Engineering India's Sustainable Transition

We bring the world’s proven sustainability technologies to India — and make them work here.

India’s sustainability rules are changing faster than its industry can adapt. We close that gap importing technologies that already work abroad and re-engineering them for Indian conditions.

We are a venture industrialist — we don't consult, we take a stake and build the line.

About NB GreenTech

We Indianise the World's Best Sustainable Technology

Around the world, sustainability technologies have already been proven at commercial scale. The hard part is making them work in India — on Indian substrates, Indian machinery, Indian price points and within India’s fast-changing regulations. That is our entire job. We license globally proven technology, take a principal or JV position in it, and deploy our own engineers to operationalise it on the factory floors we already serve.

The Venture Industrialist

We don’t advise from the sidelines. We map the market, take a principal, agency or JV position, finance the project and put our own engineers on the line until the technology runs at Indian scale.

Proven Technology, Sourced Globally

We partner with established global innovators in biomaterials, sustainable packaging, waste-to-energy and advanced materials — whose technology is already commercially proven abroad.

Indianised, Financed, Deployed

We re-engineer each technology for Indian conditions, take a commercial stake, arrange the financing and integrate it directly into the industries we already operate in.
Technology Platforms

The Technologies We're Bringing To India

Each platform below is a proven foreign technology we are localising for India — because a regulation is changing, or about to. We pick the technology to the rule, not the other way round.

Sustainable Materials & Biomaterials

Compostable and bio-based materials biodegradable bioplastics and cellulose-nanocrystal barriers that replace plastic and aluminium foil. (Partners: Gaia Biomaterial, CelluForce.)

Circular Economy & Resource Recovery
Material recovery, industrial recycling and resource regeneration — closing the loop on industrial and packaging waste.
Turning sugar-mill press mud, spent wash and municipal waste into pipeline-grade gas — domestic fuel that displaces imported CNG/LNG.
High-performance industrial materials and precision engineering — including amorphous-metal (metallic glass) parts. (Partner: Vulkam.)
Technology Platforms

The Technologies We're Bringing To India

Plastic-free, foil-free packaging materials — biodegradable bioplastics and cellulose-nanocrystal barrier coatings, co-developed with global material-science partners and proven on Indian converters’ existing machinery.
Recovery and regeneration systems that keep industrial and packaging waste in use — helping manufacturers meet tightening EPR obligations.
Compressed Bio-Gas plants for sugar mills and industry — converting press mud, spent wash and organic waste into clean fuel, delivered under build-operate-transfer or direct-sale models.
Next-generation packaging for FMCG and regulated categories — starting with plastic-free, foil-free pan masala and gutka packaging ahead of the FSSAI ban.
Amorphous-metal (metallic glass) and precision-engineered components — near-net-shape parts with low material waste for medical, precision and luxury sectors.
End-to-end localisation of a foreign sustainability technology we evaluate, finance, re-engineer for Indian conditions and deploy it inside your existing operation.
Our Approach

How A Venture Industrialist Works

01

Source & Select
We track changing Indian sustainability norms and select a globally proven technology that answers the regulation — before the market is forced to.

02

Take A Position
We secure exclusivity, sign an MOU or JV and take a principal stake — not a consulting fee. Our outcome is tied to the technology working.

03

Indianise
We re-engineer the technology for Indian substrates, machinery and price points, back it with R&D (e.g. our IIT Gandhinagar MOU) and make it compliant.

04

Deploy & Scale
We finance and deploy the plant on the factory floor — using the converter, mill and brand relationships we already have — and scale it across the sector.
+91 98203 40950
krish@nbgreentech.com

Building Collaborative Sustainability Ecosystems

Meaningful sustainability transformation cannot happen in isolation. Large-scale environmental progress requires collaboration between technology developers, manufacturers, industrial stakeholders and sustainability ecosystems.

Floating line Increasing demand for circular manufacturing systems Tightening EPR and plastic-ban regulation is forcing the switch — we're already on the other side of it.

tonnes of plastic packaging waste generated in India each year
0 M+
projected size of India's packaging market by 2029
$ 0 B+
Built Around Changing Norms

Every move we make is a response to a changing rule

Plastic bans, foil bans, EPR mandates and FSSAI rules are rewriting Indian industry. We position our technologies ahead of each rule so our partners are compliant on day one, not scrambling after it.

"NB GreenTech brings together global sustainability technologies and practical industrial understanding. Their approach to market development, partnership building and technology integration creates a strong foundation for long-term sustainable growth."

Industry Partner Manufacturing & Sustainability Sector

Environmental progress requires industrial participation — and someone willing to build it. That's us.

Frequently Asked Questions

Answering Your Most Pressing Questions

Explore answers to common questions about sustainability technologies, industrial integration and collaboration opportunities with Net Benefit Green Tech.

Understanding Our Sustainability Platform

NB GreenTech is a venture industrialist. We license globally proven sustainability technologies, take a principal or JV stake in them, re-engineer them for Indian conditions, and deploy them inside the packaging, energy.
It means we don’t advise from the sidelines — we put our own capital, engineers and industry relationships behind a foreign technology and carry it all the way to Indian-scale production. Our return is tied to the technology working, not to a fee.
We engage with packaging, manufacturing, infrastructure, agriculture, consumer goods, and energy-related sectors. with deep, existing relationships across FMCG packaging converters and Maharashtra’s sugar mills.
Because India’s sustainability rules are tightening fast — EPR, plastic and foil bans, FSSAI norms. Each rule removes an incumbent material or process overnight and creates demand for a compliant alternative. We position the right proven technology ahead of each change.

Technology & Collaboration

Our focus includes biomaterials, circular economy systems, sustainable packaging, waste-to-energy technologies and advanced materials.
Yes. We actively build partnerships with global organisations developing sustainability-focused technologies.
We welcome engagement from technology developers, manufacturers, industrial stakeholders and ecosystem partners interested in sustainable industrial growth.
Insights

Perspectives On Industrial Sustainability

The global sustainability transition is reshaping materials, infrastructure systems and industrial supply chains at extraordinary speed. Our Insights platform explores developments shaping the future of industrial sustainability in India.

Waste-To-Energy & Resource Recovery

Waste-To-Energy & Resource Recovery

Converting waste into valuable resources is becoming an important part of sustainable industrial growth and circular economy development.

India’s Sustainable Packaging Transition

India’s Sustainable Packaging Transition

India's packaging industry is rapidly evolving as sustainability regulations, EPR frameworks and consumer expectations continue to reshape the sector.

The Rise Of Circular Economy Systems

The Rise Of Circular Economy Systems

Circular economy models are transforming how industries manage resources, reduce waste and improve operational efficiency through recovery and regeneration.

Creating Pathways For Sustainable Industrial Growth