🔍 Bridging the Gap Between Academic Intent and Innovation Outcomes

Academic institutions across India are increasingly aware of the need for innovation—driven by rankings, funding schemes, and entrepreneurship initiatives. Yet, beyond the top-tier institutes, many face constraints: lack of advanced equipment, limited hands-on exposure, and routine project formats that seldom translate into real outcomes. Faculty, though central to this change, often lack the tools and support to guide students toward industry-relevant, research-driven innovation.

Emerging and industry-adopted techniques—like membrane filtration for liquid separations, ultrasonication for extraction, adsorption-based purification, or hybrid systems combining new and conventional methods—offer immense potential. These methods align with goals in sustainability, circular economy, and applied research. That’s where i2PINN steps in—with a practical, scalable model to help institutes work on emerging technologies with industry relevance, research depth, and intellectual property potential.

💡 Why Membrane Technology?

Membrane Separation Technology (MST) involves techniques such as Microfiltration, Ultrafiltration, Nanofiltration, Reverse Osmosis, Pervaporation, Forward Osmosis, and Membrane Distillation.

MST can be deployed as a standalone process or integrated with conventional technologies such as adsorption, ion exchange, and activated carbon.

Membrane technology is a proven, industry-adopted platform used in:

• Clarification, cold sterilization & impurity removal

• Concentration, purification & recovery of valuable compounds

• Wastewater & effluent treatment

• Applications in pharma, biotech, food, traditional medicine, chemicals & more

Despite its cross-disciplinary value, membrane technology is often missing from institute labs. i2PINN aims to change that—by making it accessible, affordable, and adaptable for real academic use.

🚀 What We Offer

1. Custom Membrane Filtration Systems

Designed for low-volume, high-value liquid processing—built for academic needs.

2. Faculty & Student Training

Hands-on sessions on real use-cases, from feasibility studies to patentable ideas.

3. Collaborative Research Support

Help in writing funded proposals, connecting with industry, or running projects at i2PINN's in-house facility

4. IP and Prototype Support

Convert student ideas or academic concepts into IP-ready solutions or proof-of-concept models.

🎯 The Benefits

• ✅ Enable real-world, interdisciplinary student projects

• ✅ Empower faculty with tools and research support

• ✅ Attract research funding and collaborative partnerships

• ✅ Enhance institute’s academic brand through publications and IP

• ✅ Build industry-ready skills and innovation mindset among students

📞 Let’s Start Small, Think Big

Whether you're a faculty member, department head, or student group—we’ll help you set up, train, and grow your innovation ecosystem using membrane techniques or other allied technologies

Membrane technology has scope to be used across all domain segments for processing liquid streams and can be integrated with any other conventional techniques to achieve a desired function. You can explore this to:

• Improve your chances of research scope / Industry jobs based on membrane technology

• Generate original data for paper publication or patent generation

• Work on ideas to improve a product or process or solve a real problem differently

• Work on some project that is original but time is a constraint

We also help with...

• Research Topic selection / Literature review

• Fast-paced thesis/dissertation project support

• Prototype development / Tailored equipment

• Data generation / analysis at out laboratory

• Project guidance on all aspects, including thesis work

🎯 Who We Serve – Client Segments

• · Industries & SMEs

• · Govt & Private Research Institutes

• · Academic Institutes (Faculty / Students)

• · Manufacturing / Formulation Industries

• · Membrane Specialist Companies

• · R&D and Tech Scouts

🔁 Our Workflow

1. Problem Understanding

2. Defining the Scope of work

3. Experimental data generation / analysis

4. Report Generation (optional)

5. Suggestion on scale-up / IP Generation