Off-Pipeline Power For Crushing Operations
Quarries operate where pipelines don't reach. Crushing cycles demand consistent power. UNRG deploys integrated LNG logistics and distributed generation engineered for remote production sites and harsh quarry environments.
Discuss Production RequirementsRemote Operations Require Reliable Energy Infrastructure
Aggregate operations—rock crushing, mining, sand/gravel processing—demand dependable, continuous power in remote locations. Standard industrial solutions fail under remote quarry conditions.
Remote Quarry Operations
Rock crushing and aggregate processing sites operate in undeveloped locations—far from utility infrastructure and grid connection.
Operators must generate all power independently or transport diesel across difficult terrain
Continuous Production Demands
Aggregates operations run 24/7 to meet market demand. Equipment must perform reliably under sustained operating loads.
Power interruptions halt production lines. Single equipment failure cascades through entire operation
Diesel Delivery Logistics
Remote crushing sites require constant fuel supply delivered by truck across rough terrain and long distances.
Supply delays cause production shutdowns. Diesel cost volatility erodes operating margins
Harsh Environmental Exposure
Quarries operate in dusty, corrosive, extreme-temperature conditions. Equipment degrades rapidly in exposed environments.
Maintenance costs spike. Equipment lifespan shrinks. Downtime increases unpredictably
Temporary Expansion Constraints
Seasonal demand spikes or new production zones require infrastructure deployment within weeks—not months.
Capital-intensive fixed systems sit idle. Operators cannot scale quickly without significant capex
Infrastructure Mobility
Quarry sites exhaust resources and shift locations. Operations move to new deposits every 3–5 years.
Fixed infrastructure investments become stranded. Redevelopment capital costs mount
Energy Fulfillment™ For Aggregate Operations
UNRG deploys integrated LNG logistics and distributed power infrastructure designed for high-demand remote production. Energy arrives at your quarry. Power generation starts immediately. Production continues uninterrupted.
Deployable Power Infrastructure
Containerized gensets transport to quarry sites and deploy within days. No facility construction. No grid connection required.
LNG Fuel Logistics
Integrated fuel delivery system bringing LNG to remote crushing operations. Single tanker replaces repeated diesel trucking trips.
Continuous Production Support
Reliable power sustains 24/7 crushing, screening, and processing operations. Redundant systems ensure equipment failures don't halt production.
Scalable Generation
Add modular units as production increases. Remove units when operations slow. Pay only for capacity in use.
Field-Hardened Systems
Equipment engineered for dust, vibration, thermal extremes, and continuous duty. Designed for quarry environments.
Infrastructure Mobility
Relocate generation systems to new quarry sites as exhausted deposits shift operations. Capital assets follow production.
Operational economics: Traditional approach requires permanent diesel generators + regular fuel delivery to each quarry site. UNRG approach: modular units move with production. LNG delivery replaces diesel trucking. Capital efficiency increases. Operating costs drop.
Aggregates Deployment Scenarios
From primary crushing to processing, temporary expansion to remote development—aggregate operations span diverse power requirements and geographic constraints. UNRG infrastructure adapts to every production profile.
Primary Crusher Operations
High-capacity rock breaking at quarry face requires 2–5MW of sustained power for primary crushers, conveyors, and auxiliary equipment.
UNRG Solution
Containerized gensets deploy to crushing zone. Multiple units provide redundancy. Power draws directly from on-site generation. Zero grid dependency.
Secondary/Tertiary Processing
Multi-stage crushing and screening operations need 3–8MW across distributed processing points—each with independent power demands.
UNRG Solution
Modular units placed at each processing stage. Coordinated fuel delivery supplies all stages. Production flows smoothly without power bottlenecks.
Sand & Gravel Washing
Washing and classification circuits require consistent, reliable power. Equipment runs continuously throughout operational shifts.
UNRG Solution
UNRG generation supports continuous duty cycles. Redundant systems eliminate downtime risk. Equipment runtime maximizes.
Temporary Capacity Expansion
Seasonal demand surges or new production zones require 3–6 month power infrastructure deployments without permanent capital investment.
UNRG Solution
Mobile gensets arrive pre-configured. Site generates power immediately. Redeploy to new location when expansion phase ends—capital preserved.
Remote Quarry Development
New quarry sites operate far from utility infrastructure. Initial production requires power infrastructure before permanent facilities exist.
UNRG Solution
UNRG systems deploy within weeks. Production starts with temporary power infrastructure. Facilities develop in parallel. Capital efficiency improves.
Off-Grid Aggregates Mining
Mountain, desert, or isolated location aggregate operations have no utility access. Diesel hauling creates operational bottlenecks.
UNRG Solution
Field-hardened systems operate in extreme conditions. LNG delivery replaces diesel trucking. Infrastructure scales with mining output.
Infrastructure Advantages For Aggregate Production
UNRG systems address the specific constraints of aggregate operations—from reliable power generation to remote site deployment to scalable capacity management.
Continuous Production Support
24/7 Operational Reliability
- Redundant generation ensures zero-downtime power delivery
- Equipment failure is isolated event, not production halt
- Sustained duty cycles support high-volume crushing operations
- Backup systems activate automatically—no manual intervention
Fuel Logistics Efficiency
Integrated Supply System
- LNG delivery replaces frequent diesel trucking trips
- Centralized fuel management reduces on-site complexity
- Standing supply schedules align with production demand
- Fuel cost predictability vs. volatile diesel markets
Remote Deployment Readiness
Infrastructure Moves With Operations
- Containerized units transport to undeveloped quarry locations
- Deploy operational power within days—not weeks
- Relocate to new sites as quarries shift production zones
- No permanent facility construction required
Reduced Maintenance Burden
Field-Hardened Design
- Equipment engineered for dusty, harsh quarry environments
- Field-serviceable architecture—repairs managed on-site
- Extended service intervals reduce technician visits
- Proven durability across multiple deployment environments
Modular Scalability
Grow With Production
- Add generation capacity in MW increments as output increases
- Remove units during seasonal slowdowns—pay only for capacity used
- Existing infrastructure supports expansion without redesign
- Capital efficiency improves with temporary scaling strategies
Industrial Reliability
Built For Heavy Production
- Equipment rated for continuous duty crushing operations
- Sustained power delivery supports multi-stage processing
- Proven performance across 50+ aggregate sites
- Operational partnerships with major aggregates operators
Crushing Operations Demand Fuel Flexibility.
Review your site requirements, production timeline, and expansion constraints. UNRG designs integrated LNG supply and power systems aligned with quarry operations.