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Productivity : A Quarterly Journal of The National Productivity Council

Published in Association with National Productivity Council

Current Volume: 66 (2025-2026 )

ISSN: 0032-9924

e-ISSN: 0976-3902

Periodicity: Quarterly

Month(s) of Publication: June, September, December & March

Subject: Economics

DOI: 10.32381/PROD

350

Productivity is the principal journal of the National Productivity Council of India. The Journal aims at disseminating information on concepts of and data on productivity and its growth in India and elsewhere. It also aims at disseminating knowledge on techniques and methods of productivity improvement through effective management of all types of resources. Thus contribution from a large spectrum of disciplines are accepted for publication.Only those manuscripts that present original results will be accepted of the publication in the Journal.The managerial/policy implications of the study should be highlighted separately towards the end of the paper.

EBSCO
ProQuest
Genamics (Journalseek)
Indian Citation Index

 

Editor
Rajesh Sund

National Productivity Council, Utpadakta Bhawan, Lodhi Road, New Delhi.


Editorial consultant
Payal Kumar

Editorial Board
S. Gopalakrishnan

Abad Ahmed

N.M. Barot

Vinay Bharat Ram

Ram K. Iyengar

T.S. Papola

N.S. Randhawa

Gourav Vallabh

Volume 66 Issue 4 , (Jan-2026 to Mar-2026)

Green Growth and Productivity

By: V. Basil Hans

Page No : 327-333

Abstract
The quest for green growth has become a pivotal strategy for harmonising economic advancement with environmental sustainability. This article analyses the correlation between green growth policies and productivity performance, investigating whether environmental sustainability might act as a catalyst rather than a limitation on economic efficiency. The study employs a conceptual and empirical framework to examine the impact of investments in clean technology, energy efficiency, and environmental legislation on total factor productivity across various industries and economies. The findings indicate that effectively formulated green growth strategies might augment production via innovation, resource efficiency, and structural transformation, whereas inadequately integrated policies may incur short-term adjustment costs. The article adds to the expanding body of research on sustainable development by showing how green growth can lead to long-term productivity improvements and economic growth that includes everyone. Policy implications underscore the significance of complementary institutions, technological proficiency, and strategic public investment to optimise the productivity advantages of green growth.

Author
V. Basil Hans, Research Professor at Srinivas University in Mangalore, Karnataka, India.
 

DOI : https://doi.org/10.32381/PROD.2026.66.04.01

Price: 251

Establishing Complementarities between Circular Economy and Green Productivity in India

By: K. D. Bhardwaj , Nikita , Shabnam

Page No : 334-343

Abstract
This paper examines the complementarities between Circular Economy (CE) and Green Productivity (GP) in the Indian context. Drawing exclusively on evidence and analysis presented in a country-wide report prepared in November 2021 by the National Productivity Council for the Asian Productivity Organization, the study analyses policy initiatives, institutional mechanisms, sectoral practices, and impacts of CE and GP in India. The paper also reviews primary survey findings and best practice case studies to assess economic, environmental, and social outcomes. The analysis demonstrates that green productivity functions as a subset and operational pathway of the circular economy, enabling India to reconcile productivity growth with sustainability objectives.

Authors
K. D. Bhardwaj, Director and Group Head, ECA, National Productivity Council, New Delhi, India.
Nikita, Deputy Director (Environment & Sustainability), ECA, National Productivity Council, New Delhi, India.
Shabnam, Project Executive, ECA, National Productivity Council, New Delhi, India.
 

DOI : https://doi.org/10.32381/PROD.2026.66.04.02

Price: 251

Green Bonds and Sustainability in OECD Countries: A GMM Approach

By: Sudha Swaroop , Himadri Srivastava , Richa Sinha

Page No : 344-354

Abstract
Green bonds play an increasingly important role in mobilising financial resources for environmentally friendly investments. This study examines the contribution of green bonds to achieving the Sustainable Development Goals (SDGs), with a focus on climate action measured through CO₂ emissions per capita and renewable energy production per capita in 14 OECD countries. Using daily green bond trading data from January 30, 2017 to August 1, 2023, the study applies a one-step Generalised Method of Moments (GMM) approach. The results reveal a negative relationship between green bond issuance and CO₂ emissions, and a positive relationship with renewable energy production, highlighting green bonds as a key instrument for sustainability.

Authors
Sudha Swaroop, G. L. Bajaj Institute of Technology and Management, Greater Noida, UP, India.
Himadri Srivastava, SGSU, Bhopal, MP, India.
Richa Sinha, ABES Business School, Ghaziabad, UP, India.
 

DOI : https://doi.org/10.32381/PROD.2026.66.04.03

Price: 251

Indian Government’s Schemes Towards Greening of MSMES to Achieve the Goal of Green Productivity: A Performance Analysis

By: Dhulasi Birundha Varadarajan , S. Sha Hussain @ Yacob Khan

Page No : 355-365

Abstract
The Micro, Small and Medium Enterprises (MSME) sector is pivotal for India’s transition to a green economy. This paper evaluates the performance of government schemes promoting green productivity from 2021-22 to 2025-26. Using trend and cost-efficiency analyses on secondary data, the study reveals a massive surge in Udyam registrations (95.8% CAGR). Crucially, the budget allocation for green schemes grew by 45.8%, significantly outpacing the general MSME budget growth of 10%. An analysis of the circular economy scheme (SPICE) indicates a high direct benefit ratio of 96.4%. The study concludes that green investment is rising efficiently but requires specific policy categorisation.

Authors
Dhulasi Birundha Varadarajan,
Emeritus Professor, Senior Fellow, ICSSR, New Delhi, India.
S. Sha Hussain @ Yacob Khan, Assistant Professor, PG and Research Department of Economics, Thiagarajar College, Madurai, Tamil Nadu, India.
 

DOI : https://doi.org/10.32381/PROD.2026.66.04.04

Price: 251

Green Growth in India: Sectoral Trends, Policy Initiatives, and Environmental Governance Challenges with Special Reference to the Aravalli Region

By: Ruchi Gupta

Page No : 366-374

Abstract
Green growth is a critical development strategy focused on achieving a balanced economic expansion with environmental sustainability. The study examines the concept, evolution, and progress of green growth in the Indian context. It evaluates sectoral trends, the government initiatives, policies, and economicenvironmental indicators to assess the growth trajectory. The findings reveal that progress towards green growth in a few sectors has been measurable. The ecological degradation of a sensitive region such as the Aravalli Range, exhibits a gap between green growth and environmental implications. Key challenges have been identified, and the study concludes with suggestions that strengthening policy initiatives, green finance, and development aligning with sustainability are essential to India’s path to a green growth trajectory.

Author
Dr. Ruchi Gupta, Assistant Professor, Department of Commerce, Iswar Saran Degree College, India.
 

DOI : https://doi.org/10.32381/PROD.2026.66.04.05

Price: 251

Women’s Representation in STEM: An Analysis of the CSIR ASPIRE Scheme for Women Scientists

By: Shweta Pant , S.A. Hasan

Page No : 375-387

Abstract
Sustainable development and green growth are dependent on STEM research as it plays a significant role in promoting environmental development and sustainability, driving innovation and building a green economy. STEM addresses issues like climate change, biodiversity, renewable energy, precision agriculture, green building designs, waste management, sustainable water systems, environmental impact studies and optimisation of processes through mathematical modelling. Even artificial intelligence (AI) is being used for environmental monitoring and studying the impact of climate change on the green economy. The Council of Scientific & Industrial Research (CSIR) has been focusing on green skill development and capacity building programs to create a skilled workforce for the green economy and promote sustainable practices across various sectors. Women have been contributing to STEM research for sustainable development and green economy the world over, including India. However, in India, their representation in this domain is low in spite of various schemes from multiple ministries/departments. Strenuous efforts are required to attract more women to science and engineering research by offering them competitive research grants with relaxed funding guidelines. The ASPIRE scheme of the CSIR was launched to strengthen women’s representation in research and put women power at the forefront of India’s growth journey in research and development. The response from women academics and scientists from all across the country was overwhelming. A considerable number of project proposals received had potential for technological advancement and novelty value and were approved for funding. More such efforts should be made to encourage women to participate in STEM research more vigorously so as their ratio in researchers could be raised and their contribution in sustainable development and green economy could be further enhanced.

Authors
Shweta Pant, CSIR-Human Resource Development Group.
S.A. Hasan, CSIR-National Institute of Science Communication and Policy Research, Delhi, India.
 

DOI : https://doi.org/10.32381/PROD.2026.66.04.06

Price: 251

Growth of Net Zero Energy Buildings (Policy Drivers, Barriers and Future Roadmap)

By: Jitendra Kumar Srivastava

Page No : 388-400

Abstract
Net Zero Energy Buildings (NZEBs) represent a critical intervention in reducing emissions from India’s rapidly growing building sector and supporting the national objective of achieving net-zero emissions by 2070. At present, buildings consume close to onethird of India’s total electricity demand, a proportion projected to rise substantially by 2040 due to accelerated urbanisation and increasing cooling requirements. This study reviews international developments in NZEB deployment and evaluates performanceverified operational data from nine public buildings certified under the Bureau of Energy Efficiency’s Shunya and Shunya Plus programmes. The results demonstrate that net-positive energy operation, characterised by an Energy Performance Index (EPI) lower than 15 kWh/m² year, is achievable across multiple climatic zones with investment recovery periods typically between two and five years. Despite this potential, widespread adoption remains limited by climate-dependent solar design constraints, elevated initial capital requirements, fragmented institutional responsibilities, and perceived financial risks. This paper proposes a policy-oriented roadmap to overcome these challenges, encompassing mandatory NZEB targets for public buildings, expansion of green financing instruments, and the establishment of a national framework for continuous performance monitoring to enable scalable, evidencebased adoption of NZEBs in India.

Author
Jitendra Kumar Srivastava, Accredited Energy Auditor and Deputy Director, Energy Management Group, National Productivity Council, New Delhi, India.
 

DOI : https://doi.org/10.32381/PROD.2026.66.04.07

Price: 251

Green Growth Pathways through Sustainability and Green Energy: Evidence from BRSR Disclosures and Capital Markets in India

By: Sai Shankar G Nair

Page No : 401-411

Abstract
Green growth has emerged as a critical development paradigm that seeks to harmonise economic expansion with environmental protection and social well-being. In emerging economies such as India, this transition is increasingly shaped by regulatory sustainability frameworks, capital market mechanisms, and the accelerating shift toward green energy. This study examines the role of sustainability and green energy in enabling green growth, with specific emphasis on the Business Responsibility and Sustainability Reporting (BRSR) framework mandated by the Securities and Exchange Board of India (SEBI) and its interface with capital markets, particularly the National Stock Exchange (NSE). Using exclusively open-source secondary data, including BRSR disclosures, sustainability indices, regulatory documents, and publicly available corporate reports, the study adopts a mixedmethod approach combining qualitative content analysis and descriptive analytical techniques. The analysis evaluates the depth, scope, and thematic focus of sustainability and green energy disclosures, assessing their alignment with green growth objectives such as low-carbon transition, resource efficiency, governance accountability, and long-term value creation. The findings indicate a clear strengthening of sustainability disclosures under the BRSR framework, with growing emphasis on renewable energy adoption, energy efficiency measures, emissions management, and governance oversight. The study concludes that BRSR functions not merely as a compliance mechanism but as an institutional catalyst for embedding sustainability and green energy considerations into corporate strategy and market behaviour. The paper contributes to the literature on sustainable finance and green growth by offering an integrated analytical perspective linking sustainability reporting, green energy transition, and capital market dynamics in the Indian context.

Author
Sai Shankar G Nair, Environmental Analyst & Researcher – ESG, Ecology & Climate Policy, Environment & Climate Action, National Productivity Council, New Delhi, India.
 

DOI : https://doi.org/10.32381/PROD.2026.66.04.08

Price: 251

Green Growth in the Tea Industrial Cooperative Societies

By: E. Bhaskaran

Page No : 412-425

Abstract
Green growth is an emerging paradigm in the agro-industrial sector, emphasising environmentally sustainable production, economic viability, and improved social well-being. Tea Industrial Cooperative Societies (INDCO), spread across the Nilgiri district, play a crucial role in supporting more than 25,000 small tea growers through decentralised processing infrastructure. This study analyses the potential of green growth in 16 INDCO tea factories using available data on establishment year, number of growers, acreage, green leaf processing capacity, processed tea production, and bulk tea output. A comparative-literature-driven framework was applied to assess sustainability indicators such as resource efficiency, land stewardship, energy use, waste reduction, and cooperative-inclusive growth. The findings indicate wide variations in productivity and green growth readiness across units. Highcapacity units such as Salisbury, Pandalur, Kundah, and Manjoor show stronger potential for green transformation, while smaller units require targeted interventions. The study proposes a roadmap for green growth focusing on renewable energy adoption, cleaner processing technologies, digital traceability, waste valorisation, capacity building, and climate-resilient smallholder practices.

Author
Dr. E. Bhaskaran, Joint Director (Engineering), Department of Industries & Commerce, Govt. of Tamil Nadu, India.
 

DOI : https://doi.org/10.32381/PROD.2026.66.04.09

Price: 251

Green Growth Through Cleaner Production in the Indian Vitrified Tile Manufacturing Industry: An Empirical Study

By: Natarajan Pratap

Page No : 426-436

Abstract
The Indian vitrified tile industry is energy and resource intensive, posing significant environmental challenges. This paper presents empirical findings from cleaner production (CP) assessment studies conducted by the National Productivity Council (NPC) in two vitrified tile manufacturing units in Gujarat. The study identifies process inefficiencies, quantifies material and energy losses, and evaluates CP options through techno-economic analysis. The results demonstrate that preventive CP measures lead to substantial reductions in raw material losses, energy consumption, emissions, and waste generation, while improving productivity and profitability. The study establishes cleaner production as a practical pathway for promoting green growth in energy-intensive manufacturing sectors.

Author
Natarajan Pratap, Director Grade I (Environment), National Productivity Council, Gandhinagar, Gujarat, India.
 

DOI : https://doi.org/10.32381/PROD.2026.66.04.10

Price: 251

Instruction to the Author

Manuscript Submission: 
                  The text should be addressed to
                  The Editor, PRODUCTIVITY, National Productivity Council,
                  Utpadakata Bhawan, Lodi Road, New Delhi - 110003.

                  Soft copies may be e-mailed at npcres@rediffmail.com

Ethical Statement:
The cover letter should include a written statement from the author(s) that:
•    The manuscript is an original research work and has not been published elsewhere including open access at the internet.
•    The data used in the research has not been manipulated, fabricated, or in any other way misrepresented to support the conclusions.
•    No part of the text of the manuscript has been plagiarised.
•    The manuscript is not under consideration for publication elsewhere.
•    The manuscript will not be submitted elsewhere for review while it is still under consideration for publication in the Productivity.

The cover letter should also include an ethical statement disclosing any conflict of interest that may directly or indirectly impart bias to the research work. Conflict of interest most commonly arises from the source of funding, and therefore, the name(s) of funding agency must be mentioned in the cover letter. In case of no conflict of interest, please include the statement that “the authors declare that they have no conflict of interest”.

General Guidelines:

•    The manuscript should be of about 5,000 words length. 
•    Tables,  illustrations,  charts,  figures,  exhibits,  etc., should   be   serially   numbered   and  typed  in  separate pages  and should  not  be  mixed  with   the   main   text. 
•    The Text should contain in the following order: an Abstract; Main Text of the Article; References; and Appendices (if appropriate). 
•    Manuscripts should be in single-column format, double-spaced with text in 11-point Arial/Times Roman font and with one-inch margins on all four sides of the page. Figs, pictures etc. should be more than 600 DPI resolutions.
•    The manuscripts should be with a Turnitin report (upto 10 % is acceptable).

Reference Style Guidelines:
•    Only those references which are actually utilized in the text should be included in the reference list.
•    In the text, references  should  be  cited  with  the  surname  of  the author(s) alongwith  the year of publication and  the page number,  all  in  brackets. 
•    If  there  are  more  than  one reference by the same author during any year, the year may  be  subscripted  with  ‘a’  or  ‘b’.  For  instance, reference may be given at the end of the sentence as: (Szendrovits, 1998a, p. 337). 
•    Reference list should  be  alphabetically arranged. Each reference should carry the surname of the  author,  followed  by  other  names,  the  title  of  the paper  in quotes,  the name of  the  journal underlined, volume and issue numbers, and the year of publication.
•    In the event of a book,  the  title should be  followed by  the publisher’s name and year of publication.
•    In the event of  a  report  from  an  organization,  the  name  of  the organization may be cited  in  the place of  the author.

Table Guidelines:
•    Tables should be numbered e.g., Table 1, consecutively and titled.
•    Sources of data need to be given below each table unless otherwise mentioned in the text.  
•    Each table should contain a short caption explaining the content of the table.
•    All tables column should have an explanatory heading.

 Figure and Artwork Guidelines:
•    Figures, Graphs, and Maps should be numbered using Arabic numerals.
•    Each figure should contain a short caption explaining the content of the figure.
•    At the end of the figure, the source of the figure must be mentioned clearly.

Accompanying Material:
The manuscripts should be accompanied by:
•    An abstract of the paper not exceeding 100 words.
•    A declaration that the paper is original and has not been submitted elsewhere for publication.
•    A note about the author(s) not exceeding 50 words.
•    Complete contact details; correspondence address with email and contact number

Copyright Transfer:
Once the manuscript is accepted for publication, the corresponding author will receive an E-mail informing about the acceptance of the article. The publication of an article in the “Productivity” means that the author(s) transfer the Copyright of the article to the Journal. 
 

All the manuscripts submitted for the Productivity should accompany a covering letter giving an undertaking following certain principles under Ethical Policy.

The cover letter should include a written statement from the author(s) that:
1. The manuscript is an original research work and has not been published elsewhere including open access at the internet.

2. The data used in the research has not been manipulated, fabricated, or in any other way misrepresented to support the conclusions.

3. No part of the text of the manuscript has been plagiarised.

4. The manuscript is not under consideration for publication elsewhere.

5. The manuscript will not be submitted elsewhere for review while it is still under consideration for publication in the Productivity.

The cover letter should also include an ethical statement disclosing any conflict of interest that may directly or indirectly impart bias to the research work. Conflict of interest most commonly arises from the source of funding, and therefore, the name(s) of funding agency must be mentioned in the cover letter. In case of no conflict of interest, please include the statement that  “the authors declare that they have no conflict of interest”.

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