Track and Report Glass Manufacturing Carbon Emissions

Key furnace meter readings, electricity invoices and LPG delivery notes into a guided inventory each month. Gas firing and electric boosting stay on separate lines, our team helps add CO2 from soda ash and limestone, and the dashboard shows what drives your total.

Scope 1 & 2 Results

Furnace Data in Minutes

One View, Many Plants

GHG Metric dashboard of glass manufacturing carbon emissions: monthly Scope 1 and 2 trend, scope split and top sources

Monthly data entry screen to track glass plant CO2 emissions, with saved items like furnace 1 gas and boosting power

GHG Metric locations view for glass manufacturing carbon emissions: 4 sites with Scope 1 and 2 totals

Scope 1 & 2 Results

Furnace Data in Minutes

One View, Many Plants

QUICK ANSWER

What is the simplest way for a small glass plant to track its carbon emissions?

The simplest way for a small glass plant to track its carbon emissions is software that works from figures the plant already records. Furnace gas, boosting and forming electricity, and forklift LPG are listed one time, after which you add each month's amounts from meter readings and invoices. GHG Metric is made for glassmakers starting out, using plain language on top of GHG Protocol calculations.

Create your plant and select furnace fuels, grid electricity, forklifts and any chillers or cooling units.

Type monthly gas in m³, power in kWh and forklift LPG in kg from meters and invoices.

Emission factors aligned with the GHG Protocol are applied and each line is filed under Scope 1 or 2.

Read the ranking each month and tackle the furnace, lehr or power use at the top.

Sound Familiar?

Why Glass Manufacturing Carbon Emissions Are Easy to Miscount

A furnace that never stops, a batch recipe that changes and energy split across two bills make a spreadsheet unreliable.

Batch CO2 shifts with the cullet ratio

Soda ash, limestone and dolomite release CO2 as they melt, while cullet releases none. Change the recycled share or the glass color and the batch emissions change with it.

Batch CO2 shifts with the cullet ratio

Soda ash, limestone and dolomite release CO2 as they melt, while cullet releases none. Change the recycled share or the glass color and the batch emissions change with it.

Melting energy split across two bills

Electric boosting puts part of the furnace's energy on the power bill and the rest on the gas bill, alongside lehrs, forming machines and compressors. A site total hides which one matters.

Melting energy split across two bills

Electric boosting puts part of the furnace's energy on the power bill and the rest on the gas bill, alongside lehrs, forming machines and compressors. A site total hides which one matters.

A 24/7 furnace, a monthly paper chase

The furnace runs every day, but meter readings, LPG deliveries and power invoices arrive on different dates. One late entry and the spreadsheet total for the quarter is wrong.

A 24/7 furnace, a monthly paper chase

The furnace runs every day, but meter readings, LPG deliveries and power invoices arrive on different dates. One late entry and the spreadsheet total for the quarter is wrong.

Beverage brands review suppliers each year

Breweries and food packers ask their container glass suppliers for Scope 1 and 2 figures in yearly supplier reviews, often with a few weeks' notice and a clear method expected.

Beverage brands review suppliers each year

Breweries and food packers ask their container glass suppliers for Scope 1 and 2 figures in yearly supplier reviews, often with a few weeks' notice and a clear method expected.

How It Works

How to Track Glass Manufacturing Carbon Emissions Step by Step

Describe your glass plant the way your shift team would. GHG Metric files every furnace, lehr and vehicle in the correct category for you.

Add your glass plant

Set the plant up as a facility with its country, so grid electricity gets the right factor. More plants can join later.

Select your furnace and plant cards

Choose electricity and natural gas, other furnace fuels such as fuel oil, refrigeration and chillers, and forklifts or yard tractors. Batch carbonate CO2 is set up with our team.

Name furnaces and meters once

Create items such as "Furnace 1 natural gas" in m³, "Boosting electricity" in kWh or "Forklift LPG" in kg. Star them and they come back each month.

Add the month's figures and review

Key in each reading from meters and invoices. Plant totals, the stacked monthly chart and the top-activity ranking update on save.

Platform Features

Calculate, Track and Reduce Glass Manufacturing Carbon Emissions

Organized around furnaces, lehrs and forming lines, so container, flat and tableware plants recognize their own sources.

Calculate Glass Furnace Emissions From Gas, Boosting and Batch

You handle fuel and power yourself: natural gas or fuel oil for the furnace and annealing lehrs, grid electricity for boosting, IS machines and compressors, LPG for forklifts and refrigerant for chillers. Batch CO2 from soda ash, limestone and dolomite depends on your recipe and cullet share, which is why our team configures that line together with you.

Gas and Boosting on Separate Lines

Recipe-Based Batch CO2 Support

Grid Factor for Your Country

Inventory setup in the GHG Metric glass furnace emissions calculator: furnace 1 – natural gas and more

Saved items for easy monthly glass manufacturing carbon emissions entry: furnace 1 gas, boosting power and lehr 2 gas

Track Furnaces and Lehrs With Easy Monthly Data Collection

Each furnace, lehr and meter gets a name and unit the first time you enter it, such as "Furnace 1 natural gas" in m³, and both are filled in for you the following month. The status grid shows which readings are completed, in progress, pending or overdue, and keeping every item separate lets you follow its consumption and emissions over time.

Furnace Readings in a Few Clicks

Units Filled In Each Month

Status Grid for Every Meter

Track Furnaces and Lehrs With Easy Monthly Data Collection

Furnace Readings in a Few Clicks

Units Filled In Each Month

Status Grid for Every Meter

Track Furnaces and Lehrs With Easy Monthly Data Collection

Furnace Readings in a Few Clicks

Units Filled In Each Month

Status Grid for Every Meter

Reduce Glass Furnace Emissions by Ranking Every Source

The dashboard lists the plant's six largest activities with tCO₂e, share of total and the change since last period. When furnace gas sits near 60%, more cullet, better regenerator upkeep or tuned combustion air are the obvious candidates, and the arrows show whether the share falls once the change is in place.

See Furnace Gas Against Boosting

Weigh Cullet and Combustion Options

Watch the Share After Changes

Biggest emission sources ranked to reduce glass furnace emissions, led by furnace 1 – natural gas at 58%

Reduce Glass Furnace Emissions by Ranking Every Source

See Furnace Gas Against Boosting

Weigh Cullet and Combustion Options

Watch the Share After Changes

Reduce Glass Furnace Emissions by Ranking Every Source

See Furnace Gas Against Boosting

Weigh Cullet and Combustion Options

Watch the Share After Changes

Business Features

Report Glass Manufacturing Carbon Emissions for Supplier Reviews

Plant controllers and furnace managers work in the same browser screens, from the first gas reading to the figures a beverage brand requests.

Emissions Dashboard

Scope 1 and 2 for the plant each month, with furnace, lehr and power lines visible.

Specialist Onboarding

Our team helps set up batch CO2 from soda ash, limestone and dolomite.

Multiple Locations

Add plants in other regions or countries; each uses its local grid factor.

GHG Protocol Calculations

Factors for furnace gas, fuel oil and grid power that follow the GHG Protocol.

Reduction Targets

Set a target for the furnace or the whole plant and follow monthly progress.

Web-Based, No Installation

Shift supervisors enter readings from any browser, even in the furnace control room.

By The Numbers

GHG Metric for Glass Plants, Counted

Facts about how the tool handles a glass plant, rather than results from any furnace.

5 emission areas in a glass plant: power, furnace fuels, cooling, vehicles, batch CO2

4 status levels per furnace and meter each month: completed, in progress, pending, overdue

6 top sources shown side by side, from the melting furnace to lehrs and forming lines

How Much of Your Footprint Is Furnace Gas? Find Out First

Join the waitlist to be told when you can enter furnace gas, boosting power and lehr readings and see each one's share of the plant total.

Use Cases

When Glass Plants Need Emissions Figures Fast

These requests reach container, flat and tableware producers more often each year.

Plant controller

A container glass plant answers a brewery's supplier review

A brewery customer asks for the plant's Scope 1 and 2 emissions with a clear method. The plant controller enters a year of furnace gas and power, works with GHG Metric's team on batch CO2, and shares the dashboard breakdown by source.

Furnace manager

A furnace manager tests a higher cullet share

After raising cullet from 40% to 55%, the furnace manager compares the furnace gas and batch carbonate items month by month. Both lines trend down on the dashboard, which supports a longer supply deal with a local cullet processor.

Finance director

A tableware group with two plants reports to its bank

The bank wants one emissions figure before discussing a green loan for a new furnace. The finance director tracks both plants as locations, each with its own grid factor, and presents results per plant and the combined total.

FAQ

Glass Manufacturing Carbon Emissions FAQ

Why should a glass plant track its carbon emissions?

A glass furnace is one of the most energy-intensive assets in manufacturing, so emissions and gas costs move together. Beverage brands, food packers and lenders also ask glassmakers for Scope 1 and 2 figures, and a plant without them can fall behind competitors in supplier reviews. GHG Metric lets a glass plant build those numbers from records it already keeps.