)? What % of feedstock is hazardous? |
| Plant Type | M7 — Recycling Plant Types | Mechanical (₹2-4 cr, easiest), PCB (₹1-5 cr, supply-limited), Pyro (₹5-15 cr, scaled mech operators), Hydro (₹10-25 cr, terminal stage)? |
| Capacity | M9 — Capacity Calculation | What is the bottleneck? TPD to design for? Authorised capacity to declare (1.2-1.5× planned actual)? |
| Machinery | M8 — Machinery & Equipment | Which shredder type? Magnetic + Eddy Current sizing? Dust collection cascade? Plant-specific equipment (depopulator, EAF, electrolytic cells)? |
| Scaling Path | M10 — this module | Metals-first or precious-metals-first? When to add the second plant? EPR contract timing relative to scaling? |
Beyond definitions
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How to read this table
- Each row is one decision; columns show the decision topic, the course module covering it, and the key questions to answer before moving to implementation.
- Work through decisions in order from top to bottom — each decision constrains the next, and answering questions out of sequence creates avoidable rework.
- This table is a final verification tool — if any question in the table cannot be answered with a defensible answer, that decision requires more research before implementation begins.
About this table
Building an e-waste recycling business requires six sequential decisions in the right order — making a machinery decision before locking down the plant type, or selecting capacity before confirming the feedstock strategy, creates avoidable rework and cost. This table serves as the master planning checklist at the end of the E-Waste Recycling Business Overview course: six decisions, the module that covers each decision in depth, and the specific questions that must have defensible answers before implementation begins.
The Sector and Location decision covers which industrial zone, proximity to feedstock aggregators and metal buyers, power availability (critical for pyrometallurgical operations), water availability, and effluent treatment access. The Feedstock Strategy decision involves selecting which ITEW/CEEW/LSEEW categories to focus on, which metals to prioritise for revenue, and what fraction of the incoming feedstock is likely to be hazardous material requiring TSDF disposal. Feedstock strategy directly determines which metals dominate the output mix and therefore which buyers to build relationships with.
Plant Type selection — mechanical, PCB, pyrometallurgical, or hydrometallurgical — follows from the feedstock strategy because different feedstocks suit different plant types. Capacity is a regulatory declaration and commercial sizing decision simultaneously: the authorised TPA in the CTO application must be 1.2–1.5× the planned actual production to leave headroom. Machinery selection — shredder type, magnetic separator configuration, dust collection cascade — follows from the plant type and capacity. Scaling Path closes the loop: should the second plant be pyrometallurgical or hydrometallurgical, and when should EPR contracts be secured relative to the scaling timeline?
Key insights
- The six decisions are sequential — plant type cannot be finalised without a feedstock strategy, and machinery cannot be specified without a confirmed plant type and capacity.
- Capacity must be declared in the CTO at 1.2–1.5× planned actual production — this is both a regulatory practice and a commercial insurance against being over-constrained in the early months.
- EPR contracting should begin during the Legal and Compliance phase (Step 4 of implementation), not after commissioning — securing EPR producer clients before commissioning fills the order book from day one.
- This checklist applies specifically to a first mechanical plant — a different set of questions applies to each subsequent plant addition, as the constraints shift from regulatory setup to feedstock procurement and buyer development.
Methodology & sources
Decision framework and module references are based on the E-Waste Recycling Business Overview course structure. Module titles are cross-references to specific modules in the course (Site Selection, Feedstock Understanding, Recycling Plant Types, Machinery and Equipment, Capacity Calculation, and the Scaling module). Actual module content depth should be reviewed before using this checklist as the sole planning reference.
Related data tables
First-Plant Decision Checklist
Eight key decisions and their recommended defaults for a first-time e-waste recycling plant operator in India — covering plant type, capacity, capex tier, capacity declaration, feedstock source, forward integration path, EPR contracting timing, and initial workforce size.
Implementation Timeline (Realistic with Parallel Steps)
A seven-step realistic implementation timeline for setting up an e-waste recycling plant in India — from initial ground knowledge through commissioning — showing how parallel execution of legal, construction, and equipment steps compresses the timeline to approximately 8 months.
Scaling Approaches Comparison
A side-by-side comparison of two e-waste recycling business scaling paths — Metals-First and Precious-Metals-First — showing the six-step plant addition sequence for each approach and where the two paths diverge at Steps 3 and 4.
Total Equipment Capex by Plant Type
Master capex reference for four e-waste recycling plant types — mechanical, PCB, pyrometallurgical, and hydrometallurgical — showing required equipment, indicative total machinery investment, skill profile, and ideal operator profile for each plant type.