At a lower cost, improve equipment health for healthier people, animals, plants and the environment.

VIEW SUPPLIED FRAMEWORK DECK↗

Four lower-carbon fluids.
One systems-efficiency approach.

FOUR FLUIDS · ONE SYSTEM

Four lower-carbon fluids.
One systems-efficiency approach.

**Four-fluid clean technology portfolio**Product concept presentation supplied by GIDI

COMMERCIALIZED

Lower-carbon gasoline

Generators, small equipment, fleets, performance and passenger cars

Cleaner combustion | Fuel efficiency | Lower smoke, odor and deposits

FIELD VALIDATION

Lower-carbon diesel

Mining, heavy equipment, generators, agriculture, fleets and marine

Lower smoke & odor | Fuel efficiency | Low-RPM torque

FIELD VALIDATION

Lower-carbon lubricants

Robotics, automation, generators, heavy equipment, fleets and marine

Lower friction & heat | Less wear, energy use and downtime

IN DEVELOPMENT

Lower-carbon coolant

Fleets, agriculture, heavy equipment, generators, cars and marine

Thermal stability | Less overheating and downtime

ROBOTICS & AUTOMATION

Lower-carbon lubrication for next-generation robotics.

Potential applications include robotic joints, bearings, gearboxes, reducers, linear guides and high-frequency motion components—targeting lower friction, heat, wear, energy use and unplanned downtime.

01Lower friction02Lower heat03Energy efficiency04Less downtime

OPERATIONAL VALUE FRAMEWORK

Eight operating benefits.
Three forms of value.

Translate field improvements into operational, economic and environmental value.

01Operational performance

02Economic benefit

03Environmental responsibility

01LOWER RPM02LOWER VIBRATION03LOWER TEMPERATURE04LOWER COOLANT TEMPERATURE05LOWER FUEL USE06LOWER MAINTENANCE07LOWER POLLUTION08LOWER EMISSIONS

These are target operating outcomes—not guaranteed results. Each asset and duty cycle should be verified through a controlled field trial and MRV.MRV

One magnet.
Two critical fluid systems.

PHYSICAL INTERVENTION · EQUIPMENT CARE

One magnet.
Two critical fluid systems.

Designed for engine-oil and transmission-oil pans, the GIDI Dual-System Carbon Reduction Magnet captures ferrous wear particles circulating in the fluid system—helping protect operating efficiency and reduce avoidable maintenance exposure.

GIDICAPTURE WEAR · PROTECT EFFICIENCY · REDUCE MAINTENANCE COSTSApplication fit and outcomes depend on equipment design, operating conditions, installation and inspection. Validate through a controlled field trial.

GIDI Dual-System Carbon Reduction Magnet shown in engine-oil and transmission-oil pans capturing ferrous wear particles — Engine oil pan + transmission oil pan application concept

Equipment & pilots

Discuss GIDI 369 Controlled Pilot ↗

Pilot → evidence → finance readiness

Start with your equipment and operating problem. Define a baseline, apply the intervention, compare measurements and assemble traceable evidence. This can support assessment of suitable finance options; eligibility and lending decisions remain with the provider.

See only what matters to you.

START HEREChoose your organisation

See only what matters to you.

Select an entry point. Technical detail and evidence remain available when you need them.

Mining & heavy equipment

Fuel · heat · smoke · downtime

VIEW →02

Agriculture & irrigation

Diesel efficiency · field data

VIEW →03

Fleets & transport

Vehicle performance · MRV records

VIEW →04

Events & motorsport

Lower-carbon energy · air monitoring

VIEW →05

Government & research

Controlled pilots · independent evidence

VIEW →06

Investors & finance

ESG data · scalable projects

VIEW →

01ImproveFluids & equipment→

02MeasureSensors & UAV→

03AnalyseAI→

04VerifyMRV evidence→

05DecideESG & operations

Decarbonize the assets
that still have work to do.

BUILT FOR EXISTING EQUIPMENT

Decarbonize the assets
that still have work to do.

Reduce emissions, energy costs and operational risk—without immediately replacing existing diesel assets. Every application begins with a controlled field trial and ends with evidence that can support a real decision.

01PRIORITY APPLICATION

Mining & Heavy Equipment

Haul trucks · Excavators · Loaders · Fixed diesel assets

Operating challenge: High fuel demand, heat, smoke, maintenance exposure and hard-to-replace equipment.
GIDI deployment: Controlled fluid-system trial with asset-level fuel, thermal and emissions baselines.
Decision value: Verified operating evidence for fleet decisions, ESG reporting and investment cases.

02PRIORITY APPLICATION

Temporary Power & Generators

Construction · Events · Remote sites · Backup and rental fleets

Operating challenge: Variable loads, visible emissions, fuel cost and pressure to document site impact.
GIDI deployment: Measure runtime, load, fuel use, temperature and air-quality indicators before and after deployment.
Decision value: A repeatable MRV package for customers, tenders and lower-emission power services.

03PRIORITY APPLICATION

Agriculture & Irrigation

Tractors · Harvesters · Irrigation pumps · Farm generators

Operating challenge: Seasonal peak loads, long operating hours, dust, heat and downtime-sensitive work.
GIDI deployment: Map the duty cycle, establish a baseline and validate fuel, lubrication and thermal improvements in the field.
Decision value: Farm-level efficiency evidence with One Health, emissions and climate-finance relevance.

Construction & Infrastructure

Earthmoving machinery · Compressors · Site vehicles · Mobile power

Operating challenge: Mixed assets, transient loads and project-specific emissions requirements.
GIDI deployment: Create a defined test boundary across representative machines and operating conditions.
Decision value: Comparable evidence for project reporting, procurement and operational improvement.

Fleet & Heavy Transport

Trucks · Buses · Service fleets · Logistics vehicles

Operating challenge: Fuel spend, asset availability and the need to decarbonize without immediate fleet replacement.
GIDI deployment: Segment vehicles by route and duty cycle, then compare controlled baseline and trial periods.
Decision value: Decision-ready fuel, maintenance and emissions data for fleet-scale deployment.

Marine & Remote Operations

Marine diesel · Off-grid equipment · Remote and isolated assets

Operating challenge: Limited access, expensive downtime and equipment that must remain in service for longer.
GIDI deployment: Combine onboard or on-site measurements with remote AI monitoring and a documented evidence chain.
Decision value: Traceable performance evidence for remote operations and asset-life extension decisions.

From site problem to decision-ready evidence

01Operating challenge
02GIDI deployment
03AI monitoring
04MRV evidence
05ESG & financial value

Lower-emission pathways
for machines that feed the world.

AGRICULTURE & NON-ROAD MACHINERY

Lower-emission pathways
for machines that feed the world.

TRACTORS

High-load diesel duty cycles, torque demand and long operating hours.

HARVESTERS

Seasonal peak loads, dust exposure and downtime-sensitive operation.

IRRIGATION PUMPS

Stationary engines where fuel, temperature and runtime can be measured.

NRMM FLEETS

Agricultural, forestry, construction and industrial engine fleets.

Regulatory note: GIDI does not claim EU Stage V type approval or certification for a machine or engine unless formally issued by an authorized body. Any compliance determination remains asset-, engine- and jurisdiction-specific.GIDI EU Stage V

From field decarbonization
to manageable ESG assets.

INTEGRATED DECARBONIZATION

From field decarbonization
to manageable ESG assets.

ESG

ESG DATA SYSTEM

Turn field performance into usable, auditable and reportable data.

From baselines and test boundaries to monitoring and third-party verification, GIDI converts operational improvements into traceable ESG/MRV records.ESG/MRV

EENVIRONMENTAL

Environmental performance

Track fuel use, CO, CO₂, HC, NOx, particulates, smoke, odor and equipment temperature against a defined baseline.

Pollutants & fuel efficiency
Thermal management
Field quantification

GGOVERNANCE

Data governance

Define boundaries, assets, duty cycles, periods, methods and accountability—supported by source records and third-party MRV.

Traceable records
Consistent methods
ESG disclosure support

01 · BASELINEDefine the baseline

02 · MEASUREMeasure continuously

03 · VERIFYVerify through MRV

04 · REPORTDeliver ESG data

BUSINESS MODEL

From a field trial to annual ESG management.

ESG

Project integration
Products & equipment
Performance sharing
AI/ESG subscription

GREEN FINANCE & PUBLIC FUNDING

Turn measurable decarbonization into a finance-ready project.

GIDI connects field performance, ESG data and MRV evidence so customers can evaluate green loans, sustainability-linked finance, equipment-upgrade incentives and public funding opportunities.

GIDI ESG MRV

01Green loans

Use defined assets, budgets, savings targets and verified indicators to support lender assessment.

02Sustainability-linked finance

Translate operational KPIs into measurable performance targets and reporting inputs.

03Government grants

Package the project scope, innovation, emissions impact, budget, milestones and MRV plan for eligible programs.

APPLICATION-READY EVIDENCE

What GIDI can help prepare

Baseline & test boundary
Technology and deployment plan
Energy, emissions & safety KPIs
Budget, milestones & scalability
Monitoring and third-party MRV
ESG reporting data packageESG

Funding eligibility and approval depend on the jurisdiction, applicant, program rules, timing and assessment outcome. GIDI supports project structuring and evidence preparation but does not guarantee funding approval.GIDI

Project integration

→

Fluids & equipment

→

AI/MRV

Monitoring & verification

→

Performance & subscription

NEAR TERMMOFs

MID TERMCNT

LONG TERMDIAMOND

Technology development roadmap —

Turn a decarbonization site
into a measurable ESG financial asset.

GIDI 369 Controlled Pilot

Turn a decarbonization site
into a measurable ESG financial asset.

If you manage fleets, generators, agricultural machinery, mining equipment, marine assets or live-event power systems, let's define the baseline, test boundary, indicators and verification method together.

ESG

2BUSINESS DAYS

AI-MRV & evidence

VIEW SUPPLIED SGS SUMMARY DECKSGS↗

Europe is standardising how transport emissions are calculated.
GIDI is building the real-vehicle data layer before the calculation.

EU POLICY ALIGNMENT · COUNTEMISSIONSEU

Europe is standardising how transport emissions are calculated.
GIDI is building the real-vehicle data layer before the calculation.

Regulation (EU) 2026/1030 uses EN ISO 14083:2023 as the common reference for comparable transport-service GHG accounting. GIDI is developing vehicle-level operational evidence that can mature into traceable inputs for GHG calculation and MRV.

Historical evidence

CO, HC, temperature, inspection records, images and mileage.

Structured primary operational data

Vehicle ID, actual fuel use, distance, load, route, idling and maintenance state.

EU-ready GHG accounting & MRV

CO₂e calculation using a common method, audit trail and independent verification.

CLIMATE · GHG ACCOUNTING

Climate layer

CO₂eFuel useDistanceLoadEnergy intensityWell-to-wheel

AI ENGINE PASSPORT

AIR QUALITY · ENGINE HEALTH

Air-quality layer

COHCNOxPMEngine / exhaust heatMaintenance

VEHICLE→RAW DATA→AI PASSPORT→GHG→MRV→ESG · FINANCE

14 years of field experience.
Built for verifiable decarbonization.

EVIDENCE BEFORE CLAIMS

14 years of field experience.
Built for verifiable decarbonization.

14Years of R&D and application

1,200+Gasoline-vehicle applications

SGSQuality, safety & heavy-metal testing

MRVOn-site and third-party verification

Investment & project progress

2026/10/06

4 investment firms with human replies

1: formal funding application route provided; completion of submission not yet verified
1: said the enquiry would be shared with the investment team; awaiting follow-up
2: no current investment fit; one notified GIDI after review that it would not proceed

A new horticulture venture-fund application is recorded as submitted internally on 5 October; awaiting an external outcome. This is excluded from human replies and is not investment approval.

Separate programme outcome: 1 accelerator / investor-matching EOI was not selected (25 September notice). Excluded from the investment-firm count.

Project milestones

Oman | Post-meeting proposal

The team reported a meeting and a request for a short technology and pilot concept. Site, assets and pilot approval remain unconfirmed. Adem leads the concept proposal.

Queensland | Meeting coordination

The government office proposed a Teams meeting on 23 October at 2 pm Brisbane time. Team attendance is being confirmed. Scheduling is not government endorsement or partnership approval.

Agricultural equipment | Proposed pilot

Baseline planning covers fuel use, maintenance, downtime, equipment performance and emissions measurement. Site participation, equipment access and data rights require written confirmation. No local pilot outcome is claimed.

MRV | Evidence and verification preparation

Historical Taiwan government emissions records support method demonstrations and traceable evidence organisation. Measurements and AI reconstructions are labelled separately. Diesel, non-road equipment and new-site outcomes require separate measurement and independent review.

AI information portal | Requirements planning

Planned functions include multilingual photo, text and voice submission, equipment histories, daily summaries and anomaly reminders. The customer system is not complete. Telephone access, offline synchronisation and role-based review will be assessed in stages.

Scope & evidence notes · 6 October 2026

Period: 1 August–6 October 2026. The verified baseline of three firms gains one new human reply, deduplicated by firm. Automated confirmations, delivery failures and internal retellings are excluded. Sources: Shared Brain, two Gmail accounts, company-address forwards received there and visible project conversations; not a complete audit of three independent mailboxes or every chat. Applications, referrals, meetings and proposals are not investment commitments, selection or partnerships. The Oman recap and rescheduling notice give inconsistent dates, so an unverified actual meeting date is omitted.

Evidence before claims.

Individual cases and estimates do not guarantee identical results. Performance should be verified for each asset and duty cycle.

MRV

Cleaner is not a slogan.
It is documented evidence.

FIELD EVIDENCE · 2014–2019

Cleaner is not a slogan.
It is documented evidence.

SGS ORIGINAL TEST REPORTS

Two original reports.
28 screened substances reported N.D.

Original SGS Taiwan laboratory reportsCE/2017/61379andCV/2018/30061are available below. Across their listed screening matrices, 28 potential hazardous substances are reported as N.D.—below the applicable method detection limits.

SGS Taiwan 28 N.D.

04Heavy metals10PBBs10PBDEs04Phthalates

Supplied SGS summary showing 28 screened substances reported as not detected — Supplied presentation summary

TESTED PRODUCT 01GIDI Lower-Carbon FuelGIDI

SGS report referenceCE/2017/61379
Submitted 2017/06/08 · report sample name: Fuel-system combustion improver

TESTED PRODUCT 02GIDI Lower-Carbon LubricantGIDI

SGS report referenceCV/2018/30061
Submitted 2018/03/19 · report sample name: Engine-oil conditioner

Enlarged supplied screening matrix showing N.D. results — Enlarged result matrix · N.D.

ORIGINAL SGS REPORT · 8 PAGES

GIDI Lower-Carbon Fuel

GIDI

CE/2017/613792017/06/08
Original report sample name: Fuel-system combustion improver

OPEN COMPLETE REPORT↗

ORIGINAL SGS REPORT · 7 PAGES

GIDI Lower-Carbon Lubricant

GIDI

CV/2018/300612018/03/19
Original report sample name: Engine-oil conditioner

OPEN COMPLETE REPORT↗

Evidence boundary:N.D. means below the method detection limit for the submitted sample and listed method. It does not by itself establish universal non-toxicity, regulatory approval, or identical results for every product or batch.N.D.

7 INSPECTION RECORDS · 7

Post-maintenance exhaust results

Compiled from seven gasoline-vehicle inspection records. The stated limits are CO 1.2% and HC 220 ppm. Values shown are post-maintenance snapshots—not universal reduction claims.

CO RANGE0–0.02%1.2%

HC RANGE0–39 ppm220 ppm

CO₂ RANGE11.8–17.5%

COHCCO₂

2014.070.02%7 ppm17.5%

2015.010.01%1 ppm11.8%

2015.060.01%14 ppm12.2%

2015.120%8 ppm16.9%

2016.050.02%29 ppm13.7%

2019.040.02%0 ppm15.7%

070.01%39 ppm16.5%

ORIGINAL RECORDS

Original records.
Critical data enlarged.

Selected official vehicle inspection records are shown with enlarged CO, HC and CO₂ fields. Personal identifiers are redacted; dates, limits and test results remain unchanged.

VIEW FULL RECORD · ↗

EXHAUST DATA 2014.07 COHC CO₂

2014.07CO 0.02% · HC 7 ppm · CO₂ 17.5%

VIEW FULL RECORD · ↗

EXHAUST DATA 2016.05 COHC CO₂

2016.05CO 0.02% · HC 29 ppm · CO₂ 13.7%

VIEW FULL RECORD · ↗

EXHAUST DATA 2019.04 COHC CO₂

2019.04CO 0.02% · HC 0 ppm · CO₂ 15.7%

Engine temperature observation

→

89°C → 80.3°C

Exhaust temperature observation

→

−15.5°C −22%

COMPONENT OBSERVATION

MRV

Photos document results.
Videos preserve the process.

PROCESS ON RECORD

Photos document results.
Videos preserve the process.

FIELD RECORD 01

Polar Bear Low-Carbon Maintenance

Brand and field-maintenance record

FIELD RECORD 02

Fuel performance

Fuel-performance observation

FIELD RECORD 03

Fuel and power performance

Fuel and power-performance method

PRODUCT RECORD 04

Graphene lubricant

Product and application record

FIELD RECORD 05

Toyota field record

Low-carbon maintenance field record

SHORT RECORD 06

Field short

Short-form field observation

TUTORIAL RECORD 07

Training record

Instructional field record

FIELD RECORD 08

Maintenance record

Low-carbon maintenance field record

THIRD-PARTY FIELD RECORD 09

Workshop VLOG · Polar Bear Low-Carbon Maintenance

Independent workshop visit documenting real-world low-carbon maintenance practice · VLOG

VIDEO CONTEXT

Videos document procedures and historical field activity. They are not standalone proof of universal fuel-saving or emissions-reduction rates; formal claims require controlled testing and third-party MRV.

MORE RECORDS · ↗

Carbon Reduction
& Combustion Efficiency

CARBON REDUCTION · COMBUSTION EFFICIENCY · ESG CHECKLIST

Carbon Reduction
& Combustion Efficiency

Convert field observations into structured ESG indicators: baseline, method, result, source evidence and the next verification step.ESG

−9.8%

Engine temperature

89 → 80.3°C · difference −8.7°C

−22.3%

Exhaust temperature

69.6 → 54.1°C · difference −15.5°C

0–0.02%

Post-maintenance CO

7 records · stated limit 1.2%

0–39 ppm

Post-maintenance HC

7 records · stated limit 220 ppm

Define the baseline

Asset, fuel, load, runtime, duty cycle and environmental conditions.

Measure combustion

Fuel use, CO, HC, CO₂, NOx, particulates and temperature.

Calculate carbon benefit

Compare like-for-like conditions using disclosed emission factors and assumptions.

Build the ESG recordESG

Preserve raw data, evidence, KPI ownership, controls and MRV verification.

Evidence boundaryLower temperature may indicate improved thermal management, but does not alone prove lower CO₂ emissions or higher combustion efficiency. A formal carbon calculation requires comparable fuel consumption, runtime, load and emission-factor data.CO₂

Connected machines were the foundation.
Decision-ready machines are the next step.

INDUSTRIAL AI · CLEAN TECHNOLOGY

Connected machines were the foundation.
Decision-ready machines are the next step.

Germany is not abandoning Industry 4.0. The next phase builds on connected equipment, automation and digital factories—then uses AI to turn operating data into better decisions, higher efficiency and lower risk.4.0 AI

01FUELImprove combustion

→

02AIDetect patterns & anomalies

→

03DATABuild operational evidence

→

04ESGSupport MRV & decisions

OPERATING EFFICIENCY

From readings to decisions.

Connect fuel use, load, runtime, temperature and emissions to identify where controlled trials and operating changes may improve performance.

ASSET HEALTH

See deterioration earlier.

Use trends and anomaly detection to support thermal-risk review, predictive maintenance and reduced unplanned downtime.

ESG & MRV

Turn operations into evidence.

Preserve baselines, raw data, methods and verification records for ESG disclosure, public funding and institutional review.

GIDI positioning:Industrial AI is the decision layer connecting lower-carbon fluids, field sensing and ESG/MRV—not a claim that every machine is already autonomously controlled. Each deployment is defined and verified for its actual asset and duty cycle.GIDI AI ESG/MRV

From operational signals
to decision-ready carbon data.

AI CARBON OPERATIONS CENTER · V2.0

From operational signals
to decision-ready carbon data.

GIDI / CARBON OPERATIONSFIELD DATA · AI · ESG · MRV

FIELD STATUSACTIVE

EVIDENCE STATUSTRACEABLE

DECISION STATUSREVIEWAI

ASSET STATUSREADYESG

01ESG DASHBOARD

Operational ESG dashboard

Consolidate energy, fuel, emissions, temperature, exposure, maintenance and project KPIs in one management view.

02MRV EVIDENCE CHAIN

Evidence from source to disclosure

Preserve source records, timestamps, test boundaries, calculation logic, approvals and third-party verification.

→ → →

03AI DECISION CENTER

Human-governed AI decisions

Detect anomalies, compare baselines and prioritize actions while keeping accountable people in control of every decision.

04WORKER EXPOSURE PROTECTION

Protect people at the source

Combine personnel position, pollution zones, temperature and alert thresholds for mobile, on-site and control-room warnings.

05CARBON ASSET REGISTER

Manage the project as an asset

Link each asset, baseline, intervention, measured result, evidence owner and financing pathway in a controlled register.

ESG

06SCOPE 1–4 MANAGEMENT

Map direct, indirect and avoided impact

Structure Scope 1, 2 and 3 inventories and separately disclose potential Scope 4 avoided emissions without netting them against the inventory.

REPORTING ALIGNMENT

One evidence base. Multiple reporting pathways.

GIDI structures operational evidence so customers can map relevant information into applicable sustainability disclosures. Final materiality, boundaries and compliance remain the reporting entity's responsibility.

ISSBIFRS S1 / S2Governance · strategy · risk · metrics

ASRSAustraliaClimate-related financial disclosures

CSRDEuropean UnionDouble materiality · ESRS data

Implementation boundary:This is GIDI's deployable data and governance architecture. Dashboard modules, sensors, thresholds, integrations and reporting mappings are configured for each field trial; the conceptual interface does not claim that every function is already operating at every site.GIDI

UAV & AI make emissions
and risk visible.

SEE THE INVISIBLE

UAV & AI make emissions
and risk visible.

Safer, measurable operations.AI

01Personnel exposure

02Equipment temperature

03Particulate matterPM2.5 / PM10

04Gaseous emissionsCO / CO₂ / NOx

05Visible smoke

GIDI / LIVE MONITOR● SYSTEM ACTIVE

01UAV›

02SENSE›

03AI›

04ALERT›

05MRV

UAV 01

◆◆◆

EXPOSURE MAPLIVE SITE · ZONE A

AI DETECTIONZONE A-03

CO₂412ppm

PM2.508µg/m³

RISKLOWnormal

APPMRV

CONCEPT SCENARIO · UAV + AIR-QUALITY SENSORS + AI
From a visible event to a traceable environmental record.
GIDI's monitoring concept can connect aerial sensing, source-location analysis, heatmaps, time and location records across classic-car events, motorsport venues, fleets, farms, mines and diesel-equipment sites.
GIDI AIConceptual demonstration only. Data shown in the image—including AQI, detected sources, coordinates and confidence—is illustrative and is not presented as a completed GIDI field measurement.GIDI AI AQI GIDI

GIDI 369 Sustainable Equipment Lifecycle

View Carbon Ops Demo↗Secure Sign In

GIDI 369 Sustainable Equipment Lifecycle

Physical care → AI evidence → circular value. Explore the flagship investment project and the models supporting it.

Explore GIDI 369 ↗

Care for the car.
Preserve its value.
Recover what remains.

Japanese newspaper collage illustrating the GIDI 369 vehicle lifecycle from care and monitoring to material recovery — Japanese newspaper collage concept · circular vehicle care

GIDI 369 Sustainable Equipment Lifecycle

Care for the car.
Preserve its value.
Recover what remains.

A practical framework for extending useful vehicle life—from physical care and measurable evidence to responsible recovery.

GIDI starts with fuel-powered vehicles and diesel equipment still on the road and at work. We use our own products and technologies to reduce fuel consumption and pollutant emissions, and improve equipment efficiency. We then combine government inspection data, applicable EPA methods and AI-MRV to turn these improvements into traceable, verifiable data for business decisions.

This connects physical care with AI evidence in GIDI 369. Historical gasoline-vehicle inspections provide the starting evidence; diesel applications and the full AI-MRV workflow remain under validation. EPA carbon-balance calculations require HC, CO and CO₂ mass emissions, fuel properties and applicable test conditions. CO/HC concentrations alone cannot establish fuel savings or CO₂ reductions. Reference to a method is not EPA certification.Method: 40 CFR 600.113-12 ↗

Connected systemsPhysical care · AI evidence · circular value

Decision indicatorsEnergy · CO₂e · emissions · equipment health · downtime · residual value

Lifecycle checkpointsBuild · deliver · baseline · operate · maintain · monitor · repair · recover · recirculate

View GIDI 369↗

Evidence boundary:369 is GIDI's operating framework—not a scientific claim about Nikola Tesla. Converting exhaust or recovered carbon into carbon nanotubes, conductive carbon or synthetic diamond remains an R&D pathway until independently demonstrated.

From physical energy
to decision-ready value.

THE GIDI FIVE-LAYER STACK

From physical energy
to decision-ready value.

GIDI is not only a fluid supplier. We connect physical intervention, equipment performance, sensing, AI and MRV to business and financial decisions.

01 · FOUNDATION
Energy & Fluids
Lower-carbon gasoline, diesel, lubricants and thermal-management fluids act on the physical system.
PAST
02 · PERFORMANCE
Equipment Efficiency
Examine combustion, friction, temperature, fuel use, emissions and equipment health.
PAST → PRESENT
03 · INFRASTRUCTURE
Sensing & Data
Connect field sensors, UAVs, thermal imaging and operational records across real duty cycles.
PRESENT
04 · INTELLIGENCE
AI & MRV Evidence
Preserve baselines, detect anomalies and build traceable evidence for independent review.
PRESENT · TRANSFORMATION
05 · VALUE
Business & Finance
Support ESG, procurement, insurance, finance, carbon assets and scale-up decisions.
FUTURE VALUE

GIDI POSITIONING

GIDI starts with energy and equipment, then uses monitoring, AI and MRV to turn measurable efficiency improvement into verifiable data assets.

PHYSICAL IMPROVEMENT → VERIFIABLE DATA → DECISION VALUE

HUMAN-GOVERNED AGENT OS

AI supports the work. People own the decision.

GIDI uses specialist AI roles to detect signals, structure evidence, challenge assumptions and prepare actions. Operators, engineers, verifiers and accountable leaders remain in control.

01Detect & organiseAI scouts signals and structures the task.
02Review & challengeSpecialists and the Auditor test evidence and risk.
03Human decision gatePeople approve claims, proposals and external actions.
04Execute & write backResults return to the evidence and operating record.

GIDI CARBON OPERATIONS

See the system before you sign in.

The demo uses illustrative data. The secure workspace protects assigned client projects and verifier access.

Exhaust-carbon R&D

R&D

From exhaust carbon to new materials.

We research recovering carbon from exhaust and converting it into carbon nanotubes, conductive carbon and synthetic diamond, with future carbon-nanotube motors, diamond-material motor applications and related products in view.

Exhaust-carbon recovery
Carbon materials
Motor & product applications

Long-term R&D. Technical performance, manufacturing cost and commercial feasibility remain to be validated.

About GIDI

GIDI Clean Technology

GIDI Clean Technology uses petroleum and petrochemical feedstocks as the foundation for developing fuel, lubrication and cooling products through independently developed conversion and processing technologies. We work to upgrade traditional petroleum energy towards cleaner, more efficient energy applications. Our goals are to improve energy-use efficiency and reduce post-combustion pollutant concentrations. Through MRV (Measurement, Reporting and Verification), we build traceable evidence of improvements and create new value in the use of petroleum energy.

One integrated mission.
Multiple professional disciplines.

TEAM & SPECIALIST NETWORK

One integrated mission.
Multiple professional disciplines.

FOUNDER · GIDI CLEAN TECHNOLOGY

Wei-Lun Li

Founder of GIDI Clean Technology and a core member of Polar Bear Low-Carbon Maintenance. He connects lower-carbon fluid technologies with commercialisation, sustainability strategy, ESG evidence and international market development.GIDI Clean Technology ESG

Programme completion certificate — Peking University HSBC Business School
Lower-carbon maintenance and sustainable-development specialist
Low-carbon fuel development, market deployment and cross-border partnerships
Artist management, news media, record promotion, film and television production/distribution
Motorsport Australia Officials Licence — accredited motorsport official qualification
FIA motorsport official licence and FIA Taiwan racing-driver licence experience

CLEAN TECHNOLOGY × ESG ENTERTAINMENT × MOTORSPORT

INTERNATIONAL ONE HEALTH & AGRICULTURAL BIOSURVEILLANCE ADVISOR

Adem Filali

Agricultural biosurveillance expert and international development advisor connecting One Health, animal-health systems and environmental sustainability across North Africa, the Maghreb and MENA, with active institutional reach into Sub-Saharan Africa.

MSc in Animal Science, University of Carthage, Tunisia
Animal Health & Biosurveillance Specialist — affiliated in a personal capacity with Global Outbreak Solutions (GOS), a US-based One Health consultancy
Institutional network: FAO, GIZ, AFD, World Bank, AU-IBAR, WOAH and WHO
Programme development, proposal writing, field validation and climate-finance pathways
Based in Tunisia · North Africa, Maghreb, MENA and Sub-Saharan Africa gateway

ONE HEALTH · BIOSURVEILLANCE × DEVELOPMENT × CLIMATE FINANCELINKEDIN PROFILE · LinkedIn ↗

PERFORMANCE M&V · ESG DATA & NET-ZERO EXPERT

Zoe Lan

Performance measurement and verification analyst spanning information management, ESCO, storage, power trading and carbon management. She turns energy evidence into auditable ESG data, investment analysis and actionable net-zero pathways.ESCO ESG

MSc in Information Management — National Taiwan University of Science and Technology
BBA in Business Administration — National Taiwan University of Science and Technology
Industry 4.0 exchange — Ulm University of Applied Sciences, Germany
EU environmental-law exchange — VSB–Technical University of Ostrava, Czech Republic
CMVP-IT · IPMVP energy measurement & verification
ISO 14064-1/14067 Lead Verifier; ISO 14064-2/14068-1 Internal Verifier; ISO 14083 training
iPAS Net-Zero Carbon Planning Manager
Taiwan Power Company Electricity Trading Platform professional qualification
Senior ESCO Specialist experience in storage, power trading, microgrids, EPC and major electricity-user compliance
Lead consultant for Yujing mango CFP and carbon-label application assessment

ADVANCED MATERIALS · ENERGY TECHNOLOGY ADVISOR

Dr. Hou-Sheng Huang

Assistant Professor at Chung Hua University, connecting advanced materials research with GIDI's energy-storage, supercapacitor and future clean-technology roadmap.GIDI

Visiting Researcher — National Research Council Canada
Supercapacitors, electrochemistry and energy materials
Printed, flexible and smart-textile electronics
Nanomaterials, perovskites, quantum dots and semiconductor fibres
Former researcher — Taiwan Textile Research Institute
Postdoctoral research — National Taiwan University

KLBIOMATERIALS · NANOTECHNOLOGY COMMERCIALISATION ADVISOR

Dr. Kun-Ho Liu

Materials scientist and biotechnology entrepreneur connecting natural-polymer biomaterials, self-assembled nanocarriers and patented research with scalable manufacturing and GIDI's future materials pathway.GIDI

PhD and postdoctoral research - National Chiao Tung University
Founder - Advanced Delivery Technology Co., Ltd.
Lead inventor on one US patent and one Japanese patent
20+ international journal papers; eight as first author
National biomaterials project leadership and multiple innovation awards

LEGAL AFFAIRS · COMPLIANCE · INSTITUTIONAL GOVERNANCE

Chien-Cheng Chou

Senior legal-affairs and compliance professional with approximately 18 years of cross-industry experience. He supports GIDI's contracts, institutional partnerships, public funding, data governance and accountable commercialisation.18 GIDI

Senior Legal Affairs Manager - Ming Jing Law Firm
Commercial contracts, regulatory analysis and dispute strategy
Government procurement, grant and advisory programme delivery
Personal Data Manager (TPIPAS) and arbitration mediator
ISO 22000 Lead Auditor; FSSC/ISO 22000 and HACCP training
MA Public Administration & Policy; LLB

EXPLORE FULL EXPERT PROFILES · ↗

INFORMATION & NETWORK SECURITY ADVISOR

Yi-Shun Yen

Supports GIDI's information and network security architecture, with particular focus on Carbon Ops access control, customer-data protection, evidence integrity and controlled third-party verification. His background combines military communications and information-warfare operations with data, machine learning and multimedia design.GIDI Carbon Ops

Microsoft Certified Solutions Expert: Data Management and Analytics
Microsoft Certified Solutions Associate: Machine Learning
Taiwan Level B Technician — Communication Technology (Telecommunications Lines)
Taiwan Level C Technician — Network Installation and Computer Hardware Fabrication
Former Taiwan Army Communications, Information and Electronics Staff Sergeant
Taiwan Army Information Warfare Operations Specialist qualification
Bachelor of Fine Arts in Multimedia Design — National Formosa University

DATA SECURITY × NETWORK RESILIENCE × CONTROLLED VERIFICATIONFULL EXPERT PROFILE · ↗

01FUEL & FLUID R&D

Combustion, lubrication and thermal management

Formulation development, application methods, compatibility checks and field-performance iteration.

02MEASUREMENT & MRV

Evidence that institutions can review

Baselines, test boundaries, operating data, verification logic and ESG-ready reporting structures.

ESG

03AI & FIELD ENGINEERING

Monitoring across complex operating sites

UAV, thermal imaging, emissions sensing, risk visualization and specialist deployment partners.

One technology platform.
Five regional pathways.

TARGET REGIONS · PARTNERSHIP ENTRY POINTS

One technology platform.
Five regional pathways.

AMERICAS

United States

Automotive, agriculture, industry and maritime shipping.

DISCUSS A US PILOT ↗

APAC · 01

Australia

Mining and construction generators, heavy transport, marine assets, agricultural machinery and lower-emission live-event power.

Field trials & industry partnerships
Clean-fuel and innovation programs
MRV-ready pilot deployment

Discuss GIDI 369 Controlled Pilot in Australia ↗

APAC · 02

Taiwan

Commercialisation base with 14 years of field activity, 1,200+ gasoline-vehicle applications and historical inspection evidence.

Fleet and aftermarket deployment
Government demonstration projects
Low-carbon culture and live events

REVIEW TAIWAN EVIDENCE ↗

EMEA · 03

European Union

Agriculture and non-road machinery are the priority pathway, supported by an EU Stage V-aware validation and evidence strategy.

Tractors, harvesters and NRMM
Controlled field validation
Technical and institutional partners

EXPLORE AGRICULTURE ↗

EMEA · 04

Middle East, North Africa & Maghreb

High-load energy applications and agricultural One Health pathways across Gulf and North African markets, with Tunisia as a gateway to Sub-Saharan partnerships.

Agriculture, animal health and biosurveillance
Heat, heavy-duty and fuel-efficiency pilots
Institutional and climate-finance programmes

DISCUSS A REGIONAL PROJECT ↗

Market-entry priorities are partnership and pilot pathways, not claims of regulatory approval or commercial availability in every jurisdiction.

Remember love.
We will always choose one another.

TO EARTH AND ALL LIVING BEINGS AROUND OUR MOTHER PLANET

Remember love.
We will always choose one another.