ARBOK-REVITA

Overview

ARBOK-REVITA is a legal, HACCP/GMP-compliant platform for reworking expired or defective food products into new certified batches. Instead of waste disposal, expired batches (dry mixes, dry milk, protein concentrates, dairy products, juices, purees, sauces) are dissolved in clean water and passed through deep-vacuum evaporation at ambient temperature — no heating, no kettles, no burners. Vacuum boiling (not thermal heating) preserves proteins at 98–99 %, retains vitamins A, D, and B-complex, and instantly kills 100 % of pathogens (Cronobacter sakazakii, Salmonella, Listeria monocytogenes, Bacillus cereus, Clostridium spores, Staphylococcus aureus, E. coli, fungi, yeasts, parasites). Water is recovered to 99.98 % and recycled; micro/nanoplastics are separated; packaging (plastic/metal) is sent to secondary recovery. Output is a pure, dry product (10 % moisture). Energy cost: 1 kWh/t (vs 350–400 kWh/t for spray drying). Zero liquid effluent. The system sits on-site at the manufacturing plant; 100 % of expired/defective stock is returned to cycle, passes quality control as a new batch, and receives a new expiration date — not resale, but new production.

Applications

Rework of expired or defective food products at food manufacturers (infant formula, sports nutrition, protein concentrates, dry milk, sauces, juices, purees, custom dry mixes). Secondary use of recovered product as feed concentrate (~500 €/t) or direct re-certification for human consumption. On-plant containerized deployment eliminates external waste logistics.

Users: food manufacturers, infant-nutrition producers, sports-nutrition brands, dairy processors, sauce/condiment makers, agricultural feed operations.

Operating Principle

Expired or defective product is unpacked; plastic and metal go to secondary recycling, and the contents are dissolved in clean ARBOK water. The aqueous suspension enters a deep-vacuum chamber, where water boils at ambient temperature with no external heating — the boiling action itself, not temperature, separates the product into a pure dry fraction and water vapor. Pathogen elimination happens simultaneously: cells in the aqueous medium rupture and lyse under vacuum-induced boiling, while oxygen depletion and ammonia removal create a sterile environment. Micro/nanoplastic and fine particulates are separated and collected as water vapor is condensed and recycled. The output is a pure dry product at low moisture, separated micro/nanoplastic waste, and metal/plastic packaging routed for recovery. The recovered product then passes laboratory, sensory and microbiological release testing as a new batch with a new expiration date.

Limitations: requires compatible product types per batch (single-product campaigns preferred for efficiency); regulatory approval varies by region (HACCP/GMP acceptance is basis); scale >100 t/day per site requires multi-unit installation.

Key Parameters

Energy: 1 kWh/t (vs 350–400 kWh/t spray drying); cost $0.10–0.20/kg processing vs $2.5–3.2/kg retail product. Protein retention: 98–99 %. Vitamins: A, D, B-complex retained. Pathogen elimination: 100 % kill on Cronobacter sakazakii, Salmonella, Listeria monocytogenes, Bacillus cereus, Clostridium (spores), Staphylococcus aureus, E. coli, Enterobacteriaceae, molds, yeasts, parasites, helminths. Water recovery: 99.98 %. Output moisture: 10 %. Vacuum: deep vacuum. Temperature: ambient — no heat supplied, no setpoint. Form factor: standard containerized module, on-site installation, no chemicals, no membranes. Throughput: 10–100 t/day. Zero liquid discharge.

Architecture and Components

Deep-vacuum evaporation chamber; aqueous suspension feed system; vacuum pump; condensation/water-recovery unit; micro/nanoplastic separation and collection module; packaging-material sorting station; automated cycle control (timer/PLC). Modular, scalable (parallel units for higher throughput). Integration with existing food-factory QC/testing infrastructure; HACCP/GMP documentation automation.

Advantages

Technical: ambient-temperature operation (no thermal damage to nutrients), 100 % pathogen elimination, micro/nanoplastic removal, oxygen/ammonia depletion prevents re-contamination, 99.98 % water recovery, zero liquid effluent. Economic: processing cost 4–8 × lower than buying equivalent raw material ($800 €/t protein concentrate → $0.10–0.20/kg rework); recovered product can be re-sold at $500–700/t or re-certified for human consumption; minimal CapEx (containerized module), ~5–7 year ROI. Regulatory: HACCP/GMP-compliant rework, full traceability, legal re-certification. Environmental: zero waste (packaging recovered, water recycled), eliminates landfill load from food waste.

Integrations

Built on Arbok-VC vacuum-evaporation platform (sibling to DEALCO, Tea, MedZWD, DryMilk, BioProtein); pairs with on-site water-recovery/recycling systems; integrates with factory HACCP/quality-management systems; feed output streams to livestock operations or agricultural processors.

Deployment & Operation

Installation: containerized module positioned at food-manufacturing plant; connection to water supply and electrical (standard 3-phase). Operation begins with batching incoming material (expired or defective product plus packaging), which is unpacked, sorted, and dissolved in clean water. The aqueous suspension then feeds into the vacuum module for overnight or continuous processing (10–100 t/day depending on unit/configuration). Dry product is collected, plastics and metals are separated, and water is recovered. The dry product enters factory QC (lab analysis, sensory, microbiology); upon passing, it is logged with a new batch number and expiration date, ready for re-use or resale. Remaining: per-region regulatory approval (FDA, EFSA, equivalent); pilot validation across additional food categories.

TRL

TRL 7 (confirmed by Michael). Prototype demonstrated in operational environment: principle validated on infant formula and sports-nutrition rework, with multiple batches produced and released to market under controlled conditions. Broader category expansion (dairy, sauces, juices) and geographic regulatory approval scaling remaining.

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
• TRL 6 — demonstrated in relevant environment
• TRL 7 — prototype in operational environment ← ARBOK-REVITA
• TRL 8 — system complete and qualified
• TRL 9 — proven in operational environment

Market Potential

Food manufacturers discard 2–5 % of production due to over-stock, packaging defects, or date-code nearing expiration. At $2.5–3.2/kg retail, that's hundreds of millions of dollars globally in lost material per year. A system that legally recovers 90–97 % of that material at 4–8 × lower cost addresses a massive hidden waste problem with no competing technology, especially in high-margin categories (infant formula, sports nutrition, protein concentrates).

Typical Project Economics

CapEx: $500,000–1,000,000 (containerized module + integration). OPEX: electricity (1 kWh/t), water (recovered 99.98 %), minimal consumables. Recovery value: $500–700/t (feed/resale) or full product value if re-certified for human consumption ($2.5–3.2/kg). ROI: 5–7 years for mid-size manufacturers; faster in high-margin/high-volume categories (infant formula, sports nutrition). Additional value: avoided landfill tipping fees, reduced procurement of equivalent material, brand reputation (circular, zero-waste messaging).

Risk Factors

Regulatory approval (HACCP/GMP rework acceptance) varies by region and product category — prior approval from local food authority required. Batch compatibility (single-product campaigns preferred, multi-product batches risk cross-contamination). Traceability infrastructure (full documentation of incoming/outgoing batches). Market acceptance (consumer/retailer acceptance of legally reworked products — may require transparent labeling/communication). Scale-up to 100+ t/day requires multi-unit installation and supply logistics. Legacy data from product recovery not comprehensive across all food categories.

Related Technologies

ARBOK-VC (Vacuum Cracking) · ARBOK-DEALCO · Arbok – Tea · ARBOK-SAPROPEL