Fertilizers
Arbok-Repeel (TRINITY) is a single selective pest-control agent: a proprietary acid-blend aqueous solution produced from phosphate-plant waste via Arbok-Evaporation/Arbok-VC.
Technology brief
Arbok-Repeel (TRINITY) is a single selective pest-control agent: a proprietary acid-blend aqueous solution produced from phosphate-plant waste via Arbok-Evaporation/Arbok-VC.
The challenge
Citrus (Diaphorina citri / HLB vector, medfly, aphids, scale); vineyards; potato (Colorado beetle); orchards (almonds, olives, stone fruit). Crop application cards: ARBOK-Repeel-Cocoa, ARBOK-Repeel-Corn, ARBOK-Repeel-Soya, ARBOK-Repeel-Wheat, ARBOK-Trinity-Rice, ARBOK-Cassava, ARBOK-Bananas, ARBOK-Cucurbits-Triple-Strike, ARBOK-Potato, ARBOK-Tomato-Pepper. Public health: ARBOK-TRINITY-Mosquito (Aedes albopictus). Structural: termite/ant protection.
Users: growers/cooperatives, national crop boards, municipal vector control, phosphate-waste holders.
ARBOK solution
Arbok-Repeel (TRINITY) is a single selective pest-control agent: a proprietary acid-blend aqueous solution produced from phosphate-plant waste via Arbok-Evaporation/Arbok-VC. It does not kill — at its working concentration the blend irritates the insect's sensory receptors through the chitinous cuticle, so chitin-armored pests leave the treated zone within 3–6 hours (full activity stop in 24 h). Because the mechanism is physico-chemical, not neuro-enzymatic, no resistance forms. One agent covers an entire class of pests — Asian citrus psyllid (HLB vector), locust, Colorado beetle, harlequin ladybug, aphids, whitefly, mealybug, mosquitoes — pollinator-safe and soil-neutral.
Fine mist (30–50 µm) from drone or irrigation settles on leaf surfaces and bark, timed to evening/night when pollinators are inactive. The acid blend penetrates the chitin cuticle and irritates sensory receptors, triggering departure — selectivity is behavioral (pests rest on leaves for hours and absorb a full dose; bees spend seconds and are not active at spray hours). By morning the layer dries and neutralizes to water and neutral salts in soil; no bioaccumulation, no resistance.
Limitations: viruses/fungi not cured — value is via vector control and disinfection; pest displacement to untreated neighbors requires area-wide use; flooded-paddy/contact cases need timing.
Market and application
Directly protectable agricultural turnover ~$220B/year (citrus $50–60B, grapes ~$90B, potato ~$45B, almonds/stone fruit ~$30B), plus rice (~$50–80B/year biotic loss), cocoa, corn, soya, wheat, and public-health vector control. Citrus alone: ~$135M/year treatment TAM; ~$540M/year across applicable crops at full coverage. Net positive effect at full deployment claimed $60–90B/year.
Treatment ~$27/ha/season ($11–43); HLB loss avoided ~$76,000/ha/year (ROI ~2,800:1). Coverage: Cyprus $100K/season, Florida $5.5M, Brazil $11M, global citrus $135M. Feedstock negative-cost phosphate waste; disposal-liability offset $8–12B/year. Per-crop economics in application cards.
Use cases
Citrus (Diaphorina citri / HLB vector, medfly, aphids, scale); vineyards; potato (Colorado beetle); orchards (almonds, olives, stone fruit). Crop application cards: ARBOK-Repeel-Cocoa, ARBOK-Repeel-Corn, ARBOK-Repeel-Soya, ARBOK-Repeel-Wheat, ARBOK-Trinity-Rice, ARBOK-Cassava, ARBOK-Bananas, ARBOK-Cucurbits-Triple-Strike, ARBOK-Potato, ARBOK-Tomato-Pepper. Public health: ARBOK-TRINITY-Mosquito (Aedes albopictus). Structural: termite/ant protection.
Users: growers/cooperatives, national crop boards, municipal vector control, phosphate-waste holders.
Pre-deployment: pest-density assessment, nozzle calibration to 30–50 µm. Operation: 1–3 seasonal passes, evening/night; covers upper/lower leaf and bark; morning dew neutralizes. Personnel: standard drone/irrigation operator + acid PPE. Area-wide (provincial) deployment to prevent pest displacement. Regulatory registration (EPA/EFSA/MAPA/ASEAN) 2–5 years in parallel with pilots.
Upstream Arbok-Evaporation/VC produces the acid streams (full value chain in-ecosystem); standard agricultural drones (DJI Agras) and mist/drip irrigation; pairs with Arbok-URIA (N) and Arbok-Potash (K) for input sovereignty; SkyManager for large-area dispersion. Application cards listed in Section 3.
Arbok-Repeel (TRINITY) is a single selective pest-control agent: a proprietary acid-blend aqueous solution produced from phosphate-plant waste via Arbok-Evaporation/Arbok-VC. It does not kill — at its working concentration the blend irritates the insect's sensory receptors through the chitinous cuticle, so chitin-armored pests leave the treated zone within 3–6 hours (full activity stop in 24 h). Because the mechanism is physico-chemical, not neuro-enzymatic, no resistance forms. One agent covers an entire class of pests — Asian citrus psyllid (HLB vector), locust, Colorado beetle, harlequin ladybug, aphids, whitefly, mealybug, mosquitoes — pollinator-safe and soil-neutral.
Citrus (Diaphorina citri / HLB vector, medfly, aphids, scale); vineyards; potato (Colorado beetle); orchards (almonds, olives, stone fruit). Crop application cards: ARBOK-Repeel-Cocoa, ARBOK-Repeel-Corn, ARBOK-Repeel-Soya, ARBOK-Repeel-Wheat, ARBOK-Trinity-Rice, ARBOK-Cassava, ARBOK-Bananas, ARBOK-Cucurbits-Triple-Strike, ARBOK-Potato, ARBOK-Tomato-Pepper. Public health: ARBOK-TRINITY-Mosquito (Aedes albopictus). Structural: termite/ant protection.
Users: growers/cooperatives, national crop boards, municipal vector control, phosphate-waste holders.
Fine mist (30–50 µm) from drone or irrigation settles on leaf surfaces and bark, timed to evening/night when pollinators are inactive. The acid blend penetrates the chitin cuticle and irritates sensory receptors, triggering departure — selectivity is behavioral (pests rest on leaves for hours and absorb a full dose; bees spend seconds and are not active at spray hours). By morning the layer dries and neutralizes to water and neutral salts in soil; no bioaccumulation, no resistance.
Limitations: viruses/fungi not cured — value is via vector control and disinfection; pest displacement to untreated neighbors requires area-wide use; flooded-paddy/contact cases need timing.
Composition: a proprietary acid blend recovered from phosphate waste (a resource available at more than 6 billion t globally, 1.5 billion t in the USA). Droplet: 30–50 µm; drone or irrigation; evening/night. Behavior shift: 3–6 h; full stop: 24 h. Cost: ~$27/ha/season (range $11–43); agriculture broadly $0.25–0.75/ha to $80–130/ha by crop program. No resistance; pollinator-safe; soil-buffered, zero bioaccumulation; 6+ pests per pass.
Production (Arbok-Evaporation/VC): ambient temperature, under deep vacuum, 2–3 kWh/t feed, recovery up to 98 %, zero liquid effluent.
Arbok-Evaporation/VC unit (deep-vacuum separation of phosphate sludge into its constituent acid streams and clean water); blending into the working concentrate; polymer-container logistics; on-site dilution/dosing; application via standard agricultural drones or drip/mist irrigation (no dedicated hardware); standard pest monitoring; PPE and corrosion-resistant handling equipment for the acid concentrate.
Technical: one pass covers a whole class of chitin pests; no resistance; rapid onset; works with existing drone/irrigation kit. Economic: ~$27/ha vs $80–200+/ha conventional; ROI up to thousands-to-one vs HLB losses; feedstock is negative-cost waste. Environmental: zero bioaccumulation, pollinator/beneficial-insect safe, soil-buffered; diverts $8–12B/year phosphate-disposal liability. Strategic: attacks no-cure diseases (HLB, CSSV, CMD) at the only controllable point — the vector.
Upstream Arbok-Evaporation/VC produces the acid streams (full value chain in-ecosystem); standard agricultural drones (DJI Agras) and mist/drip irrigation; pairs with Arbok-URIA (N) and Arbok-Potash (K) for input sovereignty; SkyManager for large-area dispersion. Application cards listed in Section 3.
Pre-deployment: pest-density assessment, nozzle calibration to 30–50 µm. Operation: 1–3 seasonal passes, evening/night; covers upper/lower leaf and bark; morning dew neutralizes. Personnel: standard drone/irrigation operator + acid PPE. Area-wide (provincial) deployment to prevent pest displacement. Regulatory registration (EPA/EFSA/MAPA/ASEAN) 2–5 years in parallel with pilots.
TRL 7 (confirmed by Michael). Prototype proven in operational environment: field-validated on Diaphorina citri, Schistocerca gregaria, Leptinotarsa decemlineata, and Harmonia axyridis, with pollinator safety confirmed and a production pathway from phosphate waste established. (Legacy Arbok-Repeel docs claim TRL 8; set to 7 per Michael — raise if preferred.) Per-target field validation continues in the crop/vector application cards.
TRL scale:
Directly protectable agricultural turnover ~$220B/year (citrus $50–60B, grapes ~$90B, potato ~$45B, almonds/stone fruit ~$30B), plus rice (~$50–80B/year biotic loss), cocoa, corn, soya, wheat, and public-health vector control. Citrus alone: ~$135M/year treatment TAM; ~$540M/year across applicable crops at full coverage. Net positive effect at full deployment claimed $60–90B/year.
Treatment ~$27/ha/season ($11–43); HLB loss avoided ~$76,000/ha/year (ROI ~2,800:1). Coverage: Cyprus $100K/season, Florida $5.5M, Brazil $11M, global citrus $135M. Feedstock negative-cost phosphate waste; disposal-liability offset $8–12B/year. Per-crop economics in application cards.
Regulatory registration (EPA/EFSA/MAPA/ASEAN) takes 2–5 years per market. Conservative grower adoption (demonstration plots needed). Feedstock logistics — Arbok-Evaporation co-located with phosphate stockpiles. Application infrastructure (30–50 µm nozzles). Public/regulatory scrutiny of acid-based agricultural inputs despite low concentration and confirmed safety. Pest displacement without area-wide use. Strong departure claims need ongoing per-target third-party validation.
ARBOK-Repeel-Cocoa · ARBOK-Trinity-Rice · ARBOK-Potato · Arbok-URIA · ARBOK-FERTILIZER
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