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Industry Solution ● Compressed Air & O₂

Compressed Air and Oxygen Solutions for Glass Manufacturing

BERG supports glass manufacturers with reliable compressed air systems and on-site oxygen generation solutions for furnace enrichment, combustion optimization and industrial production processes.

Made in Germany
ISO 9001:2015
Turnkey Systems
20+ Years Experience
Industrial glass furnace with oxygen enrichment system
58+
Countries
30%
Fuel saving potential
24/7
Continuous supply
<24mo
Typical ROI
20+
Years experience

Challenges in Modern Glass Manufacturing

Glass production is one of the most energy-intensive industrial processes. Furnace efficiency, oxygen supply logistics and process stability directly determine plant profitability and competitiveness.

Energy Efficiency

Glass melting furnaces are among the most energy-intensive processes in industrial manufacturing — efficiency gains directly impact margins.

Fuel Consumption

High fuel consumption in continuous furnace operation represents one of the largest controllable costs in glass production.

Furnace Productivity

Combustion efficiency directly affects melting rate and furnace throughput — a constant optimisation target for operators.

Oxygen Supply Logistics

Liquid oxygen and cylinder deliveries expose continuous furnace operations to supply chain risk and price volatility.

Operating Costs

Rising energy and gas supply costs put sustained pressure on the operating economics of glass manufacturing facilities.

Process Stability

Furnace operations run continuously; any interruption to oxygen or compressed air supply risks costly downtime.

How BERG Supports Glass Production Facilities

BERG Kompressoren GmbH is your single point of contact for compressed air and oxygen supply — from site assessment through turnkey delivery, installation and global service support.

Compressed Air Systems

Reliable instrument air, pneumatic and automation systems engineered for continuous glass production environments.

Oxygen Generation Systems

On-site PSA oxygen for furnace enrichment — improving combustion efficiency and reducing fuel consumption.

Containerized Turnkey Solutions

Fully self-contained skid or container plants — rapid deployment with minimal civil works at any site.

Compressed Air Systems for Glass Manufacturing

Reliable compressed air underpins every stage of glass production — from forming and automation to packaging and material conveying.

  • Pneumatic controls across production lines
  • Instrument air for process instrumentation
  • Actuators on forming and handling equipment
  • Automation systems and robotics
  • Packaging equipment
  • Conveying systems
View KOMPBERG Compressors
KOMPBERG compressor installation at glass manufacturing facility
KOMPBERG Compressor — Glass Manufacturing Facility

On-Site Oxygen Generation for Glass Furnaces

BERG OXYBERG PSA oxygen generators enrich furnace combustion air on-site — increasing flame temperature, improving heat transfer and reducing fuel consumption, without the cost and logistics of liquid oxygen delivery.

  • Furnace enrichment for combustion optimization
  • Glass melting process support
  • Combustion improvement and emission reduction
  • Energy efficiency optimization
TechnologyPSA
O₂ Purity90–95%
Flow Range1–500 Nm³/h
Feed GasAmbient Air
View OXYBERG Oxygen Generators
OXYBERG PSA oxygen generator for glass furnace enrichment
OXYBERG PSA — Furnace Oxygen Enrichment

Reduced Fuel Consumption

Higher flame temperature and improved heat transfer cut specific fuel use per tonne of glass melted.

Higher Furnace Efficiency

Oxygen enrichment increases melting rate and furnace throughput without major capital modification.

Lower Operating Costs

On-site generation removes the recurring cost of liquid oxygen tanker deliveries and cylinder rental.

Reduced Emissions

Lower fuel consumption and reduced nitrogen carry-through cut NOx and CO₂ emissions per unit output.

Applications in Glass Manufacturing

BERG compressed air and oxygen systems support every major segment of glass manufacturing and processing.

Float Glass Production

Oxygen enrichment and reliable compressed air support continuous float glass furnace operation, improving melting efficiency and product consistency.

O₂

Glass Bottle Manufacturing

On-site oxygen and compressed air support high-volume bottle production lines — from furnace combustion through to forming automation.

O₂

Container Glass Production

Furnace oxygen enrichment reduces fuel consumption in container glass production while compressed air drives forming and handling.

Air

Technical Glass Manufacturing

Precise oxygen enrichment and clean compressed air support the demanding process control required by technical glass production.

O₂

Specialty Glass Production

Reliable on-site oxygen and instrument air support specialty glass furnaces with stringent combustion and quality requirements.

O₂

Glass Furnace Oxygen Enrichment

Supplementing or replacing combustion air with on-site generated oxygen increases flame temperature and furnace throughput.

O₂

Benefits of On-Site Oxygen Production

Eliminate Cylinder Dependency

Remove reliance on cylinder rental, handling and repeated deliveries to site.

Reduce Liquid Oxygen Deliveries

Cut tanker traffic and the logistics risk associated with cryogenic liquid oxygen supply.

Improve Supply Security

On-site generation removes dependency on external suppliers and delivery schedules.

Lower Operating Costs

Eliminate recurring liquid oxygen and cylinder costs with a one-time investment in on-site generation.

Continuous Production Support

Produce oxygen on demand, 24/7, directly matched to your furnace's combustion requirements.

Sustainable Operation

Lower fuel consumption and eliminated delivery logistics reduce the overall carbon footprint of your operation.

Recommended BERG Solutions

Oxygen

OXYBERG Oxygen Generators

On-site PSA oxygen generators for furnace combustion enrichment, scalable from 1–500 Nm³/h.

View product →
Compressors

KOMPBERG Compressors

Oil-free and oil-injected rotary screw compressors for instrument air and process automation.

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Air Treatment

DRYBERG Air Treatment

Refrigerant and desiccant dryers ensuring ISO 8573-1 compliant compressed air quality.

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Containerized

Containerized Oxygen Plants

Fully self-contained 20ft or 40ft oxygen plants — minimal civil works, rapid deployment on site.

View product →

Why Glass Manufacturers Choose BERG

German Engineering

Designed and manufactured to German industrial standards since 2004.

Industrial Reliability

Engineered for continuous, 24/7 duty in demanding furnace environments.

Global Project Experience

Systems installed and supported across 58+ countries worldwide.

Turnkey Systems

Sizing, delivery, installation and commissioning from a single source.

Technical Support

Dedicated engineering support throughout project planning and operation.

Long-Term Service

Spare parts, maintenance and remote support for the lifetime of your system.

Questions About Oxygen & Compressed Air for Glass Manufacturing

Oxygen is used to enrich furnace combustion air, increasing flame temperature and heat transfer efficiency. This reduces fuel consumption, increases melting capacity and lowers emissions compared to standard air combustion.
Oxygen enrichment is the process of supplementing or replacing combustion air with oxygen to raise flame temperature and improve combustion efficiency, commonly used in glass furnaces to reduce fuel use and increase throughput.
Yes. For continuous furnace operation, on-site PSA oxygen generation typically costs significantly less than liquid oxygen or cylinder delivery, while removing dependency on tanker logistics and cryogenic storage.
Most glass furnace oxygen enrichment applications use 90–95% purity oxygen, which is achievable with on-site PSA generation and does not require cryogenic or medical-grade purity levels.
Oxygen-enriched combustion raises flame temperature and reduces the volume of inert nitrogen passing through the furnace, improving heat transfer to the glass melt, increasing melting rate and reducing specific fuel consumption.
Yes. BERG offers fully self-contained containerized oxygen plants that require minimal civil works and can be deployed rapidly at glass production sites, including remote or space-constrained locations.
Glass manufacturing facilities typically require ISO 8573-1 compliant compressed air for instrument air, pneumatic actuators, automation systems, conveying and packaging equipment, with quality class specified per application.
Yes. BERG Kompressoren GmbH delivers complete turnkey systems combining compressed air, oxygen generation, oxygen boosting and filling equipment, including engineering, installation, commissioning and long-term service support.

Discuss Your Glass Manufacturing Requirements

Our engineers will assess your furnace and compressed air requirements, size the right oxygen and air systems, and provide a complete cost comparison — free of charge.