Glass manufacturing is one of the most energy-intensive continuous industrial processes. When natural gas is a major production input, even a modest, verifiable improvement in fuel efficiency can translate into meaningful operating savings.

Mundi’s approach doesn’t rely on comparing gas bills alone.

A credible evaluation begins with an optimized operating baseline and compares fuel input with useful production output under documented, reasonably comparable conditions. Combustion measurements, furnace operating conditions, production volume, temperatures, and relevant emissions data provide the engineering context needed to determine whether a change in fuel consumption represents genuine process improvement.

MundiMag™ adds a non-invasive magnetic fuel-treatment technology to that measurement-based methodology.

01. Why Fuel Efficiency Matters in Glass Manufacturing

Glass furnaces operate under demanding thermal conditions, often continuously and with significant energy requirements.

Fuel consumption therefore cannot be considered independently from furnace performance and production.

A meaningful efficiency assessment should consider not only how much natural gas is consumed, but what the furnace produces with that energy and whether the comparison is being made under equivalent operating conditions.

Depending on the process, appropriate operating information can include:

• natural-gas consumption;

• glass production output;

• furnace operating hours;

• production rate;

• process temperatures;

• combustion and flue-gas measurements;

• production interruptions;

• product-quality observations;

• other operating variables agreed upon before the evaluation begins.

How much fuel is required to produce the same useful output under comparable conditions?

02. Natural Gas Savings in Glass Manufacturing: What Plants Should Measure

The most important part of an industrial fuel-savings project happens before installing the MundiMag™ system.

A baseline should first be established.

Historical fuel records provide useful context, but fuel consumption must be linked to actual production.

For a glass furnace, the baseline should therefore document the relationship between natural-gas input and the appropriate production-output metric used by the facility.

Where relevant, the evaluation should also account for:

• changes in production rate;

• operating schedules;

• product mix;

• furnace temperatures;

• combustion settings;

• maintenance conditions;

• environmental or process variables capable of materially influencing fuel demand.

This prevents a simple reduction in fuel consumption from being mistaken for an improvement when production has also decreased.

03. Combustion Efficiency, Flame Characteristics & Heat Transfer

Fuel efficiency in a glass furnace ultimately depends on more than the quantity of fuel entering the system.

The combustion process determines how effectively fuel energy is converted into usable thermal energy and transferred into the manufacturing process.

Mundi’s historical glass-industry project experience documented changes not only in fuel consumption, but also in observed combustion behavior and flame characteristics.

Project documentation described a flame with stronger heat-radiation characteristics after treatment. In furnace applications, this observation is important because useful performance depends on how effectively combustion energy reaches the material being processed.

These observations should not be interpreted as a universal prediction for every furnace.

Instead, they provide another reason to evaluate an industrial MundiMag™ project through measurements rather than assumptions.

Establish appropriate combustion and operating measurements before installation, and repeat them during commissioning and subsequent monitoring.

Did fuel consumption change while the furnace maintained or improved useful thermal and production performance?

04. Establish the Baseline Before Installation

Before installing MundiMag™, the furnace and associated combustion equipment should be operating at their best practical normal condition.

A known maintenance, burner, combustion-control, or operating problem should not become part of the MundiMag™ baseline.

Organize the approved measurement categories clearly:

Fuel Input

Natural-gas consumption during representative production periods.

Production Output

The quantity of glass or other product manufactured during the same periods.

Combustion

Appropriate flue-gas and combustion measurements recorded according to the facility’s normal engineering procedures.

Temperature

Relevant furnace and process temperatures.

Operating Conditions

Hours, production rates, product type, maintenance condition, and other variables required for a valid comparison.

Once the baseline has been established, post-installation results can be compared using the same measurement criteria.

05. MundiMag™ in Glass Manufacturing

MundiMag™ is the latest generation of Mundi’s patented Magnetizer® magnetic fuel-treatment technology.

For industrial fuel applications, the system is externally installed on the applicable fuel infrastructure without cutting the fuel line.

Industrial configurations are application-specific.

The number, configuration, and placement of MundiMag™ elements are therefore determined by information about the actual plant and fuel system rather than a generic installation formula.

Relevant engineering considerations can include fuel flow, piping characteristics, available installation locations, burner arrangement, process configuration, and operating requirements.

Detailed engineering, sizing, placement, installation, commissioning, and adjustment procedures are reserved for authorized projects.

06. Pre-Installation Engineering Survey

A MundiMag™ industrial project begins with understanding the existing installation.

Historical Mundi engineering work in the glass industry included on-site examination of furnace fuel infrastructure before final system configuration.

The engineering survey can include observation and documentation of:

• fuel-distribution arrangement;

• burner locations;

• fuel-pipe dimensions;

• accessible straight pipe sections;

• valves and nearby equipment;

• available installation locations;

• relationship between distribution piping and individual furnace burners.

The purpose is not merely to find a place where MundiMag™ elements physically fit.

The objective is to understand the fuel system sufficiently to engineer an application appropriate to the actual furnace.

HISTORICAL GLASS-FURNACE ENGINEERING SURVEY

Historical Mundi pre-installation engineering survey of an industrial glass-furnace fuel system. Site documentation was used to evaluate existing fuel-distribution geometry, burner arrangement, pipe dimensions, and potential installation locations before final system configuration.

Historical project documentation. Detailed system configuration and installation engineering remain part of Mundi’s proprietary project-specific know-how.

07. Measure Fuel Input Against Glass Production

After installation, continue evaluating performance using the criteria established during the baseline period.

Fuel Input

versus

Useful Glass Production Output

A reduction in natural-gas consumption becomes meaningful when comparable production can be maintained with less fuel.

Conversely, evaluating fuel savings without accounting for changes in production can produce misleading results.

For this reason, Mundi recommends documenting performance during an agreed monitoring period rather than relying on a single immediate reading.

Mundi also recommends monitoring combustion conditions during commissioning.

Where optimization is required, qualified facility personnel should make adjustments according to equipment requirements and Mundi’s project-specific commissioning protocol.

08. Thermal Distribution, Process Performance & Glass Quality

Fuel consumption is only one measure of furnace performance.

Glass manufacturers also depend on thermal stability, production quality, process reliability, and consistent finished-product characteristics.

Mundi’s historical glass-industry experience reported changes in combustion behavior, heat distribution, production performance, and glass quality, in addition to reductions in fuel consumption.

These observations are application-specific and should be measured against each facility’s established production and quality criteria.

Did the plant consume less gas while maintaining or improving the useful production and quality requirements established for the process?

09. Documented Industrial Experience: Warta Glass

Mundi’s glass manufacturing experience includes an industrial project with Warta Glass in Panevėžys, Lithuania.

The customer’s project documentation reports that the company entered into an agreement with Mundimex in April 2008 for magnetic fluid conditioning and fuel-saving systems.

The customer subsequently reported a 7.68% reduction in gas consumption.

The same customer document also reported changes in monitored combustion emissions, including reductions in NOx and CO measurements during the project.

These figures represent the documented results of that specific industrial installation.

They should not be interpreted as a guarantee that another glass furnace will produce identical results.

Every facility differs in furnace design, fuel consumption, process configuration, combustion conditions, production requirements, maintenance condition, and operating practices.

For that reason, Mundi evaluates each proposed installation individually.

Warta Glass customer document

10. Performance Assurance

For qualifying industrial applications, Mundimex offers a written minimum 6% natural-gas savings performance guarantee, based on mutually agreed measurement criteria.

Those criteria are established so that both the facility and Mundi understand how fuel consumption and useful production output will be compared.

The objective is not simply to promise savings.

It is to define how savings will be measured.

11. Tunnel Kilns, Ceramics & Porcelain

The same measurement principles are relevant beyond glass manufacturing.

Mundi’s historical industrial work has also addressed combustion-intensive applications in ceramic and porcelain production, including tunnel-kiln processes.

Tunnel kilns can contain many burners distributed along an extended thermal process. Evaluating fuel efficiency in this environment again requires looking beyond total fuel consumption alone.

Depending on the process, relevant comparisons can include:

• fuel consumption;

• production volume;

• kiln operating conditions;

• temperature distribution;

• combustion measurements;

• product quality;

• firing consistency;

• other production variables defined by the facility.

Historical Mundi project documentation described applications in which changes in fuel consumption occurred together with reported improvements in thermal uniformity and product characteristics.

As with glass furnaces, treat these historical observations as application-specific results rather than predictions for another plant.

Establish the baseline → document production → install the application-specific system → commission the process → monitor → compare fuel input with useful output.

12. Glass, Ceramics & High-Temperature Continuous Processes

Glass furnaces and ceramic tunnel kilns differ substantially in equipment design and manufacturing process.

What connects these applications is the importance of continuously controlled thermal energy.

That makes a measurement-based approach particularly important.

Mundi does not assume that a technology that produces a result in one process will automatically produce the same result in another.

The industrial application must support its own conclusion through operating data.

This is also why MundiMag™ installations are configured for the individual facility rather than supplied as a generic one-size-fits-all fuel-treatment arrangement.

13. Project-Specific Engineering & Proprietary Know-How

The principles of baseline measurement, combustion monitoring, and performance verification can be discussed publicly.

Detailed MundiMag™ system configuration cannot.

System sizing, placement, installation, commissioning, combustion-adjustment guidance, and measurement protocols form part of Mundi’s accumulated industrial application experience.

Following contractual authorization, Mundi provides the client’s technical personnel with project-specific preparation, configuration, installation, commissioning, and measurement instructions through Mundi’s Authorized Customer & Engineering resources.

14. Evaluate Your Glass Furnace Application

If natural gas represents a significant production cost at your facility, Mundimex can review the operating parameters required to determine whether a controlled MundiMag™ pilot installation is appropriate.

A preliminary technical review can begin with basic information concerning:

• industrial process;

• natural-gas consumption;

• fuel-flow characteristics;

• furnace configuration;

• available fuel piping;

• production output;

• existing measurement capability;

• facility objectives for a controlled evaluation.

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