info@blueratshydrogen.com | lalitchudiwala@gmail.com

Hydrogen Solutions

Photochemical Methane Valorization for Hydrogen, Sustainable Chemicals & Clean Energy

BLUE RATS HYDROGEN

Rethinking Hydrogen Production Through Photochemical Methane Conversion

Blue Rats Hydrogen Formulation Private Limited is developing a patented photochemical methane valorization platform for hydrogen production and high-value carbon utilization.

Our technology explores the controlled photochemical activation of methane using ultraviolet irradiation and mercury photosensitization to facilitate methane conversion under controlled process conditions.

The platform is being developed around a multi-product value proposition, combining hydrogen production with opportunities for ethane, ethylene, LPG-range hydrocarbons and recoverable thermal energy, depending on process configuration and downstream integration.

Explore Our Technology

Photochemical Methane Valorization

A technology platform under development for hydrogen and value-added product generation.

CH₄

Methane-rich Feedstock

UV Photochemical Activation

Controlled irradiation & reaction environment

Product Recovery & Separation
H₂
Hydrogen
C₂ Products
Ethane / Ethylene
LPG
Hydrocarbon Products
Thermal Energy
Recoverable Heat
TECHNOLOGY CONCEPT

Methane as a Feedstock for Hydrogen & Chemical Value

The Blue Rats platform is based on photochemical methane activation. Methane-rich gas is conditioned and introduced into a controlled reaction environment, where ultraviolet irradiation and mercury photosensitization are used to initiate the photochemical conversion pathway.

The resulting product stream can subsequently be processed through cooling, separation, purification and methane-recycle systems. The final configuration will be established through prototype testing, process modelling and engineering validation.

01. Feed Preparation

Methane-rich feedstock is conditioned, metered and introduced into the process under controlled operating conditions.

02. Photochemical Activation

Controlled ultraviolet irradiation and mercury photosensitization facilitate the methane activation pathway.

03. Conversion

The activated methane undergoes reactions that can generate hydrogen and hydrocarbon products.

04. Separation

Product gases can be directed to separation, purification, recovery and methane-recycle systems.

MULTI-PRODUCT PLATFORM

More Than Hydrogen

Our commercial concept is based on maximizing the value obtained from methane through multiple product and energy pathways.

Hydrogen

Hydrogen for potential applications in industrial energy, chemical processing, mobility and clean-energy systems.

Primary Energy Product

Ethylene

A high-value petrochemical building block with applications across polymers and chemical manufacturing.

High-Value Chemical

LPG-Range Hydrocarbons

Potential recovery of LPG-range products, including propane and butane, as additional value streams.

Energy Product

Thermal Energy

Recoverable process heat may be integrated into the overall process to improve energy utilization.

Energy Integration
FEEDSTOCK FLEXIBILITY

Designed for Methane-Rich Gas Streams

The platform can be evaluated for methane-rich feedstocks from both renewable and conventional sources, subject to feed quality, purification requirements and process economics.

Biomethane
Renewable methane
CBG
Compressed Biogas
Landfill Gas
Waste-derived methane
Industrial Gas
Methane-rich process streams

Value Creation Pathway

Methane Feedstock
Photochemical Conversion
H₂
Hydrogen
C₂
Ethane / Ethylene
LPG
Hydrocarbons
HEAT
Thermal Energy
TECHNOLOGY VALUE PROPOSITION

An Integrated Approach to Hydrogen & Carbon Utilization

Photochemical Activation

An alternative methane conversion pathway based on photochemical activation rather than conventional electrolyser-based hydrogen production.

Multi-Product Value Creation

Hydrogen is complemented by opportunities for C₂ hydrocarbons, LPG-range products and thermal-energy recovery.

Methane Valorization

Methane is considered as a chemical feedstock for productive conversion rather than solely as a combustion fuel.

Modular Scale-Up

Development is focused on an engineered prototype followed by pilot-scale demonstration and commercial deployment.

Key Development Priorities

Reactor engineering and optimization

Methane conversion performance

Hydrogen recovery and purification

Hydrocarbon product characterization

Methane recycle and process integration

Mass and energy balance development

Techno-economic assessment

Scale-up and pilot demonstration planning

VALIDATION & DEVELOPMENT

From Laboratory Evidence to Engineering Validation

Blue Rats is following a validation-led development pathway. Laboratory experimentation and product characterization provide the foundation for reactor optimization, process modelling and prototype engineering.

Laboratory

Proof-of-concept development

GC Analysis

GC-FID / GC-TCD characterization

Engineering

Reactor & process development

Scale-Up

Prototype → Pilot → Commercial

INTELLECTUAL PROPERTY

Patent-Protected Technology Platform

Patent No. 382351

Method for Producing High Amount of Energy

Patent No. 585517

A Process for Producing Hydrogen and Ethane

TECHNOLOGY ECOSYSTEM

Research, Validation & Scale-Up

Technology development is supported through laboratory experimentation, analytical characterization, process modelling and institutional collaboration.

IIT Ropar
Technical and research ecosystem
Analytical Validation
GC-based product characterization
INDUSTRIAL APPLICATIONS

Built for Emerging Energy & Chemical Markets

Refineries & Petrochemicals

Potential integration with hydrogen demand, methane-rich gas streams and hydrocarbon value chains.

Biogas & CBG

Potential value addition to renewable methane and biomethane resources.

Industrial Decarbonization

A technology pathway focused on productive methane utilization and lower-carbon industrial value creation.

Waste-to-Energy

Potential utilization of methane-rich landfill and waste-derived gas streams.

Sustainable Chemicals

Future opportunity for methane-derived chemical intermediates and petrochemical products.

Clean Energy Systems

Potential integration of hydrogen and recoverable energy into distributed clean-energy systems.

DEVELOPMENT ROADMAP

From Laboratory Validation to Commercial Deployment

CURRENT

Laboratory

Experimental validation, product characterization and process optimization.

NEXT

Prototype

Integrated reactor engineering, fabrication and validation.

FUTURE

Pilot

Continuous operation and industrially relevant demonstration.

LONG TERM

Commercial

Industrial deployment, licensing and technology commercialization.

Building the Next Generation of Hydrogen & Carbon Utilization

Blue Rats is advancing a patented photochemical methane conversion platform from laboratory validation toward an integrated engineering prototype and future pilot demonstration.

We welcome strategic collaboration with industry, research institutions, investors and technology partners for prototype development, validation, pilot demonstration and commercialization.

Discuss Partnership View Technology

Blue Rats Hydrogen

Blue Rats Hydrogen Formulation Private Limited is an innovative deep-tech company developing patented photochemical methane conversion technology for hydrogen and value-added products.

Useful Links

About Us LPG Hydrogen Solutions Ethylene & Ethane Our Technology Contact

Technology Focus

Hydrogen
Ethylene
LPG
Thermal Energy

Address

178/2 Lane No 10, Bhola Nath Nagar, Shahdara, Delhi 110032

Mail Us

info@blueratshydrogen.com

Call Us

+91 9811566001

Founder & Director

Lalit Chudiwala Lalit Chudiwala is the Founder & Director of Blue Rats Hydrogen, leading the company's work in photochemical methane conversion, hydrogen and sustainable energy technology.

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