hyd.eco is a collaborative geospatial platform that connects geologists, field teams, infrastructure engineers, and investors — all working on the same project, each in their own map layer, in real time.
hyd.eco is a collaborative geospatial platform for natural hydrogen exploration and renewable energy siting. We built it because exploration teams were stitching together GIS tools, spreadsheets, email threads, and separate project boards — losing data, time, and investor trust at every handoff.
Our platform unifies the entire exploration workflow: from the first geological sketch on a map, through coordinated fieldwork, to investor reporting — all in a single, structured environment. The MVP is operational. The prototype has been validated on real Spanish territory data.
We are headquartered in Argentina and actively expanding into Spain — a country that leads Europe in both natural hydrogen research and solar energy deployment, and the place where our institutional relationships are deepest.
INSTITUTIONAL TRACTION
Every role in a hydrogen exploration project works from the same platform — geologists, field teams, infrastructure engineers, and investors — each seeing the project through their own lens, all contributing to shared progress.
A geologist draws a polygon on the geological map. Simultaneously, an infrastructure colleague sees the same polygon on the cadastral or logistics map and begins assessing the area from their perspective. Multiple layers. Multiple specialists. One shared spatial context — in real time.
Field workers receive tasks directly in the mobile client and collect data on-site — even without internet. The app syncs automatically when a connection is restored, giving office teams live visibility into fieldwork progress without manual reporting.
Every task — from field assignments to analysis reviews — is tracked on an integrated Kanban board. Managers see the full picture: who is working on what, what is blocked, and what has been completed. No status calls. No spreadsheets.
Investors have a dedicated portal with live project dashboards. They see real-time progress across all projects they have backed — team KPIs, milestone completion, field data flow — without disrupting the operational team.
There is no direct competitor combining collaborative GIS, offline mobile fieldwork, workflow management, and an investor portal for this specific domain. This is not a generic tool adapted — it is purpose-built.
Geological data, field observations, task status, and investor reporting all live in one environment. No more stitching together GIS, spreadsheets, email, and project boards.
Every team member — geologist, field worker, infrastructure engineer — works simultaneously on the same project, each seeing the shared spatial context through their own layer.
Field teams collect data without connectivity. Automatic sync ensures no data is lost and office teams maintain up-to-date visibility without manual handoffs.
A dedicated investor portal gives backers live, structured visibility into projects — building trust and reducing reporting overhead for the operations team.
The platform architecture supports any number of concurrent teams and projects. Scale from a single exploration team to a multi-country portfolio without infrastructure changes.
Built for natural hydrogen and solar farm siting — not adapted from generic tools. The data model, workflows, and layers are designed for how exploration teams actually work.
hyd.eco connects geological potential directly to logistics reality. Every prospective zone is evaluated not just for what's underground, but for what infrastructure exists to bring that resource to market.
Overlay geological, cadastral, topographic, and infrastructure layers on the same polygon. Each specialist works in their native layer without losing shared spatial context.
Visualise proximity to pipelines, storage facilities, roads, and grid connection points alongside resource potential — enabling logistics planning from the earliest exploration stage.
The platform has already been used to assess natural hydrogen potential across Spanish territories and map it against the country's existing hydrogen transmission and storage infrastructure.
Spain has one of Europe's most developed hydrogen transmission and storage networks. The hyd.eco prototype demonstrated that naturally occurring hydrogen deposits in specific geological zones can be matched to existing logistics infrastructure — reducing the need for new generation capacity.
This analysis was the basis for presentations to the Government of Andalusia and at the International Hydrogen Congress in Seville.
Operating in the hydrogen energy sector requires adherence to evolving national and EU regulations. hyd.eco helps teams stay compliant and audit-ready.
Structured checklists and risk assessment templates embedded into the platform — designed with geologists and energy safety professionals to identify, log, and mitigate site-specific risks throughout the exploration lifecycle.
The platform helps teams align with applicable hydrogen energy regulations — including EU hydrogen strategy requirements — and generates structured analytical reports to demonstrate compliance to regulators and investors.
Built-in training checklists and competency tracking ensure field teams and office staff operate to consistent standards, reducing operational risk on active exploration sites.
Every action on the platform is logged and versioned. Teams can produce structured compliance reports and project histories for regulatory submission, investor due diligence, or internal review — without manual compilation.
hyd.eco integrates five complementary data sources into a single analysis pipeline — from wide-area screening to on-site validation.
Custom ML models trained on satellite imagery and geological databases detect anomalies characteristic of natural hydrogen zones. All training and inference runs within a secure, isolated environment — no client data is exposed to external services.
Multispectral and radar data at high resolution enables rapid wide-area screening across vast territories — narrowing the zone of interest by orders of magnitude before any physical survey is conducted. Cost-efficient and fast.
For detailed site characterisation, drones equipped with LiDAR and multispectral sensors provide high-accuracy topographic and environmental data — including in remote or difficult-to-access locations where ground teams cannot operate efficiently.
Geochemical sensors and analysers — designed in-house with our geological team — conduct direct soil-gas measurements to confirm the presence of hydrogen emanations at priority zones identified in earlier screening stages.
For final validation of high-priority zones, we coordinate with specialist drilling firms to obtain physical samples and conduct on-site analysis — providing the ground-truth data required for investment decision-making and regulatory filing.
The platform and methodology behind hyd.eco are built on a track record of real geospatial and infrastructure projects.
hyd.eco conducted a multi-layer geospatial screening of Spanish territories to identify zones with elevated natural hydrogen potential. The analysis was overlaid against Spain's existing hydrogen transmission and storage infrastructure — demonstrating viable corridors for loading existing logistics networks with naturally occurring hydrogen, without new generation infrastructure.
Results were presented at the International Hydrogen Congress in Seville and to the Government of Andalusia, which expressed formal interest in a continued collaboration following hyd.eco's legal establishment in Spain.
Geospatial analysis for routing of main oil pipelines. Scope included risk assessment of candidate corridors, terrain and infrastructure modelling, and timeline forecasting for construction phases — delivered as a structured analytical package for consortium decision-making.
End-to-end development of a geospatial portal for specialised vehicle route planning and field data collection. The platform includes real-time route optimisation and an offline-capable mobile client for on-site data capture — now in active operation.
AI-based system for real-time monitoring of environmental pollution indicators. Detects anomalies, assesses risk levels, and generates trend forecasts to support decisions in natural resource management and industrial safety programmes.
A multidisciplinary founding team combining business development, spatial design, and engineering — with deep roots in the Spanish hydrogen ecosystem.
Whether you are an energy company, a geological consultancy, a development agency, or an investor — we are ready to show you what hyd.eco looks like on your territory and your workflow.
Partnerships: We are actively looking for geological consultancies and Spanish university partners to co-develop pilots and co-author publications. If you work in hydrogen geoscience or renewable energy siting, let's talk.