Research Collaboration – Partner With Sansar Green for Agricultural Research & Innovation

Collaborate on Soil Science, Agricultural Microbiology, Biofertiliser Research, Plant Biotechnology, Digital Agriculture and Ecological Restoration

Connecting Scientific Knowledge, Industry Experience and Practical Agricultural Innovation.

Introduction

Agricultural research plays a vital role in addressing challenges related to soil degradation, crop productivity, biological resource management, environmental sustainability and the changing needs of farming communities.

Many agricultural challenges require interdisciplinary research, technical expertise, field experimentation and collaboration between scientific institutions and industry.

At Sansar Green Mission Private Limited, we believe that meaningful innovation emerges when academic knowledge, scientific investigation, entrepreneurial capabilities and practical agricultural experience work together.

Our Research Collaboration platform invites universities, research institutions, scientists, laboratories, technology developers, agricultural startups and industry professionals to explore opportunities for joint research, technical evaluation and responsible technology development.

We are interested in collaborations that connect scientific research with practical applications in agriculture, horticulture, biological inputs, soil health and environmental restoration.

Established on 15 January 2020, Sansar Green is a DPIIT-recognised agritech startup headquartered in Jharkhand, India.

Founded by Rajeev Singh, the company operates within the agricultural sector and is developing research-oriented initiatives involving microbial technologies, sustainable agriculture, environmental restoration and agricultural innovation.

Our guiding philosophy, “मिट्टी से मंडी तक” — Soil to Market, reflects our commitment to connecting agricultural knowledge with responsible technologies, farmer empowerment and commercial opportunities.

We welcome technically sound, ethically responsible and mutually beneficial research proposals.

Our Research Collaboration Vision

To build a collaborative agricultural innovation ecosystem that connects scientific institutions, researchers, industry professionals and technology developers in addressing practical agricultural and environmental challenges.

We envision research partnerships that encourage scientific validation, interdisciplinary learning, responsible innovation and the development of useful agricultural technologies.

Our Research Collaboration Objectives

Our objectives include:

Encouraging university–industry research interaction.
Supporting agricultural microbiology research.
Exploring biofertiliser technologies.
Strengthening soil health research.
Supporting controlled laboratory studies.
Developing appropriate field-testing protocols.
Exploring plant biotechnology.
Supporting horticultural innovation.
Investigating digital agriculture technologies.
Encouraging environmental restoration research.
Exploring agricultural sensor technologies.
Facilitating research documentation.
Supporting scientific knowledge exchange.
Identifying suitable technology transfer opportunities.
Encouraging responsible intellectual property development.
Building long-term research relationships.

Priority Research Collaboration Areas

1. Soil Science & Soil Health Research

Understanding Soil Properties and Sustainable Soil Management

Soil is the foundation of agricultural productivity and ecological stability.

We welcome research proposals addressing:

Soil physical properties.
Soil chemical properties.
Soil biological activity.
Soil organic carbon.
Soil fertility.
Nutrient availability.
Soil degradation.
Soil amendments.
Soil microbial diversity.
Soil health indicators.
Soil testing methodologies.
Sustainable soil management.

Potential collaborative activities may include soil sampling protocols, laboratory analysis, controlled experiments, field observations and data interpretation.

Explore Soil Science Collaboration

2. Agricultural Microbiology & Microbial Research

Exploring Beneficial Microorganisms for Agriculture

Microorganisms play important roles in nutrient cycling, organic matter decomposition, root-zone interactions and soil ecological processes.

Research interests include:

Plant growth-promoting rhizobacteria.
Nitrogen-fixing microorganisms.
Phosphate-solubilising microorganisms.
Potassium-mobilising microorganisms.
Beneficial microbial consortia.
Rhizosphere microbiology.
Microbial screening.
Microbial formulation stability.
Soil microbial activity.
Microbial interactions with plants.
Microbial quality evaluation.
Appropriate microbial preservation methods.

Research involving microorganisms should comply with applicable biosafety, laboratory and regulatory requirements.

Explore Microbial Research Collaboration

3. Biofertiliser & Biological Agricultural Input Research

Connecting Microbial Science With Agricultural Applications

Sansar Green is interested in the scientific development and evaluation of biological agricultural inputs.

Potential research areas include:

Biofertiliser formulation development.
Microbial carrier materials.
Liquid microbial formulations.
Powder-based formulations.
Shelf-life evaluation.
Microbial viability.
Quality control methods.
Compatibility studies.
Application methods.
Controlled efficacy trials.
Product stability.
Regulatory compliance.
Manufacturing process improvement.

Performance claims should be based on appropriate testing, validated methodologies and applicable regulatory requirements.

Explore Biofertiliser Research

4. Plant Biotechnology & Tissue Culture

Advancing Plant Propagation and Horticultural Research

Plant biotechnology can support the development of improved propagation methods and reliable planting material.

Potential areas include:

Plant tissue culture.
Micropropagation.
Plant growth media.
In-vitro establishment.
Multiplication protocols.
Rooting techniques.
Acclimatisation.
Plant health.
Propagation efficiency.
Nursery integration.
Horticultural crop research.

Collaboration proposals may involve protocol development, controlled experiments and technical evaluation.

Explore Plant Biotechnology Collaboration

5. Horticulture & Grafted Plant Research

Improving Plant Production and Nursery Technologies

We welcome proposals relating to:

Fruit plant propagation.
Grafting methods.
Rootstock–scion compatibility.
Nursery management.
Vegetable seedling production.
Protected nursery systems.
Growing media.
Plant nutrition.
Plant establishment.
Horticultural productivity.
Nursery quality standards.

Research programmes should account for local agroclimatic conditions and appropriate experimental design.

Explore Horticultural Research

6. AI, Sensors & Digital Agriculture

Exploring Data-Driven Agricultural Technologies

Digital technologies offer opportunities to improve agricultural monitoring, information access and decision support.

Our interests include:

Soil sensors.
Nutrient monitoring.
Environmental sensing.
IoT-based agricultural devices.
Digital farm records.
AI-supported agricultural advisory.
Crop monitoring.
Agricultural data analysis.
Sensor calibration.
Decision-support systems.
Automated agricultural equipment.
Precision input application.

Potential collaboration may involve hardware design, prototype development, software integration, data validation and field evaluation.

Explore Digital Agriculture Collaboration

7. Environmental Restoration & Degraded-Land Rehabilitation

Exploring Scientific Approaches to Ecological Recovery

Degraded agricultural and post-mining landscapes present complex environmental and technical challenges.

Potential research subjects include:

Soil characterisation.
Degraded-land assessment.
Soil biological recovery.
Microbial interventions.
Root-zone development.
Soil amendments.
Vegetation establishment.
Plant survival.
Environmental monitoring.
Ecological indicators.
Long-term land rehabilitation.
Productive land-use assessment.

Research activities should be designed around site-specific conditions, appropriate controls and measurable outcomes.

Explore Environmental Restoration Research

Project Punarjeevan – Research Collaboration Opportunity

Microbial Restoration & Productive Reuse of Degraded and Post-Mining Land

Project Punarjeevan is a developing research initiative of Sansar Green focused on exploring microbial restoration and productive reuse of degraded and post-mining land.

The proposed framework is:

Diagnose → Rebuild → Root-Zone Restore

Diagnose

Understand the site’s existing physical, chemical, biological and environmental conditions.

Potential activities include:

Baseline soil assessment.
Site characterisation.
Soil chemistry.
Soil physical properties.
Biological indicators.
Contamination assessment where relevant.
Land-use constraints.
Site-specific risk evaluation.

Rebuild

Investigate appropriate methods for improving degraded soil conditions.

Potential activities include:

Soil amendment evaluation.
Organic matter management.
Biological input testing.
Soil structure improvement.
Nutrient management.
Controlled treatment comparisons.

Root-Zone Restore

Evaluate plant establishment and soil–plant–microbe interactions.

Potential activities include:

Root-zone assessment.
Suitable plant selection.
Microbial inoculation studies.
Vegetation monitoring.
Plant survival analysis.
Soil biological monitoring.
Long-term performance evaluation.

Collaboration Opportunities

We welcome suitable technical and scientific proposals involving:

Environmental engineering.
Geotechnical assessment.
Soil science.
Agricultural microbiology.
Plant science.
Ecological restoration.
Environmental monitoring.
Controlled pilot design.
Statistical analysis.
Scientific documentation.

Project Status: Research and development stage.

Project Punarjeevan has received incubation support through the innovation ecosystem of BIT Sindri.

Scientific validation, technical evaluation and controlled proof-of-concept studies remain important next steps.

Sansar Institute of Agricultural Research & Training (SIART)

Developing an Agricultural Research & Knowledge Exchange Ecosystem

The Sansar Institute of Agricultural Research & Training (SIART) is a developing initiative intended to support agricultural research, scientific learning and technical knowledge exchange.

Its research interests include:

Soil science.
Agricultural microbiology.
Biofertiliser technology.
Sustainable agriculture.
Plant biotechnology.
Horticulture.
Digital agriculture.
Environmental research.
Technical training.

Potential collaboration models may involve joint research discussions, technical workshops, project proposals and knowledge-sharing activities.

Specific facilities, programmes and institutional arrangements will depend on development progress and applicable approvals.

Our Institutional Innovation Ecosystem

IIT (ISM) Dhanbad

Sansar Green has incubation-related engagement through the Centre for Innovation, Incubation and Entrepreneurship (CIIE) at IIT (ISM) Dhanbad.

This relationship forms part of the company’s innovation and entrepreneurship journey.

BIT Sindri

Project Punarjeevan has received incubation support through BIT Sindri’s innovation ecosystem.

The project offers potential areas for technical discussion and research collaboration.

Bihar Agricultural University, Sabour

Sansar Green has explored institutional proposals concerning biofertiliser-related research and infrastructure with Bihar Agricultural University, Sabour.

These discussions should be distinguished from executed research agreements.

Kerala Agricultural University

The company’s research interests include potential agricultural research and knowledge-exchange opportunities involving Kerala Agricultural University.

Institutional relationships should be described according to their documented status and scope.

Who Can Collaborate With Us?

We welcome suitable proposals from:

Agricultural universities.
Central and state universities.
Research institutes.
Soil scientists.
Agricultural microbiologists.
Biotechnology researchers.
Environmental scientists.
Engineering institutions.
Research scholars.
Agronomists.
Horticultural scientists.
Technology developers.
Agritech startups.
Scientific laboratories.
Industry research teams.
Environmental organisations.
Government research bodies.
International research institutions, subject to applicable requirements.

Types of Research Collaboration

Joint Research Projects

Collaborative studies addressing defined agricultural or environmental research questions.

Laboratory Studies

Controlled technical investigations using suitable facilities and approved protocols.

Field Trials

Structured experiments evaluating agricultural technologies under relevant field conditions.

Technology Development

Development or refinement of agricultural technologies, prototypes and research methods.

Technical Validation

Independent or collaborative evaluation using defined performance criteria.

Research Documentation

Preparation of technical reports, datasets, scientific manuscripts and research summaries.

Technology Transfer

Exploration of suitable pathways for transferring validated technologies into practical applications.

Student Research Engagement

Supervised student projects or research activities, subject to institutional permissions and available resources.

Research Training & Workshops

Technical learning and knowledge-exchange activities concerning relevant scientific subjects.

Our Research Collaboration Process

Step 1 – Submit a Research Proposal

Provide a concise description of your research interest, proposed objectives and institutional background.

Step 2 – Initial Technical Review

The proposal may be evaluated for relevance, feasibility and alignment with Sansar Green’s research interests.

Step 3 – Scientific Discussion

Suitable proposals may proceed to technical discussions involving research methodology, resources, timelines and expected outcomes.

Step 4 – Collaboration Framework

Where appropriate, the parties may discuss a memorandum of understanding, research agreement, confidentiality provisions or other formal arrangements.

Step 5 – Research Planning

The collaboration may define:

Research objectives.
Experimental design.
Responsibilities.
Facilities and resources.
Budget.
Timeline.
Data management.
Intellectual property.
Publication arrangements.
Regulatory requirements.

Step 6 – Research Execution

Approved activities may proceed according to the agreed research plan.

Step 7 – Evaluation & Documentation

Results should be evaluated using suitable scientific methods and documented transparently.

Step 8 – Publication or Technology Development

Validated findings may support publications, further research, technology development or commercialisation discussions, subject to the applicable agreements.

Research Ethics, Intellectual Property & Confidentiality

We recognise the importance of responsible scientific conduct and clear collaboration agreements.

Key considerations include:

Scientific Integrity: Research should follow appropriate methods and accurate reporting practices.

Data Ownership: Rights to data and research outputs should be defined through agreement.

Intellectual Property: Background and newly developed intellectual property should be addressed before substantive joint work.

Confidentiality: Confidential information should be protected through appropriate arrangements.

Publication Rights: Authorship, acknowledgements and publication permissions should be agreed upon.

Biosafety: Biological research must comply with applicable safety requirements.

Field Permissions: Site access and experimental work require necessary permissions.

Regulatory Compliance: Research and product development must comply with applicable laws and standards.

Traditional Knowledge: Indigenous and community knowledge should be treated with appropriate consent, rights recognition and benefit-sharing considerations.

Submit a Research Collaboration Proposal

Researchers and institutions interested in collaboration are encouraged to provide:

Name and designation.
University or organisation.
Department.
Official email address.
Contact number.
Research specialisation.
Proposed research area.
Research objectives.
Brief methodology.
Expected outcomes.
Proposed duration.
Required facilities or resources.
Funding arrangements, if relevant.
Existing research or publications.
Supporting proposal document.

A concise concept note is suitable for an initial enquiry.

Frequently Asked Questions

Can universities collaborate with Sansar Green?

Yes. Suitable university–industry research proposals may be submitted for consideration.

Which research areas are priorities?

Soil health, agricultural microbiology, biofertiliser technologies, plant biotechnology, digital agriculture and ecological restoration are among the principal areas of interest.

Can research scholars submit proposals?

Yes. Research scholars may submit proposals, preferably with appropriate institutional or supervisory involvement.

Is Project Punarjeevan open to research collaboration?

Suitable technical and scientific proposals concerning the project’s research objectives may be considered.

Does Sansar Green provide research funding?

Funding arrangements are not automatic and would need to be discussed and formally agreed for each proposed collaboration.

Are laboratory facilities available?

Facility availability must be confirmed for each proposed activity. Developing or proposed infrastructure should not be assumed to be operational.

Can institutions conduct field trials with Sansar Green?

Potential field trials may be considered subject to scientific feasibility, resources, approvals and formal arrangements.

Can joint research lead to publications?

Publication arrangements may be agreed upon, subject to scientific standards, authorship requirements and intellectual property considerations.

Can technology developers propose prototypes?

Yes. Suitable agricultural sensor, biological technology and digital agriculture proposals may be considered.

Does submitting a proposal guarantee collaboration?

No. All proposals are subject to review, feasibility and mutual agreement.

Our Commitment to Collaborative Research

At Sansar Green, we believe that agricultural research should be rigorous, relevant and responsible.

Meaningful collaboration can connect academic expertise, industry experience and practical agricultural challenges.

Our objective is to explore opportunities for scientific learning, appropriate validation, useful technology development and sustainable agricultural innovation.

Our Research Collaboration Philosophy:

Identify → Collaborate → Investigate → Validate → Develop → Apply

This reflects our guiding mission of “मिट्टी से मंडी तक” — Soil to Market.

Collaborate With Sansar Green

Are you a university, researcher, scientist, technology developer or institution interested in agricultural research?

We welcome relevant proposals concerning:

Soil Science.
Agricultural Microbiology.
Biofertiliser Research.
Plant Biotechnology.
Horticulture.
AI & Digital Agriculture.
Agricultural Sensors.
Environmental Restoration.
Project Punarjeevan.
Sustainable Farming.

Submit Your Research Collaboration Enquiry

Sansar Green — Connecting Science, Technology and Agriculture Through Responsible Collaboration.

Submitting a research proposal does not establish a collaboration, funding commitment, institutional endorsement, access entitlement or intellectual property arrangement. All such matters require separate review and appropriate written agreements.