ABOUT SPAN HYDROGEN
Engineers first. Everything else follows.
SPAN Hydrogen exists to make on-site hydrogen a dependable plant utility for Indian industry — designed soundly, built properly and supported for its full life.
WHO WE ARE
SPAN Hydrogen is an engineering company.
Our work begins with your process data and ends with a plant your team can operate with confidence — and every decision in between is documented, reviewable and defensible.
HYDGEN provides the PEM technology core; Span Hydrogen engineers, integrates and supports the complete on-site system. Every configuration decision serves your lifecycle cost, uptime and safety.
A subsidiary of Span Pumps Pvt Ltd — 40+ years of engineering
SPAN Hydrogen
Engineering the Hydrogen Economy
- Parent
- Span Pumps Pvt Ltd
- Heritage
- 40+ years of engineering
- Technology core
- PEM (HYDGEN)
- Founded
- —
- Headquarters
- Pune, India
- Team
- —
- Coverage
- Nationwide support
ROADMAP
Building the Complete Hydrogen Infrastructure
SPAN Hydrogen is investing in a comprehensive hydrogen technology portfolio — expanding from electrolysers to the full hydrogen value chain.
Now — 2025
PEM Electrolysers (HYDGEN Technology)
On-site hydrogen generation for industrial customers.
System Integration & EPC
Complete engineering, installation and commissioning.
Annual Maintenance Contracts
Lifecycle support and remote monitoring.
Operational & Deployed
Future — 2026–2030
AEM Electrolysers
Next-generation anion exchange membrane technology.
Hydrogen Compression
High-pressure storage and dispensing systems.
Hydrogen Storage
Stationary and mobile storage solutions.
Fuel Cell Integration
Industrial power generation from hydrogen.
Industrial Decarbonisation EPC
Large-scale green hydrogen projects.
Hydrogen EPC Projects
Full turnkey project delivery.
In Development — 2026–2030
ENGINEERING CAPABILITY
End-to-End Engineering From Concept to Commissioning
SPAN Hydrogen is not a product reseller. We are an engineering, integration and EPC company — delivering complete hydrogen generation systems with full lifecycle support.
Consulting & Design
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Consulting
Site and feasibility assessment
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Process Engineering
System design and sizing
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Mechanical Engineering
Piping, vessels, skid design
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Electrical Integration
Power systems, safety interlocks
Delivery
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Automation
PLC/SCADA integration
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Installation
Civil, mechanical, electrical
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Commissioning
System startup and validation
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Training
Operator and maintenance training
Lifecycle
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Annual Maintenance Contracts
Scheduled preventive maintenance
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Remote Monitoring
24/7 system health monitoring
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Spare Parts Management
Genuine parts, fast response
THE OPPORTUNITY
A sector entering its industrial era.
Green hydrogen is emerging as a critical industrial feedstock — enabling decarbonisation across manufacturing, chemicals, mobility and energy.
$1.4B+
Global PEM electrolyser market, 2024
30.1%
Market CAGR through 2034
5 MT
India green hydrogen target by 2030
₹400 Cr
National Green Hydrogen Mission, 2025–26
PRINCIPLES
How we think.
Assessment before quotation
We will tell you if on-site hydrogen does not pay back at your plant. That candour is the product.
Safety is engineering, not paperwork
Interlocks, ventilation and layout are designed in, then documented — never the reverse.
Lifecycle cost over purchase price
We optimise for the ten-year cost per Nm³, because that is the number your CFO will remember.
Support is part of the plant
A hydrogen plant without a service plan is a liability with a nameplate.
TEAM
Leadership.
Ajit Bhandari
Managing Director
A Mechanical Engineer and co-founder, Ajit leads SPAN with an engineer's eye — setting the technical standard for every plant, and the detail-first culture that delivers it.
Nikhil Bhandari
Director, R&D & Projects
With an MSc in Tech Entrepreneurship, Nikhil leads R&D and project delivery — turning new technology into sustainable designs that prove themselves in the field.
DEPLOYMENT PROCESS
A Structured Path to On-Site Hydrogen
SPAN Hydrogen follows a proven six-phase deployment methodology — ensuring every project is delivered on time, on specification and within budget.
Discover
Site visit, process audit, hydrogen demand assessment
Design
System engineering, P&ID, equipment selection, proposal
Manufacture
Electrolyser procurement, skid fabrication, factory testing
Install
Civil preparation, mechanical installation, electrical connection
Commission
System startup, performance validation, operator training
Support
AMC, remote monitoring, spare parts, lifecycle management
Typical project timeline: 12–20 weeks from order to commissioning.
- On-Time Delivery
- On-Specification
- Within Budget
Meet us before the conference floor does.
Request an assessment or start with the Executive Handbook.