OrvynLCA · Connected Orvyn360 workspace

Footprints from cradle to grave.

A specialist life-cycle modelling environment with a clearer path through the method. Build from a bill of materials, calculate ISO-aligned carbon footprints, compare scenarios and expose the assumptions behind every result.

ISO 14040 / 14044 workflows · ISO 14067 PCFs
Curated factor libraries — grids, materials, transport
Governed results shared through the Orvyn360 data fabric
Defensible method · Recognised standards
ISO 14040 — Principles & framework ISO 14044 — Requirements & guidelines ISO 14067 — Product carbon footprint GHG Protocol Product Standard EPD-oriented summaries EN 15804 orientation — construction
Why in-house LCA

One study per consultant per year doesn't scale.

Customer PCF requests can arrive from OEMs, tenders and EU-bound supply chains. Repeating a consulting study for every product and scenario can become slow and expensive.

01 — THE QUEUE

Requests outrun studies

More customer questionnaires are asking for product footprints. Commissioning a separate study for each request adds cost and delay.

02 — THE BLACK BOX

Factors nobody can see

Results arrive as PDFs with invisible assumptions. When procurement asks "why is this 12.4?", there's no working to show.

03 — THE DEAD END

Results that go nowhere

A footprint confined to a report is difficult to reuse in passport preparation, circularity scenarios or later comparisons.

How it works

From bill of materials to defensible number.

Model

Products from their BOM — materials, masses, processes — with variants for the what-ifs that matter.

Scope

Cradle-to-gate or cradle-to-grave boundaries, functional units and cut-off rules, guided by ISO 14040/44-aligned workflows.

Factor

Versioned factors for regional grids, materials and transport modes, with imported licensed datasets supported for production studies.

Compute

Stage-level results with hotspot analysis; every run versioned so any historic number can be reproduced.

Share

Produce EPD-oriented summaries and customer PCF responses, then publish governed footprint datapoints into Orvyn360 with their basis, scope and provenance attached.

Capabilities · Hands-on

Model a footprint. Right here.

A miniature of the modelling behaviour using illustrative factors. Production studies can import appropriately licensed datasets.

Live demo

Mini PCF model — aluminium housing

Change the material route, mass and freight; watch the stages move and the hotspot shift.

Cradle → grave
18.9 kgCO₂e
hotspot: materials 49%
Materials 49%Manufacturing 25%Distribution 1%Use 16%End of life 9%

The bundled demo factors support demonstration and public-literature workflows. Production studies can import appropriately licensed data; each stage retains its factor reference.

Live demo

Boundary toggle

Same product, two honest boundaries.

Cradle → grave. This demonstration includes use and end-of-life stages where those assumptions are relevant.

Live demo

Data-quality grading

Every input graded — the study's confidence is visible, not implied.

Grade 3 — Calculated. Your activity data with a documented method.

Included

Variant vs variant

Recycled billet vs virgin, road vs rail, gate vs grave — side-by-side runs with the delta explained stage by stage, ready for the design review.

Included

Guided modelling

Structured workflows walk non-specialists through boundary, unit and cut-off decisions — with the method notes an auditor will want attached to every study.

Connected workspace

Results travel through Orvyn360

OrvynLCA publishes governed product-footprint datapoints into the platform data fabric. Once a suite steward clears them, authorised Orvyn workspaces can reuse the value with its source, boundary, basis and freshness intact.

Bring a bill of materials

Bring a product footprint into focus.

Bring a representative bill of materials to the conversation. We'll map the modelling path, data licences and review boundary your study would require.