Energy · Environment · Water · Waste · Infrastructure · Sustainable Development
Powering the Future. Transforming Resources. Building Resilience.
Iraa Global (OPC) Private Limited is the energy, environment and sustainable infrastructure venture of the Pandava Supereon ecosystem. We develop and pursue technologies and projects that address the interconnected challenges of energy security, resource efficiency, waste management, water security, food systems, industrial decarbonization and sustainable development — connecting resources, technologies and markets to create commercially viable and resilient systems.
Our Core Idea
Iraa Global approaches energy, environment, water, food and infrastructure as one interconnected system rather than as isolated industries — we think in systems, not silos.
Raw Materials → Biomass / Waste / Water / Natural Resources → Processing & Resource Recovery → Energy / Fuels / Chemicals / Materials → Power & Industrial Applications → Economic Value + Environmental Benefit → Sustainable Development
Our fundamental principle: environmental challenges should become opportunities for resource recovery, energy generation, industrial transformation and sustainable economic development. This systems approach lets us work across energy, environment, water, food & agriculture, industry and infrastructure.
Fuels & Biomass (Presently in Operation)
Turning organic resources and agricultural residues into transport fuel, industrial fuel and reliable thermal energy.
Bio-CNG / Compressed Biogas
Compressed biogas projects using organic feedstocks and biomass resources, including MUASB bio-digestion technology for feedstocks such as Napier grass — for transport fuel, industrial fuel, distributed energy and rural resource utilization.
Biomass Pellets & Briquettes
Converting agricultural and forestry residues into reliable industrial thermal-energy supply chains as an alternative to conventional fossil fuels.
Pellet Burners & Industrial Thermal Energy
The complete chain from biomass to pellet to burner to thermal system to industrial application — working with industrial consumers as a thermal-energy solutions partner, not just a fuel supplier.
Waste-to-Energy & Advanced Fuels (In Development)
Waste is a resource in the wrong form. We select the right technology for the right waste stream — RDF processing, gasification, pyrolysis, anaerobic digestion and waste-based power — and go further, converting carbon-rich waste and biomass into higher-value fuels and chemicals.
RDF & Waste-to-Energy
RDF processing, pellets and briquettes, waste segregation, gasification, pyrolysis, anaerobic digestion, syngas generation and waste-based power.
Waste-to-Fuels & Petrochemicals
Converting waste and biomass into syngas, methanol, ethanol, synthetic fuels, DME, bio-oil, bio-bitumen, hydrogen and ammonia — moving beyond waste disposal toward resource transformation.
Sustainable Aviation Fuel
Exploring biomass-derived, waste-derived, synthetic and alcohol-to-jet pathways, evaluated on feedstock sustainability, technology maturity, carbon intensity, economics and regulatory requirements.
Green Methanol, Ethanol & Ammonia
Alternative molecules for the energy transition — methanol and ethanol for fuel and industrial use, green ammonia as an energy carrier and feedstock, and hydrogen for industrial, energy and mobility applications.
Power, Data Centres & Next-Generation Energy (Investing in Technology through IPR development)
Iraa Global explores multiple power-generation technologies — renewable (solar, wind, hydro, biomass, biogas), waste & alternative fuels, and distributed/captive power — rather than limiting itself to a single source. Industrial facilities need more than electricity: reliable power, thermal energy, fuel security, power quality and cost control, combining solar, biomass, gas, storage, grid and waste-to-energy as site conditions demand.
The rise of AI and digital infrastructure is driving major growth in electricity demand — the IEA projects electricity generation serving data centres could more than double from roughly 460 TWh in 2024 to over 1,000 TWh by 2030. We explore grid-connected and off-grid data-centre power, hybrid renewable systems, battery storage and gas/alternative-fuel backup to help meet it reliably.
We also maintain a long-term interest in advanced nuclear and next-generation energy — including exploration of thorium-based and other advanced reactor concepts, small modular reactors and nuclear-renewable hybrid systems. These are areas we are actively evaluating for scientific feasibility, technology maturity, regulatory pathway, safety, and economics — not technologies already deployed in our portfolio today.
Water, Agriculture & the Circular Economy (Developing projects keeping this philosophy as core)
Water treatment and desalination are energy-intensive, and reliable energy can unlock water security in turn — so we approach water through the energy-water nexus: conservation, wastewater treatment and recycling, Zero Liquid Discharge, desalination and membrane technologies.
Because agriculture is deeply connected to energy and water, we also explore biomass cultivation, agricultural-residue utilization, regenerative and water-efficient farming, and circular nutrient systems — building agriculture into the energy and circular-economy ecosystem rather than treating it as a separate sector. Across all of this, our circular-economy objective is the same: recover, process, transform, reuse, generate, recycle — maximizing resource value while minimizing waste, in direct support of the UN Sustainable Development Goals.
Our Approach & Why Iraa Global
Technology alone is not a project. Every initiative is evaluated across feedstock and resource security, technology maturity, engineering, economics, regulation, offtake, financing, execution, and impact — and we are candid about maturity: we deploy proven technologies (biomass pellets and burners, CBG, solar, conventional renewable power, waste processing), develop those being actively built out (waste-to-fuels, RDF-to-power, green chemicals, advanced desalination, integrated captive and data-centre power), and explore long-term technologies such as advanced nuclear and thorium-based systems. We do not confuse possibility with readiness.
Multidisciplinary
We look beyond individual technologies.
Technology Agnostic
We evaluate technologies according to project requirements.
Systems Thinking
We connect energy, water, waste, food, and environment.
Commercial Orientation
Sustainability must also be economically implementable.
Global Knowledge, Local Execution
Proven technologies and international collaboration, delivered within local resources, regulations, and markets.
Long-Term Thinking
Infrastructure decisions can shape economies for decades.
Project Portfolio
Operational
- A biomass pellets manufacturing facility in Uttar Pradesh. (FY 2027: 50 tonnes/day capacity — closing revenue of approximately 750k - 1 million USD ).
- Pellet burner manufacturing and installation across mid-day-meal and institutional kitchens, food-processing industries, restaurants/hotels, and metal-smelting industries.
- 20 acres of Napier grass farming feeding our pellet and briquette manufacturing.
In Development
- An integrated circular-economy project covering 5 TPD Bio-CNG, 60–80 TPD bio-pellets, and a 2 MW power project across Uttar Pradesh and Uttarakhand (land procurement underway).
- Multiple captive power plants with industrial partners across Delhi–NCR (in discussion and financing).
In the pipeline
- Expanding pellet manufacturing to further Indian locations under defined siting guidelines.
- Green ammonia and Sustainable Aviation Fuel projects in the EU and other regions using in-house gasification technology.
- Further captive power plants with reputed Indian industries.
- RDF- and nuclear-informed power for data centres and critical infrastructure.
- Climate-resilient food-production systems — powered by low-cost energy passed through desalination and into food production — for water- and climate-constrained regions including the GCC.
Building the Energy Systems of Tomorrow
From biomass to Bio-CNG. From waste to power. From waste to fuels and chemicals. From renewable energy to advanced nuclear technologies. From water security to sustainable agriculture. From captive power to the infrastructure required by the AI economy. From individual projects to interconnected resource systems.
Powering Progress. Protecting Resources. Enabling the Future.
Inside Our Facility
A look inside Iraa Global’s biomass and waste-processing operations.
