Distributed Energy Plant via Clean Hydrogen and Ammonia Production

An Innovative Solution for Industrial Decarbonization and the Hydrogen Economy

Welcome To FlexiH

Revolutionizing Industrial Decarbonization

Our groundbreaking technology captures and eliminates carbon emissions directly at the source under mid-air atmospheric pressures, reducing costs while enhancing sustainability and operational efficiency for a cleaner, greener future.

Value Proposition

Providing an eco-friendly, cost-efficient distributed energy plants development through clean hydrogen and ammonia production, reducing environmental impact and offering flexible energy solutions.

Not Found

Major Constraints of Industrial Decarbonization & Hydrogen Economy

01

Centralized Production

Vulnerable to disruption, less flexibility to local markets, i.e., California H2 refueling case (Sep 2023).

02

Limited Infrastructure

Higher transportation cost, increased inventory cost, increased risk of supply chain disruption.

03

Transportation and Storage

Leaking issue, requiring compressed system, high overhead costs.

Not Found
Decentralization to support distributed applications

Our Technology and Innovative Approach

01

Flexible Feedstock

Natural Gas, Biomass, Solid Waste, Plastics.

02

Proven Core Technology

Electrodeless plasma system ensures reliable operation. Successfully applied in a 3 MW plant.

03

Efficient and Patented Solutions

High efficient process, > 2x more efficient than current commercially electrolysis technology.

85%!

Produce graphite as by product, increasing project economics.

Why Now

01
Industrial Decarbonization

Reducing greenhouse Gas emissions from large industrial sectors.

02
Transformation in Auto Industry

More major automobile
industries are participating in this low carbon fuel despite limited infrastructures.

Not Found
03
Global Competition

Countries like China with
massive investment in global infrastructure and low carbon fuel.

Not Found
Not Found

Market Size

Global market size of clean hydrogen and ammonia and other H2 derivatives (i.e., MeOH and DME) remains high despite current policy changes esp. in the U.S

Downstream Production Target & Carbon Footprint

Product Development Roadmap

Existing Facility

3 MW Commercial and Pilot Plant

PS100

Modular Unit Supporting Various Applications

Long-term Goal

Global player in the carbon-free economy

Not Found
Not found
Not Found
Not found
Not found
Not found
Not Found

Core Technology Market Adoption

Electrodeless Microwave Plasma System

Who We Serve

Hydrogen Fuel Stations – Fuel cell electric vehicles

Renewable Energy Companies – Energy storage and grid balancing

Chemical and Petrochemical Companies – Sustainable processes

Industrial Manufacturers – Clean energy applications

Agriculture – Cleaner ammonia production

-B2B-

Meet Our Team

Natarianto Indrawan, PhD Founder & CEO

Former researcher in syngas, hydrogen production & hybrid power at NETL. Managed $150 Mio. project. PhD in Hydrogen Production Tech, Graduate from OSU and Executive Program at Wharton School.

Dr. Prakashbhai Bhoi Co-Founder & COO

Experienced in thermochemical conversion of biomass, waste plastics and MSW for producing carbon-neutral hydrogen, syngas, biofuel, biopower, sustainable aviation fuel (SAF), methanol, and value-added bio-products. OSU graduate.

Tarek Addwebi, PhD Chief Marketing Officer

Multi years of experience in laboratory research in Europe
State and United States. Washington University graduate. Managed several small to medium enterprises in various industry.

Salman Alam, BS Chief Finance Officer

Holding of highly specialized certifications in the tech and engineering industry with multi
years in handling finance, corporate infrastructure digitization, process enhancement, operations, human resources, and business development.

Strategic Partner

Holding IP licensor for the mWave plasma tech. Green Science Corp founded in 2011 and established in USA in 2022.

RAISING CAPITAL

Not found