Avoid burden shifting
A lifecycle view shows whether reducing manufacturing impact increases energy, water, waste or another impact during use or end of life.
Measure lifecycle impact to make a better decision
Assess a product, material or project lifecycle before the decision is locked in
We build traceable LCA studies that help companies, manufacturers, designers and construction teams compare alternatives on an equivalent function and boundary, understand hotspots across materials, energy, transport, use and end of life, and turn results into implementable design, procurement and impact-reduction decisions.
ISO 14040 • ISO 14044Products • Materials • Buildings • InfrastructureSaudi Arabia • Egypt • Bilingual delivery
Decision value
Four ways LCA becomes a design and procurement tool—not just a final number
We connect the model with the commercial or engineering question to be resolved and document boundaries, data and assumptions so results can be understood and used in context.
Compare alternatives fairly
Materials and systems are compared on equivalent function, boundary, period, performance and scenarios rather than incompatible headline numbers.
Create design and procurement evidence
Hotspots become requirements for materials, suppliers, data, specifications and design, sourcing and construction decisions.
Improve EPD and disclosure readiness
Data, method and evidence are organised to support a later EPD, CFP or independent review route without treating the study itself as a declaration or verification.
Problems we solve
When one option looks better only because its boundary or data is different
We fix the decision question, unit, boundary and data rules before calculation, then expose hotspots and uncertainty so a single number does not drive a misleading choice.
A carbon-only view
Climate change is important, but it can hide other potential impacts connected with energy, water, resources and emissions under the selected method and impact categories.
Unclear goal and boundary
Modelling starts before intended use, audience, functional or declared unit and included stages are fixed, leaving results without a clear meaning.
Uneven data quality
Supplier data, measurements, averages, databases and proxies are combined without assessing temporal, geographical and technological representativeness.
Unfair comparison
A material or technology is compared with another despite different function, life, performance, system boundary or end-of-life scenario.
The model arrives too late
Assessment is completed after design, specification and contracts are fixed, when the highest-value reduction opportunities are harder or more costly.
Results cannot withstand review
Assumptions, exclusions, allocation, factor sources and sensitivity are not recorded, preventing updates or credible use in an EPD, tender or claim.
Scope of work
From the decision question and unit to model, interpretation and reduction roadmap
Scope reflects intended use, study level, product or project, stage, data and applicable sector or EPD-programme requirements.
Goal, scope and study architecture
Fix what the study will support and how it will be built before requesting detailed quantities.
- Intended application, audience and comparison level
- Functional or declared unit and reference flow
- System boundary, stages, processes and cut-off rules
Life Cycle Inventory and data
Build documented input and output flows for every included process.
- Materials, energy, water, transport and packaging
- Emissions, waste, treatment, use and end of life
- Data plan, quality, sources, proxies and allocation
Impact assessment and scenarios
Translate the inventory into impact indicators suited to the study question and method.
- Appropriate impact categories, indicators and LCIA method
- Baseline, alternative and lifecycle-stage modelling
- Design, sourcing, use and end-of-life scenarios
Interpretation, sensitivity and hotspots
Test what drives the result and whether the decision holds under key assumptions.
- Contribution by stage, material and process
- Sensitivity, uncertainty and comparison-consistency review
- Completeness and consistency checks with data-limited conclusions
Design, procurement and EPD integration
Convert the model into requirements, decisions and an updateable or reviewable pack.
- Design, material and supplier option comparison
- Product-data, specification and tender requirements
- Technical report and PCR, EPD-programme and independent-review readiness when needed
Deliverables
Outputs connecting every result with its boundary, data and decision
The level of detail, LCIA method, databases and EPD route are not selected until purpose, sector, data and intended-use requirements are confirmed.
✓Goal, intended-use and audience memorandum
✓Functional or declared unit and reference-flow definition
✓System-boundary, lifecycle-stage and process map
✓Data-collection plan and supplier or team templates
✓Traceable Life Cycle Inventory model and register
✓Data-quality, source, proxy and assumption register
✓Allocation, cut-off and end-of-life scenario method
✓LCIA results by impact category, stage and process
✓Contribution and hotspot analysis
✓Scenario, sensitivity and uncertainty analysis
✓Alternative comparison and design-procurement reduction roadmap
✓Technical report and review or EPD-readiness pack as scoped
Delivery process
Seven stages from the decision question to an updateable model
Frame the decision
Define why the study is being commissioned, who will use it and which decision, claim or requirement it should support.
Set goal and scope
Approve the unit, boundary, stages, geography, period, data-quality, comparison and review requirements.
Collect and validate data
Issue consistent templates and review units, periods, sources, completeness and representativeness.
Build the inventory and model
Connect flows with processes and stages and document allocation, exclusions, proxies and calculation rules.
Calculate impact categories
Apply the agreed LCIA method and produce analysable results by stage, material and process.
Interpret, compare and improve
Check completeness, consistency and sensitivity, identify hotspots, compare scenarios and develop reduction options.
Report, review and hand over
Issue the report, model and evidence register and support critical review or a separate EPD route when the intended use requires it.
Engagement models
A route for early screening, design comparison or a full product study
Screening LCA
An early model identifying priority data, hotspots and decisions before investing in a full study.
Material or design comparison
An equivalent-function and boundary comparison supporting selection of a material, system, supplier or scenario.
Full product or material LCA
Inventory, impact assessment, interpretation and technical report under the agreed goal and scope.
Building and infrastructure LCA
Assess the lifecycle of an asset or selected parts and connect it with quantities, design, procurement, construction, operation and end of life.
EPD or independent-review readiness
Assess gaps and prepare data, method and technical files under the relevant PCR and EPD programme, while verification and publication remain independent.
Delivery network
Success partners for technical data and an independent EPD route
A study may require supplier data, testing, licensed databases or sector expertise, while an EPD route requires product-category rules, a programme and independent review or verification as applicable.
Representative model inputs
We coordinate manufacturers, suppliers, laboratories, database providers and technical specialists to obtain data suited to the product, location, period and technology, without implying a pre-existing partnership or accreditation.
Environmental product declaration route
We review relevant product-category rules and programme requirements and prepare the technical pack for an independent reviewer or verifier. Declaration acceptance, verification and publication remain with those independent parties.
Review ISO 14025:2026Important note: Data sources and partners are selected for technical, geographical and temporal relevance, data quality, licence or experience scope and independence, while seeking the best competitive pricing consistent with study accuracy. References to ISO or EPD programmes do not imply accreditation, affiliation or endorsement of Sustainability in Business. Results depend on boundaries, data and scenarios; an LCA study does not itself constitute an EPD, verification or certification. Comparative assertions disclosed to the public may require an appropriate independent critical review under applicable requirements.
Sectors
A model shaped around product function, value chain and sector decision
Construction materials and manufacturingBuildings, real estate and urban developmentInfrastructure and pipelinesWater and wastewater treatmentEnergy and utilitiesIndustry and production processesTransport and mobilityProcurement and supply chains
Related experience
Sector experience connected with materials, assets and infrastructure
The following cases show related founder experience that supports understanding of design, materials, construction and operation; they are not represented as delivered LCA studies unless explicitly stated.
COMMUNITY WATER • SAUDI ARABIA
Reservoirs for a ROSHN community development
Environmental oversight for water-storage and pumping assets serving a large residential community.
View experience →
LINEAR INFRASTRUCTURE • SAUDI ARABIA
Pipeline construction environmental management
Environmental risk and compliance management across long linear construction corridors.
View experience →
WASTEWATER • NEOM, SAUDI ARABIA
Sewage treatment plant environmental management
Environmental and compliance support for modern wastewater-treatment infrastructure.
View experience →These examples reflect the founder’s experience in prior roles and projects; they are not presented as contracts delivered by Sustainability in Business unless explicitly stated. Images are representative and do not show actual client sites.
Related services
Connect LCA with carbon, design, resources and market requirements
Frequently asked questions
Important answers before a Life Cycle Assessment begins
What is Life Cycle Assessment (LCA)?
It is a structured method for assessing inputs, outputs and potential environmental impacts of a product, material, service or asset across a defined lifecycle boundary—from goal and scope through inventory, impact assessment and interpretation.
How is LCA different from product carbon footprint and embodied carbon?
LCA may cover multiple impact categories, while a CFP under ISO 14067 addresses climate change only. Embodied carbon commonly focuses on emissions from materials, products, construction and selected asset lifecycle stages under agreed boundaries.
What do cradle-to-gate and cradle-to-grave mean?
Cradle-to-gate covers stages up to the product leaving the factory under the defined boundary. Cradle-to-grave generally extends through use and end of life. Other partial boundaries can be used when justified by the study goal and reported transparently.
What is the difference between a functional unit and a declared unit?
A functional unit describes the reference function and performance to which flows and results relate, supporting comparison. A declared unit is a defined product quantity used when full function cannot be established within the scope and may not by itself support a fair comparison.
Can we start with incomplete supplier data?
Yes. Documented secondary data or proxies can support early stages, with quality and uncertainty assessed and a plan to replace them with more representative data when available.
Can products or designs be compared and the result published?
A comparison can be developed when function, boundary, performance, data and method are equivalent. Comparative assertions intended for public disclosure may require independent critical review and additional requirements, so intended use must be fixed at the start.
Does an LCA automatically produce an EPD?
No. LCA is an important technical basis, but an EPD needs applicable Product Category Rules, programme requirements, preparation, verification and publication steps. We can support readiness and coordination; review, verification and publication remain independent decisions.
Which standards support the work?
ISO 14040 and ISO 14044 provide the general LCA basis. ISO 14067 may apply to a product carbon footprint, ISO 14025:2026 to Type III declarations, ISO 21930 to construction-product and service EPDs, and ISO 14071:2024 to critical review, alongside applicable PCR, programme and sector methods.
Which software and databases are used?
Tools and databases are selected for the purpose, sector, geography, period, licence, representativeness and reviewability. Software alone does not guarantee the quality of the model, data or result.
How are duration and fees determined?
They depend on purpose, boundary, products or alternatives, processes and stages, impact categories, data quality, supplier coordination, scenarios and any review or EPD route. A clear scope, programme and fee follow initial screening.
What decision do you need LCA to resolve?
Share the product or asset, stage, alternatives, audience and available data, and we will suggest a practical study boundary and level.