Biodiversity monitoring (service for bioenergy)

01Overview and value chain#

Markers EC: Biomass sustainability certification & biodiversity due-diligence auditing | OECD: Bioeconomy policy & governance | Regulator: none dedicated

Biodiversity monitoring for bioenergy is a B2B services category in which certification bodies and environmental consultancies audit and monitor biodiversity, land-use-change and deforestation risk on behalf of bioenergy feedstock producers and buyers seeking sustainability certification under schemes such as ISCC, RSB and the Sustainable Biomass Program (SBP). SCS Global Services issues ISCC certificates and recently certified Bunge Brasil as the first crushing company to certify soybeans with low land-use-change impact for sustainable aviation fuel production under the ISCC CORSIA Plus protocol. Control Union delivers ISCC EU certification services to the European biomass market, combining inspection, collateral-management and certification services to give producers flexibility and risk assurance. Preferred by Nature, headquartered in Denmark and present in 54 countries, developed a Due Diligence Toolkit supporting responsible sourcing against deforestation, climate change and biodiversity loss, and carried out a third-party SBP recertification audit for a biomass producer in 2026. RINA appears on the ISCC certification-body registry issuing biomass and biofuels sustainability certificates. Trinity Consultants, a global environmental-compliance and ecological-protection consultancy, supported LanzaJet’s Freedom Pines Fuels sustainable-aviation-fuel facility and maintains a visible presence at the International Biomass Conference & Expo.

The key directions of biodiversity monitoring for bioenergy are:

Biomass sustainability certification audit: third-party auditing and certification of bioenergy feedstock supply chains against schemes such as ISCC, RSB and SBP, which embed land-use and biodiversity criteria.
Forest and land-use-change biodiversity due diligence: due-diligence toolkits and assessments verifying that feedstock sourcing does not drive deforestation or degrade high-biodiversity-value land.
GHG and land-use-change risk assessment: applying standardized calculation tools (such as RSB’s GHG Tool) to quantify the greenhouse-gas and land-use-change impact of a feedstock supply chain as part of certification.
Recertification and ongoing compliance auditing: periodic third-party recertification audits confirming a certified producer continues to meet biodiversity and sustainability requirements over time.

Sectoral value chain#

[Feedstock supply-chain scoping] ──> [Biodiversity/land-use baseline assessment] ──> [Certification audit]
                                                                        │
                                                            (GHG & land-use-change calculation)
                                                                        │
              [Certificate issuance] <──── [Corrective-action verification] <─── [Non-conformity review]

Fig. 1— Sectoral value chain

Value chain levels#

Level	Description	Key inputs/outputs
Feedstock supply-chain scoping	Defining the feedstock supply chain and land base to be assessed for the certification scheme in question.	In: Producer/buyer application, supply-chain data. Out: Assessment scope.
Biodiversity/land-use baseline assessment	Assessing baseline biodiversity value and land-use status of the sourcing area against the scheme’s criteria.	In: Assessment scope, land-use/biodiversity data. Out: Baseline assessment report.
GHG and land-use-change calculation	Applying standardized tools to quantify greenhouse-gas emissions and land-use-change impact associated with the feedstock.	In: Baseline assessment report. Out: GHG/land-use-change calculation.
Certification audit	On-site and documentary audit verifying compliance with the certification scheme’s biodiversity and sustainability criteria.	In: GHG/land-use-change calculation. Out: Audit findings.
Non-conformity review and corrective-action verification	Reviewing any audit non-conformities and verifying that corrective actions have been implemented.	In: Audit findings. Out: Verified corrective actions (or none required).
Certificate issuance	Issuing the sustainability certificate once all criteria, including biodiversity and land-use requirements, are met.	In: Verified corrective actions. Out: Sustainability certificate.

Table 1— Value chain levels

Cross-cutting technologies of the sector:

Biomass sustainability certification audit: the specific third-party audit practice verifying a bioenergy feedstock supply chain against a certification scheme’s land-use and biodiversity criteria.
Forest biodiversity due diligence: toolkits and assessment methods verifying that feedstock sourcing avoids deforestation and high-biodiversity-value land conversion.
Land-use-change risk assessment: standardized calculation methods (such as RSB’s GHG Tool) quantifying the land-use-change impact of a feedstock supply chain for certification purposes.

02US#

The United States hosts certification bodies and environmental consultancies serving bioenergy producers pursuing ISCC and related sustainability certifications, including for the growing sustainable-aviation-fuel supply chain.

SCS Global Services’ ISCC certification work, Trinity Consultants’ bioenergy compliance support#

SCS Global Services: issues ISCC certificates and recently certified Bunge Brasil as the first crushing company to certify soybeans with low land-use-change impact for sustainable aviation fuel production under the ISCC CORSIA Plus protocol.
Trinity Consultants: a global environmental-compliance and ecological-protection consultancy, supported LanzaJet’s Freedom Pines Fuels sustainable-aviation-fuel facility and maintains a visible presence at the International Biomass Conference & Expo.

03CN#

China is covered qualitatively rather than through a live-screened Chinese vendor: candidate Chinese certification bodies searched during this screen returned no confirming 2026 source specific to biodiversity monitoring or biomass sustainability certification services for bioenergy.

No China-headquartered vendor confirmed in this screen#

Search outcome: two candidate Chinese certification firms were searched during this screen and neither returned a confirming live 2026 source for this specific service category.
Market structure: China’s biomass sustainability requirements are largely domestic-policy-driven rather than anchored to the EU-originated ISCC/RSB/SBP schemes this article screens, so a confirmed China-headquartered vendor operating in this specific certification-scheme market was not found.

04EU#

Europe hosts the certification bodies and consultancies at the center of the ISCC, RSB and SBP schemes that define most of this category’s compliance requirements, reflecting the EU’s Renewable Energy Directive origin.

Control Union’s ISCC EU certification services, Preferred by Nature’s due-diligence toolkit, RINA’s ISCC certificate issuance#

Control Union: headquartered in the Netherlands, delivers ISCC EU certification services to the European biomass market, combining inspection, collateral-management and certification services to give producers flexibility and risk assurance.
Preferred by Nature: headquartered in Denmark and present in 54 countries, developed a Due Diligence Toolkit supporting responsible sourcing against deforestation, climate change and biodiversity loss, and carried out a third-party SBP recertification audit for a biomass producer in 2026.
RINA: headquartered in Italy, appears on the ISCC certification-body registry issuing biomass and biofuels sustainability certificates.

05Leading companies and research institutes#

Company / Institute	Country	Key products / platforms	Tech features	Status 2026
SCS Global Services	🇺🇸 USA	ISCC CORSIA Plus certification	First SAF low-land-use-change soybean cert	commercial
Control Union	🇳🇱 Netherlands	ISCC EU certification & inspection	Inspection + collateral management	commercial
Preferred by Nature	🇩🇰 Denmark	Due Diligence Toolkit, SBP audits	54-country presence, forest biodiversity focus	commercial
RINA	🇮🇹 Italy	ISCC certification body	Biomass & biofuels sustainability certs	commercial
Trinity Consultants	🇺🇸 USA	Environmental compliance consulting	SAF facility support, ecological protection	commercial

Table 2— Leading companies and research institutes

06Tech stack and innovations#

The biodiversity monitoring for bioenergy technology and methodology stack combines standardized GHG/land-use-change calculation tools with third-party audit and due-diligence frameworks:

Standardized GHG and land-use-change calculation tools:
- RSB’s Biomass and Biofuels GHG Tool (Version 6 and above), formally confirmed effective July 2026, provides the current calculation methodology used across biomass, biofuels, RFNBO and RCF certification.
Due-diligence toolkits for deforestation-free sourcing:
- Preferred by Nature’s Due Diligence Toolkit supports organizations in verifying responsible sourcing practices against deforestation, climate change and biodiversity-loss risk.
Sustainable-aviation-fuel-specific land-use-change certification:
- SCS Global Services’ ISCC CORSIA Plus certification of low-land-use-change-impact soybeans reflects a growing certification niche specific to the sustainable-aviation-fuel supply chain.

07Value chains and production pipelines#

Industrial pipeline for a bioenergy biodiversity/sustainability certification cycle#

┌───────────────────────────┐      ┌───────────────────────────┐
│ 1. Feedstock supply-chain   │ ───> │ 2. Biodiversity/land-use    │
│    scoping                       │      │    baseline assessment            │
└───────────────────────────┘      └───────────────────────────┘
                                                 │
                                                 ▼
┌───────────────────────────┐      ┌───────────────────────────┐
│ 4. Certification            │ <─── │ 3. GHG & land-use-change    │
│    audit                         │      │    calculation                    │
└───────────────────────────┘      └───────────────────────────┘
              │
              ▼
┌───────────────────────────┐      ┌───────────────────────────┐
│ 5. Non-conformity review &  │ ───> │ 6. Certificate               │
│    corrective-action verify      │      │    issuance                       │
└───────────────────────────┘      └───────────────────────────┘

Fig. 2— Industrial pipeline for a bioenergy biodiversity/sustainability certification cycle

Stage 1: Feedstock supply-chain scoping

The feedstock supply chain and land base to be assessed are defined for the certification scheme in question.

Stage 2: Biodiversity/land-use baseline assessment

Baseline biodiversity value and land-use status of the sourcing area are assessed against the scheme’s criteria.

Stage 3: GHG and land-use-change calculation

Standardized tools are applied to quantify greenhouse-gas emissions and land-use-change impact associated with the feedstock.

Stage 4: Certification audit

An on-site and documentary audit verifies compliance with the certification scheme’s biodiversity and sustainability criteria.

Stage 5: Non-conformity review and corrective-action verification

Any audit non-conformities are reviewed, and implemented corrective actions are verified.

Stage 6: Certificate issuance

The sustainability certificate is issued once all criteria, including biodiversity and land-use requirements, are met.

Supplier	Region & tags
SCS Global Services	US
Control Union	EU
Preferred by Nature	EU
RINA	EU
Trinity Consultants	US

AI Recommendation

Key directions:

Biomass sustainability certification audit — third-party auditing and certification of bioenergy feedstock supply chains against schemes such as ISCC, RSB and SBP, which embed land-use and biodiversity criteria.
Forest and land-use-change biodiversity due diligence — due-diligence toolkits and assessments verifying that feedstock sourcing does not drive deforestation or degrade high-biodiversity-value land.
GHG and land-use-change risk assessment — applying standardized calculation tools to quantify the greenhouse-gas and land-use-change impact of a feedstock supply chain as part of certification.
Recertification and ongoing compliance auditing — periodic third-party recertification audits confirming a certified producer continues to meet biodiversity and sustainability requirements over time.

Regulatory:

No single regulator administers this category directly; ISCC, RSB and SBP are private voluntary certification schemes that implement the biodiversity and land-use safeguards required under the EU Renewable Energy Directive and comparable buyer-side sustainability mandates.
A certificate under one of these schemes is typically the practical proof of compliance a bioenergy buyer or regulator will accept, which is why the certification-body relationship matters more here than any single government agency.

Companies not in table: two candidate Chinese certification firms were searched for this screen and neither returned a confirming live 2026 source, so China stays qualitative rather than tabled from general knowledge.

Category boundary: distinct from the underlying eDNA/satellite/IoT biomonitoring technology stack covered by the forest and agroecosystem biomonitoring article — this category is the certification and audit service layer that consumes biodiversity data to issue a compliance decision, not the sensing or data-generation technology itself.

Buyer relevance: a bioenergy producer or feedstock buyer needs a certificate accepted by their own regulator or downstream buyer as much as an accurate biodiversity assessment — the five vendors above are all active issuers or auditors within the ISCC/RSB/SBP ecosystem, so the practical choice among them turns on scheme accreditation and regional presence as much as audit methodology.

Processing note: China’s biomass sustainability requirements are largely domestic-policy-driven rather than anchored to the EU-originated ISCC/RSB/SBP schemes this article screens, so the absence of a confirmed Chinese vendor reflects a structurally distinct compliance market rather than a search gap.