CHAPTER 3

Collection and Transportation (Primary + Secondary)

Door-to-Door Collection & Transport

Daily door-to-door (D2D) collection from households + bulk generators, primary collection vehicle types (e-rickshaw, tricycle, mini-truck), route planning + scheduling, secondary transportation from collection points to processing/transfer/disposal, vehicle fleet sizing, fuel + energy + emissions optimisation, contractor / SHG operating models.

🚛 Collection & TransportManual on Municipal Solid Waste ManagementRevised Edition (2016) with SBM 2.0 (2021) + Plastic Waste / E-waste Rules updates

Key formulas

Vehicle count (primary) = (population × per-cap × collection_interval) / (vehicle_capacity × trips_per_day × utilisation)
Route planning: Vehicle Routing Problem (VRP) with time-windows, capacity, depot constraint
Collection cost (₹/tonne) = (vehicle capex / life + O&M + fuel + manning) / annual tonnage collected
Collection coverage (%) = households served / total households × 100; SBM 2.0 target ≥ 95%
Vehicle utilisation (%) = (loaded km / total km) × 100; target ≥ 70%

Key values & thresholds

d2d collection frequency target: Daily for wet; 2-3x week for dry; on-call for hazardous + bulky
d2d collection coverage SBM target: ≥ 95% households
primary vehicle e rickshaw capacity kg: 300 - 500
primary vehicle tricycle capacity kg: 150 - 300 (manual)
primary vehicle mini truck capacity kg: 1000 - 2500
primary vehicle compactor truck capacity kg: 5000 - 12000
secondary transport compactor capacity t: 5 - 16 tonnes (loaded)
secondary transport typical distance km: 5 - 30 km city; 30 - 80 km outside city
vehicle capex e rickshaw INR lakh: 1.5 - 3.0
vehicle capex compactor truck INR lakh: 25 - 60
vehicle capex secondary compactor INR lakh: 60 - 150
fuel diesel per tonne collected L: 0.5 - 2.0 (varies by city density)
ev share target SBM 2 pct: 30 - 50% by 2030 (where grid permits)
operator model PPP typical pct: 60 - 80% of city waste (PPP contractor)
operator model SHG pct: 20 - 40% of city waste (SHG / community)

Clause-level requirements

Door-to-door collection at household level shall be daily for wet waste; flexible for dry + hazardous; on-call for bulky.
SBM 2.0 target: ≥ 95% household coverage with daily D2D collection.
Primary collection vehicles (e-rickshaw, tricycle, mini-truck) shall match street accessibility + city density.
Secondary transportation (compactor truck) shall use sealed vehicles to prevent spillage + odour.
Vehicle routing shall be optimised — VRP-based for cities > 1L population; manual ward-wise for smaller cities.
Vehicle utilisation ≥ 70% (loaded-km basis); ≥ 1.5 trips per vehicle per day.
Operator model — PPP contractor, SHG, ULB direct, or hybrid — shall be specified in city sanitation plan with KPIs + penalty clauses.
EV share in collection fleet shall progressively increase per SBM 2.0 + Smart Cities EV mandate; target 30-50 % by 2030.

Practitioner notes — what goes wrong in the field

D2D collection is non-negotiable in SBM 2.0 — communal-bin-only systems are formally deprecated. Holdouts face Star Rating downgrade.
Vehicle mix matters: pure-compactor fleet fails in narrow lanes (old city cores); pure-tricycle fleet fails for distance + bulk. Hybrid fleet — e-rickshaw + tricycle for primary; compactor for secondary — works.
Route optimisation via VRP software (Esri ArcGIS, Vehicle Route Planner, custom tools): 15-25 % fuel savings + 10-20 % vehicle reduction vs ad-hoc routing.
Indore + Surat + Pune use IoT-tracked GPS on vehicles for compliance + route audit + citizen visibility. ₹15-30K per vehicle GPS unit.
Operator models: PPP contractor (large cities, scale + accountability); SHG / mohalla committee (smaller cities, community engagement); ULB direct (legacy, often inefficient). Hybrid is common — PPP for primary + ULB for secondary, or reverse.
EV transition: e-rickshaws viable now (₹1.5-3L capex, ₹0.5-1.0/km vs ₹2-3/km diesel). Heavy compactor EVs emerging (₹50-90L vs ₹30-60L diesel + battery anxiety + charging infra).
Citizen apps for missed-collection complaints (Indore IClean, Pune Swachh): 2-7 day resolution target. Drives accountability.
Bulk generator collection: dedicated service, scheduled vs on-call. Charge per-tonne tipping fee — recovers cost + incentivises waste reduction.
Secondary transport from secondary collection point (SCP) to processing/transfer station: minimise number of touch-points (each transfer adds cost + spillage risk).
Compactor truck life: 7-10 years with regular maintenance; 4-6 years with poor maintenance. Budget for fleet replacement upfront.
Cost (2026 typical): collection cost ₹1500-3500/tonne (varies by city density, distance, model). Transport ₹500-1500/tonne for typical 10-30 km distance.

FAQs

What's door-to-door (D2D) collection?

Daily collection from each household + bulk generator at the doorstep (or building entry for apartments). Mandated by MSW Rules 2016 + SBM 2.0 — communal-bin-only systems are formally deprecated. SBM 2.0 target: ≥ 95% household coverage with daily D2D for wet waste.

What collection vehicle should I use?

**E-rickshaw** (300-500 kg) for narrow lanes + medium density. **Tricycle** (manual, 150-300 kg) for very narrow + low-density. **Mini-truck** (1-2.5 t) for wider streets. **Compactor truck** (5-12 t) for secondary transport from SCPs to processing/disposal. Hybrid fleet matches street + density realities.

How do I determine fleet size?

Vehicle count = (population × per-cap × collection_interval) / (vehicle_capacity × trips/day × utilisation). For 10L pop city @ 0.40 kg/cap/day = 400 TPD. With e-rickshaws (400 kg, 4 trips/day, 70% utilisation): ~360 e-rickshaws for primary. Plus secondary compactors. Use VRP software for serious optimisation.

Should I use PPP contractor or SHG model?

**PPP** for large cities — scale, accountability, capex absorption. **SHG / mohalla committee** for smaller cities — community engagement, local employment. **Hybrid** common — PPP for primary collection, ULB for secondary. Specify KPIs + penalty clauses upfront. Indore uses PPP heavily; Pune is SHG-strong.

Are EV collection vehicles viable?

Yes for primary (e-rickshaws ₹1.5-3L capex, ₹0.5-1.0/km vs ₹2-3/km diesel). Emerging for heavy compactors (₹50-90L EV vs ₹30-60L diesel; battery anxiety + charging infra still maturing). SBM 2.0 + Smart Cities target 30-50% EV fleet by 2030.

Calculator

Door-to-Door Collection Fleet Sizing

↓ Download Excel

Compute number of collection vehicles required for daily door-to-door collection given total daily generation, vehicle capacity, trips per day, and utilisation. Add 10-15 % standby for breakdown + maintenance. Use city-actual numbers — not theoretical capacity.

Inputs

Daily MSW generation (peak)TPD

Per-vehicle capacitykg

E-rickshaw 300–500; tricycle 150–300; mini-truck 1000–2500; compactor 5000–12000

Trips per vehicle per day—

Vehicle utilisation%

Standby/breakdown allowance%

Diesel consumption per tonneL/t

0.5 dense city; 1.0 typical; 2.0 sparse

Diesel cost₹/L

Outputs

Loads required per day

500loads

TPD × 1000 / veh_cap

Active vehicles needed

179vehicles

loads_per_day / (trips × util)

Total fleet (with standby)

206vehicles

active × (1 + standby/100)

Daily diesel consumption

200L/day

TPD × diesel_per_t

Daily fuel cost

19,000₹/day

diesel_per_day × ₹/L

Fuel cost per tonne collected

95.0₹/t

CPHEEO Reference Values

E-rickshaw capacity300 – 500 kg

Tricycle (manual)150 – 300 kg

Mini-truck1 – 2.5 t

Compactor truck5 – 12 t

SBM coverage target≥ 95 % HH daily D2D

Typical utilisation60 – 75 %

Total collection cost₹1500 – 3500 / tonne

EV target by 203030 – 50 % of fleet

Download the Excel version to keep a local copy with live formulas — change inputs in the sheet and outputs recompute automatically.

Cross-references

MSW Rules 2016 (Schedule II)SBM 2.0 Operational GuidelinesMoHUA Standard Operating Procedure for D2D CollectionAIS-153 (e-rickshaw + electric 3-wheeler standards)Indian Roads Congress IRC SP 49 (urban roads geometric design — vehicle access)Smart Cities EV Mission

Engineer's notes

Collection + transportation is the most-visible part of SWM — every citizen sees the collection vehicle at their doorstep. It's also the most operationally intensive: typically 50-65 % of total SWM operational cost.

Door-to-door (D2D) daily collection is the SBM 2.0 standard. Communal-bin-only systems are formally deprecated. The target: ≥ 95 % household coverage, daily for wet waste, flexible for dry + hazardous, on-call for bulky.

Vehicle mix matters a lot. A pure-compactor fleet fails in narrow lanes of old city cores; a pure-tricycle fleet fails for distance + bulk volume. The working pattern is hybrid: e-rickshaw + tricycle for primary collection, compactor truck for secondary transport from collection points to processing facilities or disposal sites.

Route optimisation via Vehicle Routing Problem (VRP) software gives 15-25 % fuel savings + 10-20 % vehicle reduction vs ad-hoc ward-wise routing. ULBs in cities > 1 lakh population should invest in VRP capability.

Operator models: PPP contractor (scale + accountability for large cities), SHG / mohalla committee (community engagement for smaller cities), ULB direct (legacy + often inefficient). Hybrid is common — PPP for primary + ULB for secondary, or the reverse. The key is specifying KPIs + penalty clauses upfront, not after.

EV transition is happening fast at the primary collection level — e-rickshaws are economically dominant (₹1.5-3L capex, ₹0.5-1.0/km running vs ₹2-3/km diesel). Heavy compactor EVs are emerging but battery anxiety + charging infrastructure still maturing. SBM 2.0 + Smart Cities target 30-50 % EV fleet by 2030 — a stretch but plausible.

Smart-tech overlay: GPS tracking on every vehicle (₹15-30K per unit), citizen complaint apps (Indore IClean, Pune Swachh, Bengaluru BBMP), real-time dashboards. Indore + Surat + Pune are the visible best practice; many cities lagging.

Cost reality: collection cost ₹1500-3500/tonne (varies by density, distance, model). Transport ₹500-1500/tonne for typical 10-30 km. Together they dominate ULB SWM operational budget.

Where this chapter sits: collection translates the segregation outcome (chapter 2) into the input streams that processing facilities (chapters 5-9) and landfills (chapter 9) can actually receive. Inefficient collection = high cost + low coverage = political pressure + system failure.

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Manual on Municipal Solid Waste Management · Revised Edition (2016) with SBM 2.0 (2021) + Plastic Waste / E-waste Rules updates · Central Public Health and Environmental Engineering Organisation (CPHEEO), Ministry of Housing and Urban Affairs, Government of India.
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