Environmental Product File for Factories: What Data Do Clients and Tenders Request?

When a client or tender requests environmental data for a product, sending a company policy or a general certificate is usually not enough. What is typically required is specific information about the product, raw materials, energy, water, manufacturing, transportation, waste, data boundaries, and supporting evidence.

An Environmental Product File in Kuwait helps manufacturers organize this information in advance, respond consistently, and identify gaps before moving toward a Life Cycle Assessment or an Environmental Product Declaration.

Quick Answer

An Environmental Product File in Kuwait should include a precise definition of the product, its unit, and manufacturing location, as well as material composition and sources, energy and water consumption, emissions and waste, packaging and transportation, service life, use, and end-of-life information where relevant.

It should also include the calculation methodology, evidence, and reporting period.

Product-specific data should be distinguished from general factory-level data, and estimates, assumptions, and system boundaries should be documented.

This file is not equivalent to an LCA or EPD, but it helps test readiness and reduces the time needed to collect information for a formal study.

What Is an Environmental Product File in Kuwait?

It is an organized package of technical and environmental data related to a specific product or product family.

It may be used to:

• Respond to client questionnaires.
• Support tender submissions.
• Support sustainable procurement.
• Prepare for an LCA study.
• Prepare for an EPD.

The file should identify:

• Version.
• Reporting period.
• Scope.
• Responsible owner.
• Data sources.

The file should not be presented as a certification or environmental declaration unless it has gone through the required methodology and verification process.

Its value lies in accuracy, transparency, and readiness, with clear identification of what is:

• Measured.
• Calculated.
• Estimated.
• Unavailable.

Why Do Clients and Tenders Request Environmental Product Data?

Organizations use environmental product data to:

• Compare design alternatives.
• Evaluate supply chains.
• Calculate project impacts.
• Respond to sustainable building requirements.
• Support sustainable procurement.
• Verify supplier environmental claims.

The greater the environmental impact of a product, or the larger its contribution to a project, the greater the need for comparable and verifiable data.

A client may request simple information or a formal document such as an EPD.

The request should therefore be read carefully.

Do not assume that:

• Every questionnaire requires a complete environmental study.
• An internal product file can replace an externally verified document.

Product Identification Data

Start with:

• Commercial product name.
• Technical name.
• Product code.
• Specification.
• Intended use.
• Reference unit.
• Product dimensions or mass.
• Manufacturing location.
• Production line.
• Reporting period.

If the file covers a product family, explain:

• Grouping rules.
• Differences between variants.

Attach relevant technical data sheets and certificates where appropriate.

However, do not confuse technical performance with environmental impact.

A precise product definition prevents environmental data from being applied incorrectly to another product variant with different:

• Materials.
• Thickness.
• Manufacturing location.

Raw Material and Composition Data

Collect:

• Mass or percentage of each material.
• Material source.
• Supplier.
• Country of origin.
• Transportation distance.
• Transportation method.
• Recycled content, where applicable.
• Additives.
• Packaging materials.

Commercial confidentiality should be respected while still providing the level of information required by the client or study.

Check that the total material balance is consistent with:

• Product weight.
• Waste and scrap rates.

If suppliers or formulations vary during the reporting period, use an appropriate weighted average and document the calculation method.

Do not replace quantitative information with broad statements such as:

“Environmentally friendly.”

Instead, provide the actual quantity and source.

Energy and Fuel Data

Identify:

• Electricity consumption.
• Fuel types.
• Thermal energy.
• Energy used in primary production processes.
• Energy used in supporting activities.
• Billing or meter period.
• Allocation method used to assign consumption to the product.

If the factory produces multiple products, the allocation method should be justified.

Possible allocation bases may include:

• Mass.
• Operating time.
• Direct metering.
• Another causal relationship.

Purchased energy should be separated from self-generated energy.

Any renewable energy claim should be supported by evidence and should not be double-counted.

Review:

• Units.
• Conversion factors.
• Relationship between consumption and production.

Water and Wastewater Data

Collect information on:

• Process water.
• Cooling water.
• Cleaning water.
• Utility water.
• Water sources.
• Water reuse.
• Water losses.
• Discharge.
• Wastewater treatment.

Distinguish between:

• Water withdrawal.
• Water consumption.
• Water discharge.

When water information is used at product level, it should be linked to the selected product unit.

If sub-metering is unavailable, document:

• The allocation method.
• The improvement plan.

The review may reveal the need to install additional meters or improve operating records before starting a formal environmental study.

Manufacturing and Production Data

Describe:

• Production steps.
• Process units.
• Temperatures.
• Pressures.
• Processing time.
• Equipment.
• Rejection rate.
• Rework.
• Quantity of good product.
• Co-products.
• By-products.

Allocation between products, co-products, and by-products may significantly affect results.

Use data from a representative period rather than an exceptional day.

Explain:

• Shutdowns.
• Maintenance periods.
• Trial production.

Production information should be consistent with:

• Raw materials.
• Energy.
• Waste.
• Sales or inventory data.

Emissions and Waste Data

Identify:

• Measured emission sources.
• Calculated emission sources.
• Relevant air pollutants.
• Relevant emissions.
• Process waste.
• Packaging waste.
• Maintenance waste.
• Quantities.
• Classification.
• Treatment method.
• Final destination.

Attach supporting information where required, such as:

• Measurement reports.
• Waste transportation records.
• Waste handover records.

Do not subtract recycled or recovered outputs unless a clear methodology supports the calculation.

Also avoid applying a factory-wide average directly to one product without a justified allocation method.

Packaging Data

Collect information about each packaging component, including:

• Material type.
• Mass.
• Source.
• Recycled content.
• Reusability.
• Recyclability.

Packaging can be significant, particularly for lightweight products or products transported over long distances.

Clarify whether:

• Pallets are returned.
• Containers are returned.
• Packaging is reused.

Where reuse occurs, document:

• Average number of reuse cycles.
• Loss rates.

Nominal assumptions are not sufficient when actual operational performance is different.

Transportation and Distribution

Identify:

• Distance.
• Mode of transport.
• Load.
• Distribution centers.
• Target markets.

Separate:

• Raw material transportation.
• Finished-product distribution.

Use representative scenarios and document the assumptions.

A client may request the transportation distance to a specific project, while the product study may use a broader representative scenario.

Therefore, maintain transportation data in a form that can be updated rather than relying on one fixed number without context.

Use, Maintenance, and End-of-Life Data

Some products have most of their environmental impact during manufacturing, while others may have significant impacts during:

• Use.
• Maintenance.
• Replacement.

Collect information on:

• Expected service life.
• Energy use during operation, where relevant.
• Water use during operation, where relevant.
• Maintenance materials.
• Replacement requirements.
• Installation instructions.
• Reuse scenarios.
• Recycling scenarios.
• Disposal scenarios.

Do not present an ideal end-of-life scenario as a guaranteed real outcome.

Clearly explain:

• Assumption.
• Source.
• Intended market.

Also distinguish between:

• Technical recyclability.
• Actual recycling rate.

Supplier and Supply Chain Data

Request from suppliers:

• Material description.
• Manufacturing location.
• Available environmental data.
• Certificates.
• Reporting period.
• Data boundaries.

Verify that the supplier document actually applies to:

• The material being used.
• The relevant production site.
• The relevant reporting period.

Include environmental data requirements in supplier qualification and contracts instead of waiting until after winning a tender to request them.

Start with materials that have the highest:

• Mass contribution.
• Potential environmental impact.

Manage confidentiality and document acceptance of the data.

Evidence and Internal Verification

Link every figure to supporting evidence such as:

• Utility invoices.
• Meter readings.
• System reports.
• Production records.
• Measurement reports.
• Supplier documentation.

Carry out checks such as:

• Mass balance.
• Energy-to-production comparison.
• Trend analysis.
• Sample recalculation.

Clearly define:

• Who prepared the data.
• Who reviewed it.
• Who approved it.

Maintain:

• Change log.
• Raw data.
• Calculations.

Every estimate should include:

• Source.
• Method.
• Limitations.

How Is the File Related to Life Cycle Assessment (LCA)?

SSG’s Life Cycle Assessment service explains that LCA begins by defining:

• Goal.
• Scope.
• Functional unit.

It then proceeds through:

• Inventory of inputs and outputs.
• Impact assessment.
• Interpretation of results.

The Environmental Product File provides an important portion of the life-cycle inventory, but the data still needs:

• Methodological control.
• Defined boundaries.
• Allocation rules.
• Suitable data sources.

A readiness assessment before the LCA can reveal gaps in:

• Supplier data.
• Metering.
• Allocation.

This allows the factory to improve its data system rather than collecting information in a rush that may affect study quality.

How Is the File Related to an Environmental Product Declaration (EPD)?

SSG’s Environmental Product Declaration (EPD) service explains that the process includes:

• Selecting the relevant Product Category Rules (PCR).
• Conducting an LCA.
• Preparing the EPD document.
• Independent verification.
• Registration and publication under an appropriate program.

Therefore, an internal Environmental Product File should not be called an EPD and should not be presented as a certificate.

However, the file can help prepare:

• Product definition.
• Material data.
• Manufacturing data.
• Transportation information.
• Supporting evidence.

It can also help estimate:

• Required effort.
• Required time.
• Which product or product family is most suitable to start with.

How Can the File Be Used in Sales and Tenders?

Prepare a concise, approved version that the sales team can use to answer frequently asked questions.

Technical questions should be referred to the environmental or sustainability responsible person.

Use answers that are:

• Accurate.
• Dated.
• Clearly scoped.

Do not send:

• Raw databases.
• Confidential information.

unless properly approved.

If a requested document is not yet available, explain:

• Current readiness status.
• Plan for obtaining the document.

Do not provide a misleading substitute.

The Environmental Product File can also become a tool for:

• Identifying market opportunities.
• Improving the product.

Common Mistakes When Collecting Factory Data

Common mistakes include:

• Mixing factory-level data with product-specific data.
• Using an unrepresentative short reporting period.
• Failing to balance materials.
• Ignoring co-products.
• Using estimated percentages without a source.
• Double-counting renewable energy.
• Double-counting recycled content.
• Using supplier documentation that does not apply to the actual material being used.
• Waiting until a tender request arrives before collecting data.
• Having no designated file owner.
• Changing product formulation without updating the file.
• Using marketing language that goes beyond the evidence.

Environmental Product File Readiness Assessment Model

Assess every data group according to:

• Availability.
• Quality.
• Coverage.
• Evidence.
• Owner.
• Update status.

Classify gaps as:

• Critical for the study.
• Important for comparison.
• Future improvement opportunities.

Assign each gap:

• Action.
• Deadline.
• Responsible person.

Start with a commercially important product that has stable data, then expand the system to a product family.

This reduces complexity and builds repeatable internal experience.

How Can SSG Help?

SSG can:

• Review the client or tender request.
• Identify appropriate environmental data.
• Conduct a readiness assessment.
• Develop an Environmental Product File template.
• Review allocation methods.
• Review supporting evidence.
• Progress to LCA or EPD where required and within a clearly defined scope.

The level of work depends on:

• Purpose of the file.
• Product.
• Market.
• Availability of data.

You can contact SSG to begin reviewing a selected product and identify data gaps before committing to an external deadline.

Practical Scenario: Preparing a Product for a Major Tender

A building-material manufacturer may receive a tender request that must be answered within a few weeks and that asks for:

• Recycled content.
• Energy consumption.
• Carbon footprint.
• Transportation distance.
• Availability of an EPD.

The first step should not be to fill in the form as quickly as possible.

Instead, divide the request into:

• Internal data.
• Supplier documentation.
• Calculations requiring a defined methodology.
• Formal documents that are not yet available.

The team should then determine what can be provided accurately and what requires more time or an independent study.

The manufacturer selects:

• Product code.
• Manufacturing site.
• Reporting period.

Then collects:

• Weighted material list.
• Good production quantity.
• Scrap and losses.
• Energy.
• Water.
• Packaging.
• Transportation.

A mass balance should then be carried out, along with a review of:

• Invoices.
• Meter readings.

If allocation between multiple production lines is not documented, more than one allocation basis may be tested.

The selected method should reflect the causal relationship as closely as possible, and the effect of the allocation choice on the results should be documented.

Supplier documents should be reviewed individually.

A certificate may display the correct company name but actually relate to:

• Another manufacturing site.
• An outdated reporting period.
• A different material.

Every marketing claim should also be reviewed.

Ask:

• Is it supported by measurement?
• Is it supported by a certificate?
• Is it supported by an accepted methodology?

If no EPD exists, do not use wording that may imply that one exists.

Instead, clearly state:

• What documentation is currently available.
• The plan for completing the required document if needed.

After the tender, the manufacturer should maintain the file as a living system.

Update it whenever there is a change in:

• Formulation.
• Supplier.
• Fuel.
• Production line.

The manufacturer can then prioritize products for future:

• LCA studies.
• EPD development.

This means that each new client request does not have to start from zero.

Management can also use the same information to:

• Improve efficiency.
• Reduce waste.
• Improve supplier management.

It is also useful to establish a small committee including:

• Production.
• Quality.
• Procurement.
• Sales.
• Sustainability.

The committee can periodically review the file to ensure that technical or commercial changes reach the data owner before new answers are issued.

Customer requests can also be classified by level of evidence:

1. Descriptive information.
2. Verified quantitative data.
3. LCA study.
4. Verified EPD.

This classification helps prevent overpromising and directs investment toward environmental documentation with the highest market value.

Practical Monitoring Table

Data Group	Examples of Required Information	Evidence	Common Gap
Product definition	Code, specification, unit, location, period	Data sheet and production record	Mixing product-family data with one product
Raw materials	Masses, sources, transportation, recycled content	BOM, invoices, supplier documents	Total does not match product weight
Energy and water	Consumption, allocation, units	Meters and invoices	Allocation without justification
Manufacturing	Production, losses, co-products	Operating reports	Unrepresentative reporting period
Emissions and waste	Measurements, quantities, destination	Reports and transportation records	Factory average used for one product
Transportation and packaging	Mass, distance, mode	Logistics records	Undocumented scenario

Practical Checklist

• ☐ Product, unit, manufacturing location, and reporting period are clearly defined.
• ☐ Material composition is balanced against product weight and losses.
• ☐ Material sources, transportation, and supporting evidence are available.
• ☐ Energy and water are allocated to the product using a documented methodology.
• ☐ Production, losses, and co-products are internally consistent.
• ☐ Emissions and waste are supported by measurements and records.
• ☐ Packaging, transportation, use, and end-of-life are documented where relevant.
• ☐ Every data group has an owner and reviewer.
• ☐ Estimates, confidentiality requirements, and assumptions are documented.
• ☐ The file is not presented as an LCA or EPD without the required methodology and verification.

Frequently Asked Questions About Environmental Product Files in Kuwait

Is an Environmental Product File the Same as an EPD?

No.

The Environmental Product File is an internal or commercial data package.

An EPD is a formal document based on:

• LCA.
• Product Category Rules.
• Independent verification.
• Registration under an appropriate program.

What Data Should Be Collected First?

Start with:

• Product definition.
• Unit.
• Manufacturing location.
• Material composition.
• Production.
• Energy.
• Water.
• Waste.
• Emissions.
• Packaging.
• Transportation.
• Supporting evidence.

How Do We Allocate Factory Consumption to One Product?

Direct measurement is preferable.

If direct measurement is unavailable, use a suitable allocation basis such as:

• Operating time.
• Mass.
• Another causal relationship.

Document the justification and, where appropriate, test the sensitivity of the allocation method.

Can Supplier Data Be Used?

Yes, provided that it applies to:

• The actual material.
• Relevant manufacturing site.
• Relevant reporting period.
• Required system boundary.

Its source should also be verified, and it should not be counted incorrectly or duplicated.

When Does an LCA Become Necessary?

An LCA becomes necessary when the client or market requires:

• Methodological environmental impact assessment.
• Product comparison.
• An EPD.

It is not necessarily required for a basic environmental-data questionnaire.

What Is the Benefit of a Readiness Assessment?

A readiness assessment identifies gaps in:

• Metering.
• Supplier information.
• Allocation.
• Supporting evidence.

It also helps determine:

• The most suitable product to start with.
• The required data-collection plan before beginning the formal study.

Start Reviewing Your Project Requirements With SSG

If your project requires an environmental review, study, or compliance plan in Kuwait, you can contact SSG to review the requirements and determine the appropriate scope of service according to the type of activity, stage of implementation, and competent authority.