Waste pressure
Brazil was estimated to generate 2.7 million tonnes of coconut husks in 2020; 74.5% came from green coconuts.
RIO DE JANEIRO ↔ BOIPEBA, BAHIA · CIRCULAR MATERIALS
From husks
to homes
building solutions with bio-based materials
Read the case70,000trees in Boipeba
50 t/moRio input scenario
01 / FROM RESIDUE TO MATERIAL
01 — WHY TRANSFORM IT?
Because disposal destroys value and we can create from it.
Green coconut husks are bulky, wet and slow to decompose. When discarded, they consume collection capacity and landfill volume; when processed, the same lignocellulosic structure becomes a durable, porous and moldable industrial feedstock.
Material performance
High lignin content supports durability, while porosity supports drainage, thermal insulation and sound absorption.
Value ladder
The same feedstock can move from low-risk molded products to certified architectural components.
Place-based jobs
Collection, drying, molding, finishing and installation create work close to the source in both territories.
02 — HOW MUCH FEEDSTOCK?
Two supply systems with similar pilot scale.
Boipeba offers agricultural concentration; Rio offers a recurring urban waste stream.
BOIPEBA · BAAGRICULTURAL SOURCE
175,000coconuts per month — conservative case
70,000 trees × 30 fruits/tree/year ÷ 12
MANAGED DWARF-COCONUT REFERENCE758,000–875,000 / month
The lower case uses Embrapa’s 30 fruits/tree/year reference for low-input coastal systems; the managed case uses 130–150. Tree variety, productive age, irrigation and actual harvest rates in Boipeba must be audited before investment.
RIO DE JANEIRO · RJURBAN COLLECTION
50 tof collected husks per month — project input
≈ 55,600 husks/month at Embrapa’s 0.9 kg average husk weight
DRY MATERIAL PLANNING RANGE10–15 t / month
Embrapa husk and processing yields ↗Embrapa’s processing yields—15.1% raw fiber at 30% moisture plus 33.3% pith at 50% moisture—equal about 13.6 t/month dry equivalent from 50 t of wet husks. The range allows for contamination and process loss; a 30-day weighing test is still required.
Private, concentrated and traceable.
The groves form a more controlled collection territory with shorter farm-to-plant distances and fewer counterparties. The penalty is island logistics: machinery arrives by water, finished goods must be dried and densified before crossing, and every shipment needs a Boipeba–Valença transfer before road freight to Salvador or the Southeast.
Closer to buyers, politically exposed.
Rio is near architects, laboratories, retailers and the largest consumer markets in the Southeast. But access to discarded husks depends on beach concessions, municipal collection contracts and political continuity—an incalculable risk until a binding supply agreement and measured collection route exist.
03 — WHAT CAN IT BECOME?
A small portfolio. Controlled variety can counterbalance risks.
Long fiber, short fiber and pith support different value chains. The examples below map the wider market; they are not all products in this project. The approved portfolio is fibre/substrate, one flat xaxim plate, acoustic panels and a new bioactive façade system.
| Material fraction | Products made today | Real example | Commercial maturity |
|---|---|---|---|
| Long fiber | Grow poles, ropes, mats, erosion-control netting | CoirGreen, Sri Lanka ↗ | Proven |
| Short fiber | Pots, xaxim substitutes, liners, molded parts | Eco & Ponto, Brazil ↗ | Proven |
| Fiber + binder | Acoustic, thermal and furniture-grade boards | NaturLoop Cocoboard®, Switzerland ↗ | Scaling |
| Pith / dust | Growing media, soil conditioner, hydroponic substrate | Amafibra, Brazil ↗ | Proven |
| Whole milled husk | Binderless boards and molded export pallets | CocoPallet, Netherlands ↗ | Scaling |
| Engineered composite | Bioreceptive façade and habitat panels | Respyre · analogous technology ↗ | Emerging |
04 — HOW LARGE ARE THE MARKETS?
The opportunity in four established markets.
Values below establish order of magnitude. Published estimates vary by research definition.
flowers and ornamental plants per year
≈ R$1.77 bn/monthIBRAFLOR / CEPEA figure ↗architectural acoustic panels per year
≈ US$725 m/monthMarket estimate ↗green walls per year
≈ US$233 m/monthMarket estimate ↗coco coir products per year
≈ US$34–57 m/monthIMARC estimate ↗Market-report figures are directional and use different category boundaries. The business case below uses bottom-up volumes and net selling prices instead.
05 — WHO ARE THE BENCHMARKS?
Companies with visible price signals.
These companies provide market and technology benchmarks.
Coquim
Pioneer xaxim substitute made from coconut fiber and natural latex; developed in 1996.
Price: quote requiredCompany profile ↗Eco & Ponto
Coconut-fiber pots, substrates and grow products with national delivery.
Retail reference: R$31.90 / 20 cm potRetail listing ↗Goldplant
Retail line of natural coconut-fiber planters for ornamental plants.
Retail reference: from R$20.90Product line ↗Amafibra / Sococo
Industrial coconut-fiber substrates with 18 formulations for multiple crops.
Price: quote requiredCompany ↗NaturLoop
Cocoboard®: 90% coconut husk fiber and 10% bio-based tannin resin; 2440 × 1220 × 12 mm.
Price: project quoteTechnical product ↗Adhi Annam Coir
Coir acoustic panels for offices, studios, hospitality, schools and auditoriums.
Price: project quoteProduct ↗CocoPallet
Wood-free, ISPM 15-compliant export pallets molded from coconut-husk waste.
Price: trial + quoteBusiness model ↗Respyre
Moss-supporting bioreceptive concrete coating and façade applications; technology benchmark, not coir.
Price: project quoteTechnology ↗Sonablock
Wood-wool acoustic panel used here as a price benchmark for a direct substitute.
Retail reference: €27/m²Retail listing ↗Prices observed in September 2026; taxes, freight, dimensions and wholesale discounts differ. Requote before procurement.
06 — WHAT FITS BRAZIL?
Green Economy.
| Candidate | Demand evidence | Capital intensity | Differentiation | Decision |
|---|---|---|---|---|
| Prepared fibre, substrate + xaxim plate | High | Low | Medium | Launch first Early cash-flow products; the project does not plan to manufacture pots. |
| Interior acoustic panels | High | Medium | High | Scale second Strong architectural value; testing is essential. |
| Bioactive façade panels | Emerging | High | Very high | Develop as IP Use pilot façades before industrial launch. |
| Raw fiber / pith | High | Low | Low | Sell by-product Useful cash flow, weak defensibility. |
| Structural boards | High | Very high | Medium | R&D reference only No dedicated factory line in the six-year base case; contract pressing if required. |
07 — THREE-STAGE PRODUCTION ROUTE
Three products. We’ll learn with each product and reuse the same core process.
Collection, sorting, defibering, washing, drying and classification are shared. Each stage adds tooling, testing and commercial complexity.
PHASE 01YEAR 1
Fibre, substrate
+ xaxim plate
Prepared fibre and substrate plus one flat 50 × 50 cm xaxim-type plate—not pots or grow poles.
- Fastest route to sales
- Simple, repeatable formats
- Validates collection and drying
PHASE 02YEAR 2
Interior
acoustic panel
Commercial 50 × 50 cm wall and ceiling modules; bioactive R&D starts in parallel.
- Higher price per kg
- Acoustic + fire testing
- Architect-led sales
PHASE 03YEARS 2–6
BioActive
façade system
Pilots begin in year two, approval year three, domestic sales in year four and export pilots in year five.
- R&D-intensive
- Façade-system certification
- Potential proprietary IP
REAL PANEL PRECEDENT · GHANA, 2016
CASE Chale Wote Upcycling Pavilion
Mae-ling Lokko and the Ghana Studio used pressed coconut-husk fibers with soy binders on recycled burlap backing. The bolted modules demonstrate texture, curvature, rapid assembly and community-scale fabrication.
Relevance: a valuable construction and geometry reference, but not a bioreceptive façade. Phase 03 will be developed only from compressed coconut fiber: a denser structural core, progressively lighter outer layers and a final seed-bearing layer. It still requires exterior-durability, anchoring and biological-growth validation.
Rensselaer / CASE project source ↗
- 01CollectSource separation
- 02Drain + washSalt and contaminants
- 03DefiberFiber / pith separation
- 04Dry + gradeStable moisture
- 05Mix + moldBinder by product
- 06Press + cureControlled density
- 07Test + sellTraceable batches
07A — CAN A COCONUT BOARD COMPETE WITH MDF?
Technically promising but impossible to commercially compete.
A Cocoboard®-type board remains a technical reference and R&D platform for the bioactive system, not a product line in the six-year model. Any prototype pressing should be contracted until paid demand justifies a separate investment decision.
10% tannin resin
NaturLoop’s 2440 × 1220 × 12 mm Cocoboard® establishes a credible technical direction, but not a product in this commercial plan.
NaturLoop technical product ↗The density calculation is retained for laboratory learning only. It carries no production volume, revenue or dedicated machinery in the six-year base case.
Composite density research ↗Observed Brazilian market references explain why the project will not compete with commodity MDF. Research supports the bioactive system instead.
Brazil MDF reference ↗Advantages
- Uses agricultural residue instead of virgin wood fiber
- Distinct surface and circular-material narrative
- Bio-based tannin resin can avoid conventional formaldehyde systems
- NaturLoop reports high moisture resistance and 30% lower coating absorption than MDF
- Shared drying, grading, mixing and pressing knowledge with Phase 02
Disadvantages
- MDF has enormous scale, distribution and price advantages
- Feedstock moisture, salinity and particle size must be tightly controlled
- Requires a large-format heated press, sanding, calibration and dust extraction
- Must prove machining, screw withdrawal, fire, VOC, swelling and dimensional stability
- Not waterproof; exterior use requires another material system
R&D-ONLY DECISION GATE
Use Cocoboard-type formulations only to learn about density, binders and durability for the bioactive system. Press prototypes through a laboratory or contract manufacturer; we allocated no dedicated board-factory CAPEX in the six-year model. Reconsider a standalone line only after verified performance, repeatable cost and contracted premium demand.
08 — WHAT INFRASTRUCTURE IS NECESSARY?
One infrastructural backbone
with three equipment layers.
| System | Phase 01 · Fibre + plate | Phase 02 · Acoustic | Phase 03 · Bioactive |
|---|---|---|---|
| Core processing | Receiving slab, shredder/defiberer, washer, drainage press, solar or forced-air dryer and screens | Reuse Phase 01; add moisture control, calibrated fiber cutting and dust extraction | Reuse Phase 01–02; add density grading, multilayer mat forming, seed-layer preparation and closed-loop water treatment |
| Forming | Mixer, flat 50 × 50 cm plate mold and 20–50 t cold hydraulic press; heat is not essential when the selected binder cures at ambient temperature | Resin dosing, mat former and 30–50 t press. Heating is optional for a 24-hour castor-resin cure, but useful for faster thermosetting cycles | Contracted heated pressing for R&D, multilayer molds and anchoring jigs. Add a dedicated pilot press only after paid pilots validate the system |
| Finishing | Trim, drill, dry, label and pack | CNC/router, edge finishing, surface treatment and packaging | CNC, coating/biological inoculation area, curing racks, water-retention assembly |
| Quality + tests | Scale, moisture meter, dimensional and load checks | Acoustic absorption, VOC, fire reaction and dimensional stability | Weathering, heat cycling, fire, wind load, anchors, drainage and biological growth |
| Utilities + space | 250–400 m²; 3-phase power; water; drainage; covered drying | 600–1,000 m²; controlled press area; clean finishing room | 1,200–2,000 m²; lab zone; exterior mock-up yard; water recirculation |
PRESS CHECK · SEPTEMBER 202650 t is not one machine category.
A US$6.5–6.8k 50 t shop press is cold and has no controlled heated platens. A US-made Carver 48 t laboratory press with programmable heated platens is listed near US$35.3k before freight and import taxes. For a 50 × 50 cm panel, 50 t provides about 1.96 MPa. The asset-light plan therefore acquires only the press capacity needed for the acoustic cell and contracts heavier heated pressing during bioactive R&D; it does not buy a Cocoboard factory line.
Seed protection: seeds cannot pass through a high-temperature cycle. Structural density layers come first, then the seed-bearing surface is added by cold compression.
Shred, wash and dry
The shredder/defiberer, washer, drainage press, dryer and screens serve all three phases.
Representative machine source ↗
Press with optional heat
Low-density acoustic panels can cure cold in locked molds; heated platens shorten cycles when the tested bio-resin requires heat.
Carver press image and specification ↗
Rent capacity before buying
A laboratory or contract press forms the graded-density prototypes. A dedicated pilot line is gated by paid bioactive demand.
German press reference ↗Cold 50 t
US$6.5–6.8kKAKA shop press; useful for molds and cold pressing, without thermal platens.
Published listing ↗Heated 48 t
≈ US$35.3kCarver automatic laboratory press with temperature control; small platen area, before logistics and import.
Published reseller price ↗Cold 50 t
≈ €1.33k ex VATKraftmeister workshop press; not equivalent to a production hot press.
Published retail price ↗Heated 50 t
Quote requiredHidrobrasil 600 × 600 mm and Wickert industrial heated presses are engineered systems; no public new-machine price was found.
German supplier listing ↗Brazilian 5 hp coconut shredder: R$7.3–7.7k ↗Defiberer: 100–150 kg/h, 20 hp, 3-phase ↗Binderless board hot-press research: 170–190°C ↗
09 — WHO WILL SELL IT?
The building sector is going green.
Plant-based materials are part of the solution for a high-emission industry.
Different products require different sales engines.
Horticultural channel
Garden centers, orchid growers, nurseries, landscapers, home centers, marketplaces, municipalities and reforestation programs.
Estimated serviceable marketR$10–32 m/year0.05–0.15% of Brazil’s R$21.23 bn flower and ornamental market.Specification channel
Architects, acoustic consultants, fit-out contractors, offices, schools, restaurants, hotels, cinemas, museums and cultural centers.
Estimated serviceable marketR$11–42 m/year30,000–100,000 m²/year × R$360–420/m² net product value.Innovation channel
Developers, façade consultants, landscape architects, green-building projects, public infrastructure, universities and climate funds.
Estimated serviceable marketR$9–44 m/year5,000–20,000 m²/year × R$1,800–2,200/m² installed system value.Demand context: Brazil certified 125 LEED projects totaling more than 2 million m² in 2024. GBCI source ↗
10 — WHAT COULD THE RETURN BE?
Tied to fiber supply and challenged by sales, we’ll have bio-based building materials to offer.
Boipeba can make 193.8 t/year of dry fibre available from year two, but availability is a ceiling—not an automatic sales target. Commercial utilization rises from 40% to 100% over six years while the mix moves toward acoustic and bioactive systems.
193.8 t/YEAR AVAILABLE FROM YEAR 2One feedstock ceiling.
A demand-led commercial ramp.
A demand-led commercial ramp.
The plan processes 46.5 t in year one, then 116.3, 135.6, 155.0, 174.4 and 193.8 t. The common 50 × 50 cm module stays; density, formulation, design and performance advance.
| Product | Commercial start | Dry fibre basis | Modeled price | Modeled unit cost | Role in year 6 | Decision |
|---|---|---|---|---|---|---|
| Prepared fibre / substrate | Year 1 | Per tonne | R$5,500/t | R$4,700/t | 5% of fibre | Cash-flow base Low CAPEX; volume follows contracts |
| 50 × 50 xaxim plate | Year 1 | 2.0 kg/unit | R$50/unit | R$17/unit | 5% of fibre | Simple entry SKU One flat 50 × 50 cm plate |
| Acoustic + bioactive systems | Years 2 / 4 | 9.6 / 8.0 kg/m² | R$360 / R$900–2,400 per m² | R$216 / R$600–1,550 per m² | 90% of fibre | Value engine Pilots and approval gate certification and scale |
Commercial utilization of available fibre: 40%, 60%, 70%, 80%, 90% and 100% from years one to six. Acoustic performance still requires laboratory validation. Acoustic density research ↗
BASE CASER$0.53m
revenue · 46.5 t processed
−R$0.32mEBITDA during commissioning
R$425k CAPEX4-person team
CONTROL70% / 30%
fibre-substrate / xaxim plate
40%commercial utilization
BASE CASER$3.62m
revenue · 116.3 t processed
R$0.61mpositive EBITDA
R$297k net profit8.2% net margin
CONTROL65%
of fibre allocated to acoustic
R$750kgated acoustic-cell CAPEX
7-person teamFirst bioactive pilots
BASE CASER$30.67m
revenue · 193.8 t processed
R$8.48mEBITDA at scale
R$5.29m net profit17.3% net margin
CONTROL60%
Brazil + export bioactive mix
R$4.71mcumulative free cash flow
15-person team
These are the approved base-case outputs, not optimistic scenarios. Total staged CAPEX is R$3.375m. The model crosses cumulative break-even in year five; every capacity step remains conditional on contracted demand, technical evidence and cash availability.
10A — WHAT DOES THE DISCARDED-FIBER JOURNEY COST?
Process locally, travel short.
Two delivery routes are modeled: Rio beachfront collection → Ramos plant → Rio client, and Boipeba grove → island plant → Valença → Salvador. Wash, dry, transform and densify near the source before the longest journey.
DIRECT ANSWER
The values in Item 10A were not obtained from supplier quotations. They are preliminary planning estimates built from: the fiber consumption of each product; allowances for washing, drying and processing; provisional production, packaging and labor costs; freight allocated to consolidated batches; and commercial or installation support calculated as a share of the modeled selling price. The totals are therefore hypotheses for comparing Rio and Boipeba—not verified operating costs. Before investment, each line must be replaced by measured production data and at least three supplier or logistics quotations.
One-way road distance used as a transparent shore-to-factory reference; the weighted collection route will vary by beach and stop sequence. Route reference ↗
Approximately 160 km for the combined water and road/ferry corridor. Actual cargo routing, transshipment and final delivery must be quoted. Boipeba–Valença ↗ Valença–Salvador reference ↗
PHASE 01 · XAXIM PLATEBasis per unit
- Collection + preparation
- R$4.002.0 kg of dry coir per 50 × 50 cm plate, including washing, defibering, drying, grading and process loss.
- Flat molding + curing + labor
- R$7.00Provisional bill of process for binder, mixing, flat mold/press time, curing energy and direct labor.
- Packaging
- R$2.00Per-unit allowance for protection, label and handling in a wholesale batch.
- Final transport
- R$1.50Freight allocated per plate in a consolidated batch.
- Sales + channel service
- R$2.50Commercial allowance inside the modeled R$50 wholesale price.
- Total
- R$17.00Workbook unit-cost assumption; it must be replaced by measured batch data.
Modeled wholesale price: R$50/unit.
PHASE 02 · ACOUSTIC PANELBasis per m²
- Collection + preparation
- Rio R$12 · Salvador R$109.6 kg/m² is the approved fibre-intensity assumption. Source-side rates include preparation and yield effects.
- Panel production + finish
- R$105Planning envelope for binder, pressing, energy, direct labor, trimming, surface finish and normal rejects.
- Protective packaging
- R$18Allowance per m² for corners, separator sheets, wrapping and pallet share.
- Final transport
- Rio R$12 · Salvador R$38Volume-based freight allocation for consolidated panels; Salvador adds marine transfer and the Valença–Salvador road leg.
- Sales + specification support
- R$4512.5% of the modeled R$360/m² net price for samples, architect support, technical submittals and commercial service.
- Total
- R$192 · R$216The six-year workbook uses the conservative R$216/m² unit cost.
Modeled net price: R$360/m².
PHASE 03 · BIOACTIVE SYSTEMBasis per m²
- Collection + preparation
- Rio R$18 · Salvador R$168.0 kg/m² is the approved fibre-intensity assumption for Brazil and export.
- Layered panel + anchors
- R$400Provisional process allowance for graded layers, contract pressing during R&D, molds, anchors, direct labor and rejects.
- Crate + protection
- R$40Per-m² allocation for reusable crates, separators and edge protection.
- Final transport
- Rio R$52 · Salvador R$64Allowance for consolidated Brazilian delivery; export logistics are included in the separate R$1,550/m² export cost.
- Engineering + commercial support
- R$80Specification and coordination allowance inside the modeled R$900/m² Brazilian price.
- Total
- R$590 · R$600The six-year workbook uses R$600/m² for Brazil and R$1,550/m² for export.
Brazil price: R$900/m². Export begins as a year-five pilot at R$2,400/m² and R$1,550/m² modeled cost.
CalculatedPlanning allowanceQuotation required
September 2026 pre-feasibility allowances, before indirect tax, financing and extraordinary island handling. Actual cargo-boat prices are not publicly standardized and require quotes. Road freight must respect ANTT minimum-freight rules; the current Rio–Salvador full-truck floor is roughly R$11.5k before tolls and ancillary charges. ANTT reference ↗
11 — HOW LONG IN EACH PLACE?
Measured from authorization
to a repeatable sale.
Each duration starts at that phase’s go/no-go decision and ends with a commercially saleable batch, required test evidence and a paid pilot or repeat order. The phases may overlap; these are critical-path durations, not cumulative project dates.
Rio: 1 month audit, 2–3 months site/equipment, 2 months commissioning and 1–3 months market pilot. Boipeba adds shed, 3-phase power and marine mobilization.
Laboratory queues, reformulation and heated-press commissioning drive the range. Boipeba requires imported equipment and critical spares on the island.
At least 12 months of exterior exposure is retained inside a 24–36 month Rio program; Boipeba adds logistics and slower specialist access.
012243648 months
Phase 01Rio6–9 mo
Phase 01Boipeba6–12 mo
Phase 02Rio12–18 mo
Phase 02Boipeba12–24 mo
Phase 03Rio24–36 mo
Phase 03Boipeba24–48 mo
Rio: market + labs + clientsBoipeba: feedstock + local production
12 — HOW MUCH INVESTMENT?
Stage capital only after evidence.
Ranges include equipment, facilities, development, initial testing and working capital. Rent and launch payroll sit inside the working-capital lines; ongoing rent and employee compensation are operating expenses reflected in EBITDA. Land acquisition and financing costs remain excluded.
PHASE 01 · YEAR 1R$425k
CAPITAL DEPLOYMENTMonths 0–12OPERATING SCALE40% utilization
- Field measurement + studiesR$75k
- Beneficiation backboneR$200k
- Manual press + flat toolingR$100k
- Fit-out, power and safetyR$50k
Gate: stable fibre, substrate and 50 × 50 plate batches with repeat orders.
PHASE 02 · YEAR 2R$750k
CAPITAL DEPLOYMENTAfter Phase 01 gateOPERATING SCALE60% utilization
- Initial acoustic production cellR$500k
- Acoustic, fire and VOC testsR$100k
- Finishing + dust controlR$100k
- Commissioning allowanceR$50k
Gate: tested panel, specification partners and paid pipeline before expansion.
PHASE 03 · YEARS 3–6R$2.20m
CAPITAL DEPLOYMENTFour evidence gatesBASE-CASE TOTAL CAPEXR$3.375m
- Year 3 · R&D, molds and testsR$500k
- Year 4 · bioactive pilot lineR$750k
- Year 5 · certification + export pilotR$650k
- Year 6 · scale + channelsR$300k
No Cocoboard factory: heavy pressing remains outsourced until commercial evidence supports ownership.
OPEX BY PHASE
Operating costs advance with team, testing and commercial scale.
PHASE 01 · YEAR 1R$574k/year
- PayrollR$252k
- Administration, insurance + qualityR$200k
- Research + testsR$75k
- Energy + utilitiesR$40k
- Maintenance + commissionR$7k
Four-person launch team at 40% commercial utilization.
PHASE 02 · YEAR 2R$970k/year
- PayrollR$458k
- Administration, insurance + qualityR$250k
- Research + testsR$150k
- Energy + utilitiesR$70k
- Maintenance + commissionR$42k
Seven-person team, acoustic production and first bioactive pilots.
PHASE 03 · YEARS 3–6R$1.38–2.41m/year
- PayrollR$612k–1.148m
- Administration, insurance + qualityR$300–420k
- Research, tests + certificationR$300–400k
- Energy + utilitiesR$100–220k
- Maintenance + commissionR$67–324k
Nine to fifteen people as approval, domestic sales and export advance.
PRESS PRICE CHECK
The model buys a manual/cold press in year one and an acoustic cell in year two. Bioactive and Cocoboard-type R&D uses contracted heated pressing first; ownership is considered only after paid pilots.
CONTROLLED TRAJECTORY
Available fibre stays fixed. Commercial use and value advance.
The case uses 40%, 60%, 70%, 80%, 90% and 100% of the fibre available in each year. EBITDA turns positive in year two and net profit remains positive thereafter. The R$3.375m programme reaches cumulative break-even in year five.
| Indicator | Year 1 | Year 2 | Year 3 | Year 4 | Year 5 | Year 6 |
|---|---|---|---|---|---|---|
| Commercial utilization | 40% | 60% | 70% | 80% | 90% | 100% |
| Dry fibre processed | 46.5 t | 116.3 t | 135.6 t | 155.0 t | 174.4 t | 193.8 t |
| Revenue | R$0.53m | R$3.62m | R$5.84m | R$8.88m | R$17.23m | R$30.67m |
| Net profit | −R$0.37m | R$0.30m | R$0.45m | R$0.78m | R$2.43m | R$5.29m |
| Net margin | −70.3% | 8.2% | 7.8% | 8.7% | 14.1% | 17.3% |
CAPITAL ARCHITECTURE
R$3.375m over six years
Cumulative free cash flow is approximately +R$0.33m at the end of year five and +R$4.71m at the end of year six. The model therefore reaches payback during year five without a Cocoboard line or launch solar purchase.
VALIDATION REFERENCES
Embrapa productivity ↗Embrapa processing yields ↗Brazil minimum wage ↗SiNAT / DATec ↗EU Access2Markets ↗
FARM-SCALE CASE · 2027–2032
Download Excel Six-year asset-light business plan
Editable Excel model with demand-led utilization, product mix, operating expenses, progressive payroll, staged CAPEX, free cash flow, checks and source notes.
13 — SCIENTIFIC LIBRARY
Research behind the roadmap.
Scientific papers and technical references gathered during product development. Links lead to the publisher, DOI or scientific repository.
01
Biomats, geotextiles and soil
02
Acoustics, panels and construction
2011Analysis of coir fiber acoustical characteristics↗2010Noise Control Using Coconut Coir Fiber Sound Absorber with Porous Layer Backing and Perforated Panel↗2021An experimental and theoretical investigation of coconut coir material for sound absorption↗2023Experimental investigation on acoustic performance of coir fiber and perforated panel↗2011Assessment of coconut fibre insulation characteristics and its use to modulate temperatures in concrete slabs↗2021Potential use of coconut fibre modified mortars to enhance thermal comfort↗2019Properties of green particleboard manufactured from coconut fiber using a potato starch-based adhesive↗2022Production and evaluation of particleboards made of coconut fibers, pine, and eucalyptus using castor-oil polyurethane resin↗2025Thermal conductivity and sound absorption performance of panels based on coir fiber and castor oil resin↗
03
Substrates and cultivation
2017Comparison of Coconut Coir, Rockwool, and Peat Cultivations for Tomato Production↗2020Coconut Coir as a Sustainable Nursery Growing Media for Seedling Production↗2000Coconut coir waste, a new and viable ecologically-friendly peat substitute↗2020Evaluation of Coconut Coir Dust / Modified Urea–Formaldehyde Resin as a Growing Medium↗
04
Processing, treatment and composites
2021A state-of-the-art review on coir fiber-reinforced biocomposites↗2020A review of coir fiber reinforced polymer composites↗2023Coir fiber as thermal insulator and its performance as reinforcing material↗2009Materials and mechanical properties of pretreated coir-based green composites↗2018The influence of treated coconut fiber as reinforcement in PHB composites↗2023Comparison between alternative chemical treatments on coir fibers for cementitious composites↗
05
Core technical references
Living bibliography · 25 references collected
14 — IMMEDIATE NEXT STEP
Three months of field evidence
before industrial commitment.
A focused technical-research stage will replace assumptions with quotes, samples and operating data.
Field audit in Rio and Boipeba, benchmark and laboratory visits, conversations and interviews with researchers, supplier visits and quotations.
Travel, technical visits, sampling, preliminary tests, specialist hours and documented equipment quotations.
Field-research report, real machinery budget, measured logistics routes and a revised business plan with go/no-go gates.
PRIORITY VISITS / CONTACTS
Embrapa Agroindústria Tropical · Amafibra / Sococo · Coquim and Brazilian molded-coir producers · acoustic and fire laboratories · Wageningen Labs - façade and bioreceptivity research groups · NaturLoop technical exchange if access is granted.
EVORA · ArPE — Arquitetura e Projetos Especiais Ltda.
Rua Viúva Lacerda, 131 · Humaitá
Rio de Janeiro — RJ · Brazil