🌱 Raw Material vs. Grain-Based Ethanol in India – Policy, Production & Sustainable Engineering by UNIVERSAL FORCES INDUSTRIES PVT.LTD.

🌱 Raw Material vs. Grain-Based Ethanol in India – Policy, Production & Sustainable Engineering by UNIVERSAL FORCES INDUSTRIES PVT.LTD.

India’s mission to reach 20% ethanol blending by 2025‑26 is accelerating with policy reforms, infrastructure expansion, and diversified raw materials. 📊 Government Targets & Current Scenario 🌾 Molasses vs. Grain-Based
How Molasses & Grain-Based Distillery Plants Are Powering India’s Green Energy Future

How Molasses & Grain-Based Distillery Plants Are Powering India’s Green Energy Future

With Universal Forces Industries Pvt. Ltd. leading the sustainable transformation 🌿 Introduction: A New Era for Clean Energy As the world shifts toward sustainable energy, India’s distillery industry—especially molasses- and
The Future of India’s Ethanol Market: Demand vs Production Outlook

The Future of India’s Ethanol Market: Demand vs Production Outlook

Powered by Universalforces Industries Pvt. Ltd. Introduction: Ethanol at the Crossroads of Energy and Sustainability India’s ethanol market is rapidly evolving from a niche biofuel to a mainstream energy pillar,
🌱 Universal Forces Industries Pvt. Ltd.: Powering India’s Green Revolution in Distillery & Renewable Energy

🌱 Universal Forces Industries Pvt. Ltd.: Powering India’s Green Revolution in Distillery & Renewable Energy

As the global conversation around sustainability intensifies, one company stands out in India’s transformation toward clean and efficient energy systems: Universal Forces Industries Pvt. Ltd. With a strong foothold in
From Waste to Resource Proprietary ZLD Technology for Spent Wash Treatment in Sugar Mills

From Waste to Resource Proprietary ZLD Technology for Spent Wash Treatment in Sugar Mills

Powered by UNIVERSAL FORCES INDUSTRIES PVT LTD Introduction The sugar industry generates significant volumes of spent wash during the molasses-based distillation process. This effluent is characterized by high Chemical Oxygen