Research libraryThe Local-Processing Gap
Chapter 08 of 14 · Part III · Draft web edition
Cotton proximity, buyer access and utility reliability need a common delivered-cost and delivery-risk comparison.
The cloth is woven from this chapter's 5 exhibits: each weft is one exhibit's own data, normalised; each warp group is a section. The probe reads the exhibit's own value where it crosses. Procedural visualisation, not a measurement.
Read-out
Illustrative placement of four Cameroon archetypes on domestic lint proximity (x-axis) and port/buyer connectivity (y-axis), grounded in S02, S03, S07 and S20, not plot surveys.
Unit: illustrative archetype index (0 to 10). Status: illustrative. Sources: S02, S03, S07, S20. Illustrative figures are teaching examples, not measured factory results.
Overture · 1 min
Selecting an industrial site for Cameroonian cotton transformation is a system-reliability decision, not a single-variable map exercise between northern cotton fields and southern ports.[S02][S03] A plant beside a northern ginnery reduces the inbound haul of baled lint, yet faces longer overland supply lines for imported dyes, chemicals, trims, spares and export containers, alongside distinct grid constraints.[S02][S03][S07] Conversely, a plant near Douala or along the central transit axis shortens buyer delivery and imported-input replenishment, but must haul domestic lint or yarn southward across road and rail links exposed to checkpoints and freight charges.[S02][S03][S0801] Green Future Tech Limited (GFT), Hong Kong SAR, argues in its Cameroon textile programme (prepared 31 January 2024, sources refreshed 2026) that no location archetype wins by default.[S02][S31] The strongest site first passes non-compensatory veto checks on land title, process water, effluent assimilation, firm electrical connection and permitting, and then achieves the lowest total delivered cost and disruption risk per accepted unit under downside interruptions.[S07][S10][S24][S31]
8.1
Read-out · sourced
Sourced parameters: R03/S06/S05 describe SODECOTON assets; R12 gives July 2023 press-reported CICAM utilisation; S08 gives 2025 rural electricity non-access; S0802 gives Nachtigal 2025 output; S0801 gives 2026 Douala-Bangui corridor diagnostics.
Unit: reported historical and 2025-2026 source figures. Status: sourced. Sources: R03, R12, S05, S06, S08, S0801, S0802.
Cameroon's cotton-to-textile geography spans two distinct zones whose operational dependencies move in opposite directions.[S02][S03] Upstream farming and primary processing sit in the north, where SODECOTON supports more than 220,000 cotton producers and operates nine ginning plants and two oil mills according to the evidence register and official sector studies.[R03][S06] By contrast, maritime freight, imported chemical and machinery logistics, and the largest urban garment markets cluster along the littoral and central corridors linking Douala, Yaoundé and Kribi.[S02][S03][S31] Because roughly 95 percent of Cameroonian cotton fibre has historically been exported raw and about 5 percent processed locally according to the 2019 reference in the evidence register, most lint already travels from northern ginneries to coastal terminals.[R06][S02] Moving toward the national ambition of transforming at least 50 percent of local cotton fibre industrially by 2030 forces sponsors to decide where along that north-to-coast flow each conversion stage should sit.[R07][S34]
Historical sector evidence shows that both northern and coastal regions have hosted textile assets and experienced operational friction.[S02][S03][R12] In the configuration documented by the International Finance Corporation (IFC) and World Bank Country Private Sector Diagnostic, spinning and weaving sat at Garoua near cotton ginning, whereas bleaching, dyeing, printing and finishing sat at Douala near ports and commercial buyers.[S02] That split did not prevent underutilisation: a July 2023 press report in the evidence register placed capacity utilisation at 33.7 percent for Garoua, 48.9 percent for CICAM 1 and 10.83 percent for CICAM 2, with underutilisation estimated to have cost about XAF 2 billion in 2020.[R12] Similarly, when the Camtext SA project was announced on 12 November 2025 with a reported investment of US$300 million (XAF 180 billion) and a target of 12,000 tonnes processed a year, the announcement described a dual footprint projecting about 3,000 jobs at Garoua and 12,000 jobs at a Dibamba hub near Douala.[R09][R10] Those figures remain grade-C press announcements rather than commissioned plants, and paragraph 108 of the Stratégie Nationale de Développement 2020-2030 (SND30) frames an integrated SODECOTON-CICAM pole as a strategic objective rather than a site blueprint.[R08][R09][R10][S34]
To avoid predetermined rankings, GFT evaluates candidate sites through three spatial archetypes plus a shared-park variant, illustrated in Exhibit 31.[S02][S03][S20] The northern cotton-belt archetype near ginning basins minimises lint drayage and coordinates with ginnery lot grading, but requires long-haul delivery of dyes, spares and trims, plus southward dispatch of finished goods.[S02][S03][S04] The inland transit-corridor archetype at a rail-road junction balances lint haul against distribution reach while remaining dependent on regional substation capacity and corridor checkpoints.[S02][S07][S0801] The port-adjacent archetype near Douala, Dibamba or Kribi simplifies containerised imports, chemical supply, export shipping and buyer access, while absorbing the inland freight of bringing northern lint or yarn to the coast unless the plant launches on imported fabric.[S02][S29][S31] A fourth option places the plant inside a managed industrial park along the corridor, where common utilities may reduce standalone capital if park service contracts are bankable.[S20]
As Exhibit 31 shows, moving a factory across Cameroon's map changes whether the enterprise transports raw baled lint, intermediate yarn and greige fabric, or finished garments and chemicals.[S02][S03][S29] What Exhibit 31 cannot establish on its own is which archetype yields the lowest unit cost, because the optimal position depends on the processing boundary from Chapter 7: a Phase 1 garment plant using purchased fabric has no physical need to sit beside a northern gin, whereas a spinning mill converting domestic lint leaves waste at origin while shipping compacted yarn cones downstream.[S04][S12][S29]
Before any site advances beyond screening, sponsors must assemble primary evidence across seven domains: surveyed haul routes, land title, water and effluent capacity, electrical connection, labour access, security and permitting.[S02][S10][S24] No specific plot, road distance, transit duration or utility tariff has been verified for an operating GFT facility.[S02][S07] Published sector and infrastructure records summarised in Exhibit 32 establish the scale of the national system and its bottlenecks, but do not substitute for plot-specific engineering surveys.[R03][S06][S0801][S0802]
The indicators in Exhibit 32 show why site diligence must separate regional endowment from factory-gate availability: nine northern ginneries confirm where lint originates and 420 megawatts of new hydropower on the Sanaga River confirm that national generation expanded in 2025, yet neither statistic guarantees that a plot in Garoua, Edéa, Dibamba or Douala has an energised medium-voltage bay, a water licence or an unobstructed freight corridor.[R03][S06][S07][S0801][S0802]
8.4
Related · chapter 056 paragraphs step it
Read-out
Inherited grade-C ledger: press report dated July 2023. Values: Garoua 33.7; CICAM 1 48.9; CICAM 2 10.83. Common observation period, denominator and capacity weights are not established. No pooled rate or current output is inferred.
Unit: percent of each site's reported capacity. Status: sourced. Sources: R12.
Read this exhibit in its chapter ↗Textile manufacturing is electro-mechanically sensitive across every conversion stage, and site selection fails whenever sponsors confuse national electrification headlines or generation additions with firm power at the factory busbar.[S07][S08][S10] High-speed spinning frames, looms, knitting machines, automated cutters and dyeing vessels require continuous power within tight voltage and frequency tolerances; a sub-second dip can trip drives across a spinning hall, snap yarn ends or halt a pressurised dyeing batch mid-cycle.[S10]
Institutional reporting from the World Bank and the International Monetary Fund (IMF) highlights both the progress and the structural limits of Cameroon's power system in 2025 and 2026.[S07][S08][S0802] In its 16 January 2025 feature, the World Bank notes that Cameroon participates in Mission 300 to expand African electricity connections by 2030, while observing that in rural Cameroon 75 percent of the population remains without electricity, even though many live near grid lines.[S08] One month later, in IMF Country Report No. 25/71 dated 25 February 2025, the IMF stated verbatim that "Cameroon’s electricity sector is structurally in shortfall," noting that generation deficits, hydrological variability, thermal fuel costs, and transmission and distribution bottlenecks constrain delivery and create sector arrears.[S07]
The gap between generation capacity and industrial delivery is documented in the World Bank's Implementation Completion and Results Report (ICR00672, dated 26 March 2026) for the Cameroon Nachtigal Hydropower Project.[S0802] Situated on the Sanaga River about 65 kilometres from Yaoundé, the 420-megawatt Nachtigal plant commissioned its seven 60-megawatt units between June 2024 and April 2025, reaching its Commercial Operation Date on 5 May 2025, raising installed capacity by nearly 30 percent and generating 2,065 gigawatt-hours in 2025 out of around 8,119 gigawatt-hours nationally.[S0802] Yet the March 2026 report records that dispatch of Nachtigal's power to major industrial loads in Douala was constrained by delays in downstream transmission and distribution reinforcements and system balancing requirements.[S0802] While the 400-kilovolt line linking Yaoundé (Nyom II) to Edéa (Edéa-Béon) was scheduled for completion by June 2026, wheeling full incremental power into Douala required a 225-kilovolt line from Edéa-Béon to the new Missolé/Piti Dibamba substation and industrial connections expected by early 2027.[S0802] Moreover, the project company received on average about EUR 2.7 million a month from ENEO against monthly invoices of EUR 22.3 million (EUR 14.3 million excluding taxes and pass-through costs), accumulating roughly EUR 108 million in unpaid invoices.[S0802]
For a textile sponsor, this evidence carries two lessons: the Southern and Northern Interconnected Grids operate under distinct hydrological regimes and topologies, and even in the southern corridor a plot near Douala or Dibamba cannot assume firm megawatt delivery until its substation, transformer margin and last-mile feeder are physically commissioned and contractually allocated.[S07][S08][S0802]
To prevent building production halls that cannot be energised on schedule, GFT requires six electrical checks before site selection:[S07][S10][S0802]
8.7
Grid energy tariff
Grid energy tariff: total 100. Running total 100 illustrative cost index (nominal grid energy = 100) · illustrative
When a factory experiences a grid outage or voltage transient, the loss exceeds the gap between the grid kilowatt-hour tariff and standby fuel.
Demand and spur charges
Demand and spur charges: adds 15. Running total 115 illustrative cost index (nominal grid energy = 100) · illustrative
Backup fuel and lube
Backup fuel and lube: adds 28. Running total 143 illustrative cost index (nominal grid energy = 100) · illustrative
Conditioning and spares
Conditioning and spares: adds 9. Running total 152 illustrative cost index (nominal grid energy = 100) · illustrative
Restart scrap and rework
Restart scrap and rework: adds 14. Running total 166 illustrative cost index (nominal grid energy = 100) · illustrative
Downtime fixed-cost loss
Downtime fixed-cost loss: adds 19. Running total 185 illustrative cost index (nominal grid energy = 100) · illustrative
Delivered power cost
Delivered power cost: total 185. Running total 185 illustrative cost index (nominal grid energy = 100) · illustrative
The method behind it: Worked example: Illustrative site comparison for reliability-adjusted energy and scrap cost.
Illustrative cost bridge from base 100 grid tariff: demand/spur (+15), backup fuel/lube (+28), conditioning/spares (+9), restart scrap (+14), downtime fixed-cost loss (+19), totalling 185 units.
Unit: illustrative cost index (nominal grid energy = 100). Status: illustrative. Sources: S07, S10, R12. Illustrative figures are teaching examples, not measured factory results.
8.7 · the bodyExhibit 33 above; its figures are illustrative where marked.
When a factory experiences a grid outage or voltage transient, the loss exceeds the gap between the grid kilowatt-hour tariff and standby fuel.[S07][S10] Electrical instability causes material waste, equipment wear, missed delivery windows and unrecovered fixed overhead, so pricing power solely at the nominal tariff overstates the viability of fragile feeders.[S07][S10][R12]
A site comparison therefore places five reliability-driven cost layers beside the nominal grid bill, as structured in Exhibit 33: (a) contracted demand charges and connection amortisation payable during outages; (b) backup fuel, lubricants and overhaul reserves; (c) voltage regulation, uninterruptible power supplies (UPS) and maintenance; (d) restart scrap, re-dyeing and downgraded output; and (e) unrecovered fixed wages and depreciation during lost hours.[S07][S10][R12]
In Exhibit 33, budgeting only 100 index units for the nominal grid tariff omits 85 additional index units of demand charges, backup fuel, conditioning, scrap and downtime overhead, reaching an illustrative total of 185 units.[S07][S10][R12] While Exhibit 33 uses normalised illustrative increments, it explains why historical underutilisation in Cameroon's textile sector, such as the July 2023 site utilisation rates of 10.83 percent to 48.9 percent in the evidence register, cannot be diagnosed without separating mechanical availability from utility stoppages.[S07][R12]
Because northern Cameroon has high solar irradiation while southern sites sit closer to hydro substations and thermal plants, sponsors ask whether behind-the-meter solar photovoltaics paired with battery energy storage systems (BESS) can offset grid weakness.[S07][S08] GFT links this question to the proposed solar-storage and site-selection tools while assigning microgrid dispatch modelling to companion paper wp07.[S07][S10] Within wp01, grid supply, thermal backup, solar-plus-storage and hybrid systems must be compared inside a common life-cycle boundary: daytime solar matches single-shift garment assembly far more closely than three-shift spinning or wet processing; a 5-to-15-minute ride-through UPS bridges voltage sags at much lower capital cost than multi-hour bulk storage; solar comparisons must include land area, panel-cleaning water, replacement reserves and battery disposal under IFC Performance Standard 3 (S26); and thermal backup at inland sites must include up-country fuel surcharges and bunded storage days.[S07][S10][S26][S31]
Interlude · the cloth half-woven
Woven: sections 8.0 to 8.7Still to weave: 8.10 to 8.17
Read-out
R06 and S01 provide the approximate 95% export and 5% local processing historical reference (2019 article vintage); S06 (September 2022) cites roughly 1% in its foreword and 2% in scenario tables. R07, S02 and S34 (paragraph 108) record the minimum 50% local fibre transformation target by 2030. Current verified national share remains unresolved pending a stock-adjusted census.
Unit: percent of cotton fibre and evidence status. Status: sourced. Sources: R06, R07, S01, S02, S06, S34.
Read this exhibit in its chapter ↗8.10
1. Origin lot release and grading
1. Origin lot release and grading. Starting point. Leads to 2. Collection, baling and truck loading (Lot release lag). · illustrative
Transport cost per tonne-kilometre is only one component of logistics performance, and in Central Africa it is frequently overshadowed by transit-time variability, terminal dwell times, road checkpoints and clearance delays.
2. Collection, baling and truck loading
2. Collection, baling and truck loading. From 1. Origin lot release and grading (Lot release lag). Leads to 3. Inland trunk haul and checkpoints (Fleet dispatch wait). · illustrative
3. Inland trunk haul and checkpoints
3. Inland trunk haul and checkpoints. From 2. Collection, baling and truck loading (Fleet dispatch wait). Leads to 4. Rail transfer or corridor staging hub (Road transit and stops). · illustrative
4. Rail transfer or corridor staging hub
4. Rail transfer or corridor staging hub. From 3. Inland trunk haul and checkpoints (Road transit and stops). Leads to 5. Terminal dwell and customs clearance (Transhipment dwell). · illustrative
5. Terminal dwell and customs clearance
5. Terminal dwell and customs clearance. From 4. Rail transfer or corridor staging hub (Transhipment dwell). Leads to 6. Factory gate or buyer warehouse receipt (Clearance and drayage). · illustrative
6. Factory gate or buyer warehouse receipt
6. Factory gate or buyer warehouse receipt. From 5. Terminal dwell and customs clearance (Clearance and drayage). End point. · illustrative
Illustrative six-stage shipment chain based on LPI 2.0 (S31), corridor diagnostics (S0801) and SODECOTON logistics (S05).
Unit: . Status: illustrative. Sources: S05, S31, S0801. Illustrative figures are teaching examples, not measured factory results.
8.10 · the bodyExhibit 34 above; its figures are illustrative where marked.
Transport cost per tonne-kilometre is only one component of logistics performance, and in Central Africa it is frequently overshadowed by transit-time variability, terminal dwell times, road checkpoints and clearance delays.[S31][S0801] A factory site that appears cheap on a static freight table can fail commercially if unpredictable delays cause missed vessel cut-offs, late deliveries or line stoppages waiting for imported needles, dyes or spare boards.[S03][S31]
The methodological shift required for corridor diligence is established in the World Bank's Connecting to Compete 2025: The New Logistics Performance Indicators 2.0 (S31), which states verbatim that "Logistics underpins the movement of goods and the operation of supply chains within and across borders."[S31] The 2025 edition explains that the revamped Logistics Performance Indicators (LPI 2.0, using observed 2023 and 2024 shipment data) move from perception surveys to empirical tracking of container, aviation, postal and corridor movements, measuring actual port dwell times, inland turnaround times, connectivity and reliability, which cannot be spliced into older perception rankings as a continuous series.[S31]
For Cameroon, recent World Bank diagnostics provide dated evidence of friction along the primary trade backbone.[S0801] On 12 June 2026, the World Bank Board approved a US$1.12 billion Multiphase Programmatic Approach (MPA) programme to modernise the Douala-Bangui economic corridor, with a first phase of US$525 million directing US$407 million from IBRD and US$18 million from IDA to Cameroon, US$90 million to the Central African Republic and US$10 million to CEMAC.[S0801] In that 12 June 2026 release, the World Bank documents that the 1,400-kilometre corridor is the economic backbone of Cameroon, yet suffers from deteriorated roads, transport costs up to US$270 per tonne, normal journey times of 9 to 12 days, and 38 checkpoints in Cameroon alone, 17 of which involve informal payments; those figures record the baseline friction as of June 2026 rather than a completed turnaround.[S0801]
To apply the shipment-based diagnostic standard of S31 to Cameroon's cotton and textile corridors, GFT decomposes every inbound and outbound movement into six separately measurable handovers, illustrated in Exhibit 34.[S05][S31][S0801]
As shown in Exhibit 34, a headline transit time between a northern ginning basin and a southern factory or port conceals six queues:[S03][S31][S0801]
S05 strictly within its stated categories as supporting seed-cotton collection from more than 220,000 growers, rural track maintenance and lint evacuation rather than third-party garment factories, so commercial truck availability in the north tightens during harvest unless contract carriage is secured.[R03][S03][S05][S06]8.13
The financial channel from corridor variability to factory viability runs through working capital and buffer inventories: when a site faces long or erratic replenishment lead times, the plant must either accept stockouts that idle machines and breach delivery dates, or hold larger on-site buffers that tie up cash, warehouse space and insurance.[S03][S31]
To prevent transport rates, utility reliability and buffer inventories from being evaluated in silos, GFT defines a unified annual site-comparison boundary for a fixed product basket and saleable volume $Q$. For each candidate site $s$, total location-sensitive annual cost $C_s$ is evaluated across six terms:[S03][S07][S31]
All reorder-point and safety-stock equations inside $W_s$ are assigned to companion paper wp12 and the safety-stock tool, while power-system sizing inside $U_s$ is assigned to wp07 and solar-storage. Within wp01, no site may be ranked on $(L^{\text{in}}_s + L^{\text{out}}_s + O_s)$ alone while setting $U_s$, $W_s$ or $D_s$ to zero.[S07][S31]
8.17
Exhibit 356 paragraphs step it
Read-out
| 1. Cotton and fabric supply | North near 9 gins (S06); Coast near imported fabric/trims | Gin call-off terms, bale storage audit, or port fabric/trim clearance logs | No verifiable year-round feedstock storage or binding supply path |
|---|---|---|---|
| 2. Buyer and port access | Coast near urban buyers/ports; North faces long southward haul | Buyer delivery-window specs, container positioning and drayage quotes | Inability to meet buyer lead-time tolerance on trial dispatches |
| 3. Electrical connection | Distinct RIN vs RIS grids; Douala 225 kV upgrades in progress (S0802) | Utility MVA offer, 12-month feeder outage log, 30-day power-quality trace | No firm MVA allocation or unmitigated outage cost exceeding margin |
| 4. Water and effluent | Wet processing requires high-volume intake and compliant discharge (S10) | Hydrogeological test, abstraction permit, CETP or ETP engineering design | Insufficient dry-season water or no lawful treated-effluent outlet |
| 5. Labour and supervision | Local operator pool vs technical maintenance and supervisor scarcity | Catchment commute survey, technical-school audit, shift-transport plan | Inability to staff and supervise safe multi-shift operations |
| 6. Corridor logistics | 1,400 km corridor up to US$270/t and 38 checkpoints (S0801) | 20-to-30 logged shipments across wet/dry seasons with tail dwell times | Single-bridge or seasonal road cutoff with no financeable buffer |
| 7. Land, E&S and park SLA | Greenfield title/resettlement risk vs industrial-park SLA risk (S20, S24) | Cadastral title, ESIA/GRM records, binding park utility and CETP contracts | Contested land/livelihood claims or unsigned park utility obligations |
Illustrative GFT site-diligence and veto matrix synthesised from S02, S03, S07, S10, S20, S24 and S31.
Unit: mandatory diligence evidence and veto conditions. Status: illustrative. Sources: S02, S03, S07, S10, S20, S24, S31. Illustrative figures are teaching examples, not measured factory results.
Because every location in Cameroon involves trade-offs between northern cotton origin, southern port and buyer access, grid timelines and corridor friction, a linear weighted-average scorecard can produce a fatal recommendation.[S02][S03][S07][S31] In a compensatory scorecard, a plot with zero legal water discharge rights or a multi-year wait for a grid connection could still score well if given high marks for cheap land and proximity to cotton gins, locking capital into an inoperable asset.[R12][S07][S10][S24]
To prevent compensatory scoring errors, GFT applies a two-stage decision gate, summarised in Exhibit 35.[S02][S07][S10][S20][S24][S31] In Stage 1, every candidate plot is tested against seven non-compensatory binary veto conditions covering cotton and material access, buyer and market logistics, electrical power, water and effluent, workforce and supervision, corridor reliability, and land/permitting governance; any plot failing a veto gate is placed on hold or rejected before comparative cost modelling begins.[S02][S07][S10][S24]
As Exhibit 35 sets out, the seven boundaries apply equally across northern, inland and coastal plots and scale with the processing boundary from Chapter 7.[S02][S03][S10][S26] Once candidate sites pass all seven veto gates in Exhibit 35, Stage 2 compares them on an identical product basket, saleable throughput and financing cost across four downside stress tests: (1) a 6-to-12-month delay in promised substation upgrades (S0802) paired with doubled feeder trips; (2) 90th-percentile wet-season transit times and upper-bound freight charges (S0801); (3) first-pass quality and restart-scrap penalties during the initial ramp (S10, R12); and (4) a 12-month delay in shared industrial-park water or CETP commissioning (S20, S26).[S07][S10][S20][S26][S0801][S0802][R12]
A validated site comparison establishes the physical and cost inputs required for the remainder of Part III: local labour catchment, technical-school proximity and commuting safety feed into Chapter 9 (wp09), while reliability-adjusted utility costs ($U_s$), freight distributions ($L^{\text{in}}_s, L^{\text{out}}_s$) and buffer-stock days ($W_s$) feed into the contribution margin, breakeven and working-capital stress tests of Chapter 10 (wp12, wp13) and define the input contracts for the site-selection and solar-storage analytical tools.[S03][S07][S13][S14][S20][S28][S31]
Check the record
Every knot is a source this chapter cites; select one to read its record, or filter the register by grade. Publication dates and inherited-source limits stay explicit. Read the paper's full evidence summary.
33 sources · 326 citation marks on this pageMost cited: S07, 40 times
Grade AGrade BGrade CKnot size: citations on this page
All 33 records shown
R03 · Grade C · inherited record
Inherited evidence R03
Company profile: more than 220,000 cotton producers supported in northern Cameroon; nine ginning plants; two oil mills.
Publication date unrecorded. Inherited source-text record. The original publication has not been independently reopened for this web edition.
R06 · Grade C · inherited record
Inherited evidence R06
About 95 percent of cotton fibre exported raw against 5 percent processed locally; industrialisation target of 50 percent local processing.
Publication date unrecorded. Inherited source-text record. The original publication has not been independently reopened for this web edition.
R07 · Grade C · inherited record
Inherited evidence R07
SND30 restates the 50 percent local-processing target by 2030.
Publication date unrecorded. Inherited source-text record. The original publication has not been independently reopened for this web edition.
R08 · Grade C · inherited record
Inherited evidence R08
Announced SODECOTON and CICAM merger to create a cotton-textile industrial pole targeted by 2030.
Publication date unrecorded. Inherited source-text record. The original publication has not been independently reopened for this web edition.
R09 · Grade C · inherited record
Inherited evidence R09
Camtext SA integrated cotton-to-textile project, US$300 million (180 billion XAF); Panafritex and Arise with SODECOTON, CNPS and Marlo; 12 November 2025.
Publication date unrecorded. Inherited source-text record. The original publication has not been independently reopened for this web edition.
R10 · Grade C · inherited record
Inherited evidence R10
Camtext SA: 12,000 t a year processed; about 12,000 jobs at the Dibamba hub and 3,000 at Garoua; return on investment near 11 years; optimal capacity around 2033.
Publication date unrecorded. Inherited source-text record. The original publication has not been independently reopened for this web edition.
R12 · Grade C · inherited record
Inherited evidence R12
CICAM capacity utilisation, July 2023 report: Garoua 33.7 percent, CICAM 1 48.9 percent, CICAM 2 10.83 percent; underutilisation cost about CFAF 2 billion in 2020.
Publication date unrecorded. Inherited source-text record. The original publication has not been independently reopened for this web edition.
c08-S02 · Grade B
Creating Markets in Cameroon: Unleashing Private Sector Growth, Country Private Sector Diagnostic
Most cotton output is exported to world markets.
2022. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S03 · Grade B
Value chain analysis of cotton in Cameroon, VCA4D briefing No. 19
The activities are profitable for all agents, except for CICAM.
2020. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S04 · Grade C
Egrenage
L’égreneur doit aussi tenir compte de la perte de poids qui survient dans les différents nettoyeurs.
n.d.. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S05 · Grade C
Bienvenue à la SODECOTON
Au niveau de la logistique, l’entreprise dispose d’un parc de 660 véhicules roulants et matériels de génie civil.
n.d.. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S06 · Grade A
Etude sur la structuration des PMEESA de la filière coton-textile-confection-cuir, rapport final
A la SODECOTON, l'égrenage est réalisé au niveau de 9 usines.
2022. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S07 · Grade B
Cameroon: Seventh Reviews, IMF Country Report No. 25/71
Cameroon’s electricity sector is structurally in shortfall.
2025-02-25. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S08 · Grade B
Cameroon's journey toward affordable, reliable, and universal electricity access for all
In rural Cameroon, 75% of the population remains without electricity, even though many live near the grid.
2025-01-16. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S10 · Grade B
Environmental, Health, and Safety Guidelines for Textile Manufacturing
This document does not include polymer synthesis and natural raw materials production.
2007-04-30. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S11 · Grade B
OECD Due Diligence Guidance for Responsible Supply Chains in the Garment and Footwear Sector
It is practically-oriented, with an emphasis on collaborative constructive approaches to complex challenges.
2018-03-07. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S12 · Grade B
Due diligence essentials for responsible garment and footwear
Each company is expected to identify its priority risk areas based on its individual circumstances, including risks not listed here.
2026-02-26. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S13 · Grade B
Decent Work Challenges and Opportunities in the Textiles and Clothing Sector
This ILO brief highlights the critical role of the textiles and clothing industries in global economic and employment growth.
2025-03-28. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S14 · Grade B
Employment, wages and productivity in the Asian garment sector: Taking stock of recent trends
Asia is the largest garment manufacturer in the world.
2022-06-24. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S15 · Grade B
Sustainability and Circularity in the Textile Value Chain: A Global Roadmap
Addressing production impacts alone will not be sufficient to transform the industry in time.
2023. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S18 · Grade A
FAQs: Quelle est la monnaie de l’Union monétaire d’Afrique Centrale?
L’unité monétaire légale de l’Union monétaire d’Afrique Centrale est le Franc de la Coopération Financière en Afrique Centrale (F.CFA).
n.d.. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S19 · Grade A
What are the data sources for UN Comtrade?
The data are sourced directly from countries and submitted to the United Nations Statistics Division.
n.d.. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S20 · Grade B
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Keep the thread · chapter 08 of 14
Move the shuttle along the rack to preview any chapter: its sections, exhibits and reading time. Draft web edition. This research is not investment, legal or tax advice; illustrative models are not measured factory results.
The paper's rack · 14 boltsBolt length: reading time
01Part I: Define the gap before sizing the response
GFT argues for measured, demand-led industrialisation that converts a national ambition into verified saleable output.
02Part I: Define the gap before sizing the response
A credible processing target starts with a mass balance that keeps moisture, stocks, trade and transformation stages distinct.
03Part I: Define the gap before sizing the response
A transparent scenario translates the processing share into annual lint intake and shows what the target does not yet specify.
04Part II: Rebuild the chain around real demand
Processors need a supply arrangement that pays producers, preserves fibre suitability and funds the next crop before it promises a larger mill intake.
05Part II: Rebuild the chain around real demand
Historical incumbent performance identifies questions for diligence. It does not establish current output or predetermine whether rehabilitation, contract conversion or new investment is preferable.
06Part II: Rebuild the chain around real demand
The processing gap identifies a supply-side opportunity, while product-level buyer evidence determines whether a factory can sell its output.
07Part II: Rebuild the chain around real demand
A staged operating model can build garment capability while testing the separate economics of converting domestic lint.
08Part III: Make the system operable and financeable
Cotton proximity, buyer access and utility reliability need a common delivered-cost and delivery-risk comparison.
09Part III: Make the system operable and financeable
The workforce case should be built around demonstrated competence, effective labour cost and acceptable working conditions.
10Part III: Make the system operable and financeable
The economic case must compare saleable output with full conversion costs and the cash required to produce and collect payment.
11Part IV: Govern the transition and measure results
Domestic, regional and export routes need separate commercial and customs tests before entering a base case.
12Part IV: Govern the transition and measure results
Local value retention should be assessed alongside water, energy, pollution, land, labour and the complete system boundary.
13Part IV: Govern the transition and measure results
The national programme and each factory need a small, interoperable set of measures that can reveal failure early.
14Part IV: Govern the transition and measure results
The route towards the national target is a sequence of measurable decisions, with clear stop conditions and separate national and venture responsibilities.