Biomass potential assessment · Free to use

Scoring the
industrial potential
of plant-based fibres.

Cellulose is behind paper, tissue, textile fibres, bio-based plastics and bioethanol. Reveal-Bio gives any biomass candidate a structured, repeatable first read — before committing to lab trials or investment.

Start scoring — it's free →

Scored criteria

Assessment families

0–6

Harmonized scale

Free

5 reveals / day

Illustrative score — random biomass

Who we are

Fifteen years at the
heart of cellulose.

Reveal-Bio is the tool we wished we had from day one — built from field experience, calibrated against real industrial data.

15+

Years of expertise

20+

Biomass types assessed

Continents

Reveal-Bio is built by RBX Créations, a team of cellulose materials experts with over 15 years of hands-on experience across the full value chain — from feedstock evaluation and pulping chemistry to fibre spinning and market positioning.

We have assessed a wide range of biomass types across multiple continents — agricultural residues, dedicated crops, industrial by-products — working with industrial partners on projects spanning paper, packaging, textile fibres, and bio-based materials.

Our expertise covers dissolving pulp, lignocellulosic materials, and green chemistry. Reveal-Bio is a structured, repeatable first read of any biomass candidate — before committing time, capital, or lab resources.

Why this exists

A structured read
before the lab.

A farmer, a co-op, a research lab, or an industrial player arrives with a candidate biomass and a single question: does this fibre have real industrial potential? The questions that follow — cellulose content? bulk density? real surface area available? — are always the same, but rarely asked in the same order, or measured against the same bar.

Reveal-Bio turns that conversation into a structured, repeatable first read. It will not replace a lab analysis or a feasibility study. It gives you a fast, honest verdict — strong, promising, or not there yet — so you know where to focus your next step.

The method

Six families.
One score.

Each family captures a distinct dimension of industrial readiness — from the plant's intrinsic composition to its environmental trajectory. All 18 criteria are scored on a harmonized 0–6 scale and averaged into a single, comparable verdict.

Botanical

Before any industrial decision, the plant itself has already set most of the parameters. Cellulose content defines the theoretical ceiling — yet mineral matter, often overlooked, determines how much of that ceiling is actually reachable.

Logistics

A biomass that scores well in the field can lose most of its advantage before it reaches a processing facility. Bulk density alone can make or break the transport economics of an otherwise promising candidate.

Agricultural production

Industrial-scale pulp production is unforgiving on volume and regularity. The surface area cultivated within a realistic sourcing radius is the first hard constraint — and it often rules out candidates that look excellent on every other dimension.

Technical

Two fibres with identical botanical profiles can behave very differently in a pulping line. Process strength — the inherent robustness of the conversion route — is one of the least visible and most consequential factors in any industrial feasibility assessment.

Economic

Technical excellence does not survive a broken cost structure. Capex feasibility is often the deciding factor — not because the process is unproven, but because the minimum viable scale requires an investment the available volume simply cannot justify.

Environmental impact

The resource trajectory — whether the cultivated supply base is expanding, stable, or in structural decline — is a signal most assessments overlook, and one that determines long-term industrial viability as much as any technical parameter.

Scoring theindustrial potentialof plant-based fibres.

Scoring the
industrial potential
of plant-based fibres.