SYNHUB™ is Syntra's repeatable refining infrastructure platform. Each facility uses standardized design, modular construction, and AI-controlled operations.
We can deploy rapidly, co-locate with feedstock or demand centers, and integrate seamlessly with upstream and downstream partners.
SYNHUB™ is not a custom-engineered facility. It is a standardized refining facility designed for rapid, repeatable deployment. Every SYNHUB™ uses identical unit operations, equipment specifications, and control systems. This standardization compresses development timelines from years to months.
Modular construction enables co-location with mines, battery plants, or port infrastructure. Each facility integrates directly with upstream feedstock providers and downstream offtake partners through standardized logistics and interface protocols.
Speed matters. Traditional greenfield refineries require 4–7 years from site selection to first production. A Synhub™ reaches operational status in 18–24 months through prefabricated modules, proven engineering designs, and streamlined permitting enabled by standardized environmental controls.
The distributed network architecture eliminates the traditional trade-off between scale and flexibility. Rather than constructing oversized centralized facilities designed for projected future demand, SYNHUB™ nodes are deployed incrementally as market conditions warrant. Each facility operates at optimal efficiency from day one.
Site preparation to first production using modular construction and standardized permitting
→ 70% faster than traditional refineries
→ Prefabricated modules reduce on-site work
→ Proven designs streamline approvals
Identical equipment, controls, and process architecture across all facilities
→ Eliminate engineering rework
→ Predictable capital costs
→ Cross-node operational learnings
Deploy adjacent to feedstock sources, manufacturing demand, or logistics hubs
→ Minimize transportation costs
→ Reduce supply chain risk
→ Enable just-in-time delivery
DEPLOYMENT STRATEGY
Strategic positioning optimizes feedstock access, demand proximity, and logistics infrastructure
Adjacent to mining operations, reducing transportation costs and enabling tighter upstream integration
Near battery manufacturing hubs for rapid delivery and just-in-time logistics
Access to ports, rail, and industrial utilities. Halifax anchor location strategy
Rapid Deployment
Standardized design accelerates time-to-market
Distributed architecture eliminates single points of failure. Scheduled maintenance, weather events, or localized supply disruptions at individual nodes do not compromise network-wide operations. Production capacity can be reallocated between nodes to maintain aggregate supply commitments to customers.
→ 99%+ network uptime vs. single-facility risk
→ Dynamic capacity reallocation during maintenance
→ Geographic diversification reduces regional risks
Network expansion through additional nodes requires significantly lower capital expenditure and shorter construction timelines compared to expanding centralized facilities. Each node operates at optimal scale without the inefficiencies inherent in oversized infrastructure constructed for projected future demand.
→ 50-70% lower per-ton capital costs vs. mega-facilities
→ Add capacity in 1,000 MT/yr increments
→ Match capacity additions to demand growth
Processing diverse feedstock types across different nodes reduces dependency on single material sources and specific supplier relationships. This flexibility becomes increasingly critical as battery chemistries continue to evolve and recycled material volumes scale significantly over the next decade.
→ Process spodumene, brines, and clays in parallel
→ Integrate recycled materials without disruption
→ Adapt to evolving battery chemistry requirements
Operating multiple nodes generates substantially greater process data volumes than single-facility operations. This data enables continuous improvement through machine learning algorithms and advanced analytics, with process optimizations validated at individual sites before network-wide deployment.
→ 10x data volume accelerates ML model training
→ A/B test process improvements across nodes
→ Deploy validated optimizations network-wide
Integrated supply chain from mine to market, connecting raw material sources to end-use manufacturing
Mine-to-port logistics from global lithium, cobalt, and nickel sources
Advanced hydrometallurgical processing at SYNHUB™ facilities
Direct delivery to battery manufacturers and chemical customers
Battery recycling and material recovery closing the loop
Syntra Refining is currently onboarding strategic partners for the 2027 production cycle.
Syntra Hub - Halifax
Nova Scotia, Canada
Commercial Inquiries
commercial@syntrarefining.com
Reach out for partnership inquiries, commercial discussions, or general information.