Arbok – Tea

Overview

Arbok – Tea applies Arbok-VC cold vacuum extraction and drying to tea processing, replacing high-energy heat methods. Deep-vacuum cold boiling extracts and retains aromatic compounds and polyphenols normally lost to heat, raising quality while cutting energy and cost. It upgrades low-grade teas, suits instant-tea formats, and turns processing waste (dust, residues, wastewater) into value.

Applications

Instant tea manufacturers; large estates (India, Sri Lanka, Kenya); herbal/specialty processors; off-grid/energy-scarce zones; exporters seeking clean-label sustainable products; agro-processors monetizing tea waste.

Users: tea processors and estates, instant-tea and extract producers.

Operating Principle

Ambient-temperature vacuum extraction preserves volatile essential oils and polyphenols and removes impurities; room-temperature vacuum drying avoids thermal degradation and freezing damage, improving granule consistency and solubility. Waste streams (tea dust, extraction residues, wastewater) are converted to reusable water, essential oils, and solid residues (compost/fertilizer/biofuel) in a closed loop.

Limitations: figures derive from the Arbok-VC platform; tea-specific commercial validation across tea types pending.

Key Parameters

Extraction/drying: ambient/room temperature, vacuum-based. Energy: 1–2 kWh/ton (vs 50–100 kWh/ton spray/freeze drying). Drying cost: $0.1–0.2/ton (vs $5–10/ton). Quality: +15–25 % market value (preserved aroma/polyphenols); +10–15 % solubility. Waste: closed-loop water reuse + oils + solid residues. Zero emissions; no filters/chemicals/consumables; modular; renewable-compatible.

Note: uplift and byproduct-revenue figures need facility-scale validation.

Architecture and Components

Arbok-VC vacuum extraction unit; room-temperature vacuum dryer; waste-processing train (water reclaim, oil recovery, solid-residue collection); closed-loop water reuse; automated residue collection; modular, low-staff, no consumables.

Advantages

Technical: preserves aroma/polyphenols, better solubility/consistency, no thermal/freeze damage. Economic: 25–50× lower drying energy and cost; quality and solubility uplift; byproduct revenue; avoids environmental fines. Environmental: zero emissions, closed-loop water (key in India/China), waste valorization. Operational: modular, renewable-compatible, staff-light.

Integrations

Built on Arbok-VC (sibling to "Arbok – Coffee" and other extraction/drying applications); fits tea-processing lines; pairs with ARBOK water-reuse and waste-to-energy systems.

Deployment & Operation

Steps: vacuum cold extraction → room-temperature vacuum drying → waste-stream valorization (water/oils/solids). Modular scaling; operable on renewables; automated residue handling. Remaining: tea-specific commercial validation across tea types.

TRL

TRL 5 (confirmed by Michael). Validated in relevant environment on the Arbok-VC platform; tea-specific commercial deployment and cross-tea-type verification pending. (Legacy "TRL 8" set to 5 per Michael.)

TRL scale:

• TRL 1 — basic principles observed
• TRL 2 — technology concept formulated
• TRL 3 — experimental proof-of-concept
• TRL 4 — validated in lab
• TRL 5 — validated in relevant environment ← Arbok – Tea
• TRL 6 — demonstrated in relevant environment
• TRL 7 — prototype in operational environment
• TRL 8 — system complete and qualified
• TRL 9 — proven in operational environment

Market Potential

Instant-tea and tea-extract markets are large and quality-sensitive; estates in India, Sri Lanka, and Kenya face energy costs, water scarcity, and waste-disposal pressure. A low-energy, quality-preserving, closed-loop process — if validated — addresses instant-tea, specialty, and waste-valorization segments.

Typical Project Economics

Energy savings $49,000–98,000/year (10,000-ton facility); quality uplift $3–5M/year (5,000-ton); solubility uplift $1.5–2.25M; byproduct revenue $4–9M/year (oils/fertilizer/biogas); regulatory savings up to $500,000/year. Total potential uplift $9–16.75M/year for a medium facility. Indicative until validated.

Risk Factors

Uplift, solubility, and byproduct-revenue figures are platform-derived and need tea-specific facility validation. Adoption by established tea processors. Byproduct (oil/compost/biogas) market development. Vacuum infrastructure requirement. Legacy TRL adjusted down pending commercial proof.

Related Technologies

ARBOK-DEALCO · ARBOK MedZWD · ARBOK-BEVERIX · ARBOK FOOD PRESERVATION