New Version: ILMA/HR/19-21/ADM/XX60
Policy Created: March 09, 2017
Policy Reviewed: Nov 12, 2022

AIM

The primary objective of this policy is to ensure that ILMA University operates sustainably, with a dual focus on reducing energy consumption and environmental responsibility. This policy plays a pivotal role in enabling the university to meet its energy consumption obligations and objectives, providing a strategic framework for the development of energy management solutions.

Scope of Policy

This policy encompasses all aspects of energy consumption within the university's campus(es).

Policy Statement

Encourage departments to proactively procure energy-efficient appliances and equipment.

Evaluate existing systems, activities, and processes with the aim of reducing energy consumption.

Mandate the use of energy-efficient equipment in all new construction and major renovation projects.

ILMA University is committed to following energy conservation guidelines and policies provided by the Sindh Energy Department and the National Energy Efficiency & Conservation Authority (NEECA) in all new renovation and construction endeavors.

Incorporate energy efficiency and conservation topics into both undergraduate and postgraduate coursework.

Develop an energy-use monitoring program to record actual energy consumption for specific departments, campuses, and buildings.

Identify high-energy-use areas within the University in order to establish relevant objectives, targets, and action plans to mitigate energy waste.

Provide support for renewable energy and energy efficiency research initiatives and startups that demonstrate feasibility and practicality.

Promote educational and outreach efforts related to energy efficiency and innovation.

Organize off-campus and on-campus workshops, seminars, and conferences to raise awareness about the imperative need for energy conservation at the local and regional levels.

Foster collaborative initiatives with government agencies, community organizations, and businesses to bolster collective energy conservation efforts.

In order to ensure successful implementation of this policy, the University will establish benchmarks and measures of success, which will be assessed and updated biennially.

Definition

Energy Efficiency: This term pertains to the ratio of energy output to energy input, measuring the effectiveness of energy usage.
Energy Conservation: This refers to the deliberate efforts made to reduce the consumption of energy by employing strategies that minimize the utilization of energy services.

Steps:

Transition to LED Lights:
Replace All Incandescent and Fluorescent Lights With Energy-efficient Led Bulbs Across Campus Facilities, Including Classrooms, Offices, Corridors, and Outdoor Areas.
Ensure All New Constructions Are Designed With Led Lighting as the Standard.

Lighting Controls and Timers:
Install Motion Sensors, Occupancy Sensors, and Timers in Hallways, Bathrooms, and Other Less-frequented Areas to Automatically Turn Off Lights When Not in Use.

Solar Power Generation

Objective
To Harness Solar Energy as a Renewable and Sustainable Energy Source, Reducing Dependency on the Grid and Lowering Carbon Emissions.

Steps

Solar Panel Installation:
Install Solar Panels on the Roofs of Campus Buildings, Focusing on Those With High Energy Consumption.
Conduct a Feasibility Study to Determine Optimal Locations for Solar Panel Installation and Assess the Potential Energy Savings.
Set a Target for Solar Energy Production, Aiming to Contribute a Significant Portion (E.g., 30%) of the Campus’s Total Energy Needs.

Awareness and Education

Objective
To Raise Awareness Among Students, Staff, and Faculty About the Importance of Energy Conservation and the University’s Efforts to Promote Sustainable Energy Practices.

Steps

Workshops and Campaigns
Organize Regular Workshops and Campaigns on Energy Conservation, the Benefits of Low-energy Lighting, and Renewable Energy Sources Like Solar Power.

Incentives for Energy Efficiency
Create Incentives and Recognition Programs for Departments and Students Who Actively Participate in Energy-saving Initiatives.

Monitoring and Reporting

Objective
To Ensure the Continuous Evaluation of Energy Performance and Adjust Strategies Based on Measurable Results.

Steps

Energy Performance Monitoring
Install Smart Meters and Sensors to Track Energy Usage in Real Time.
Create a Centralized Monitoring System to Assess Energy Consumption Patterns and Identify Inefficiencies.

Future Goals and Expansion

Objective
To Expand and Continuously Improve the University’s Energy Sustainability Initiatives.

Green Campus Expansion
Work Towards Making the University Campus Fully Energy-neutral or Carbon-neutral Through Further Integration of Renewable Energy and Energy-efficient Technologies.

ILMA University, Building Operation, and Maintenance Activities Include Various Approaches to Ensure Efficient and Sustainable Management

Preventive Maintenance

Energy Audit
Regular Assessments Are Conducted to Identify and Reduce Probable Energy Wastage.

Predictive Maintenance
Solar Panel and Inverter Analysis: Reviews and Analysis of Solar Panels and Inverters Are Carried Out to Ensure They Operate Optimally, Maintaining Energy Efficiency.

Energy Efficiency Plans
Phase 1: Solar Panels Will Be Systematically Installed, to Transition Each Department's Electricity Consumption to Solar-based Power Generation.
Phase 2: Wind Power Generation Equipment Will Be Installed to Meet the Electricity Requirements of Garden Areas and Other Outdoor Lighting on Campus.
Phase 3: Deployment of Solar Panels With a Capacity of 150 Kilowatts Will Be Implemented in Our New Building to Further Enhance Renewable Energy Generation on Campus.

ILMA University is Committed to Reducing Its Overall Energy Consumption Through a Well-structured Energy Efficiency Plan. Here’s a Comprehensive Plan Ilma University Could Implement to Further Improve Energy Efficiency on Campus.

Conduct Regular Energy Audits

Objective
Identify Areas With High Energy Consumption and Inefficiencies.

Action
Perform Quarterly Energy Audits on All Campuses to Assess Energy Usage, Focusing on Lighting, Heating, Cooling, and Equipment Usage.

Outcome
Accurate Data to Guide Energy-saving Strategies and Optimize Resource Allocation.

Install Energy-Efficient Lighting

Objective
Reduce Energy Usage by Transitioning to Eco-friendly Lighting.

Action
Replace All Traditional Bulbs With Led or Energy-efficient Lighting in Classrooms, Hallways, Labs, and Outdoor Spaces. Sensors Can Be Installed in Low-traffic Areas to Automatically Turn Lights Off When Not in Use.

Outcome
Significant Reduction in Energy Consumption From Lighting, Contributing to a More Sustainable Campus.

Promote Renewable Energy Sources

Objective
Decrease Dependency on Non-renewable Energy Sources.

Action
Expand the Use of Solar Panels and Explore Wind Energy Options on Campus. Ilma Already Has Solar Panels, So Increasing Their Coverage and Optimizing Usage Can Further Reduce the Campus's Carbon Footprint.

Outcome
Reduction in Electricity Costs and a Cleaner, Renewable Source of Energy.

Implement Energy-Conscious Behavior Programs

Objective
Educate and Encourage Students, Faculty, and Staff to Adopt Energy-saving Habits.

Action
Conduct Regular Awareness Workshops and Place Informational Posters Around Campus to Remind the Community to Turn Off Lights, Computers, and Other Equipment When Not in Use. Initiate "Green Challenges" to Encourage Everyone to Contribute Actively.

Outcome
Cultivating a Culture of Energy Mindfulness, Leading to a Sustained Reduction in Energy Consumption.

Upgrade to Energy-Efficient Appliances

Objective
Reduce Energy Used by Outdated Equipment.

Action
Gradually Replace Old, Energy-intensive Appliances and Office Equipment With Energy-efficient Models in Laboratories, Kitchens, and Offices.

Outcome
Decreased Energy Usage From Equipment, Contributing to the University’s Sustainability Goals.

Introduce Smart Meters for Real-Time Monitoring

Objective
Track and Manage Energy Usage in Real-time for Better Control.

Action
Install Smart Meters in Various Buildings and Campus Zones to Monitor Energy Consumption and Identify Usage Patterns. Use the Data to Adjust Operations and Reduce Peak Usage.

Outcome
Greater Control Over Energy Usage, Allowing for Adjustments and Better Resource Planning.

1. Lighting
Lighting Type	Quantity	Power (kWh)	Usage (hrs/day)	Total Energy (kWh)
LED / Solar	250	50	10	31,250
2. HVAC (Heating, Ventilation, and Air Conditioning)
System Type	Quantity	Power (kWh)	Usage (hrs/day)	Total Energy (kWh)
Split AC (1.5 ton)	90	162	4	162,000
3. Office Equipment
Device	Quantity	Power of All Devices (kWh)	Usage (hrs/day)	Total Energy (kWh/day)
PC	200	40	2	20,000
Laptops	129	6	6	9,675
Printers	10	5	3	3,750
Scanners	4	0	1	100
Projectors	15	5	2	2,250

4. Appliances
Appliance	Quantity	Power (W)	Power (kW)	Usage (hrs/day)	Total Energy (kWh for 250 Days)
Microwave	2	1,000	1	4	2,000
Electric Kettle	4	1,500	2	2	3,000
Security Gate	1	300	0	4	300
Lawn Mower	1	1,500	2	2	750
Water Motor	2	750	1	3	1,125

Summary
Total Energy Consumption (kWh)				204,627
Potential Savings				35,000

Introduction

ILMA University is committed to reducing its carbon footprint and becoming a more sustainable institution. This plan outlines the university's goals and strategies for carbon management and emissions reduction.

Goals
The university's goals for carbon management and emissions reduction are to:

• Reduce greenhouse gas emissions by 50% by 2030
• Achieve carbon neutrality by 2050

Strategies
The university will achieve its goals through a combination of the following strategies:

• Energy Efficiency: The university will implement energy efficiency measures across its campus, such as upgrading lighting systems, installing insulation, and improving HVAC systems.
• Renewable Energy: The university will increase its use of renewable energy, such as solar and wind power.
• Transportation: The university will encourage students and staff to use sustainable transportation options, such as public transportation, biking, and walking.
• Waste Reduction: The university will reduce its waste production and increase its recycling and composting rates.
• Education And Outreach: The university will educate its students and staff about climate change and the importance of carbon management.

Implementation Plan
The university will implement this plan over the next five years. The following table outlines the key milestones:

Year	Milestone
2024	Conduct an energy audit of all campus buildings
2025	Implement energy efficiency measures in all campus buildings
2026	Install solar panels on all campus buildings
2027	Launch a sustainable transportation initiative
2028	Implement a waste reduction and recycling program
2029	Achieve 75% reduction in greenhouse gas emissions
2030	Achieve carbon neutrality

Monitoring and Evaluation
The university will monitor and evaluate its progress towards its carbon management and emissions reduction goals on an annual basis. The university will also track its progress towards its goals using the following metrics:

• Greenhouse gas emissions
• Energy consumption
• Renewable energy generation
• Sustainable transportation usage
• Waste production
• Recycling and composting rates

Conclusion
ILMA University is committed to reducing its carbon footprint and becoming a more sustainable institution. This plan outlines the university's goals and strategies for carbon management and emissions reduction. The university will implement this plan over the next five years and monitor and evaluate its progress on an annual basis.

Additional Considerations
In addition to the strategies outlined above, ILMA University could also consider the following:

• Investing in carbon offset projects
• Divesting from fossil fuels
• Developing a climate action plan for its research activities
• Partnering with other universities and organizations to reduce carbon emissions

By taking these steps, ILMA University can become a leader in sustainability and help to combat climate change.

Title	Publications Partnerships	Journal Name	Articles
The Dynamic Impact of Energy Productivity and Economic Growth on Environmental Sustainability in South European Countries	Chongqing College of Humanities, Science & Technology, China; Sichuan Tourism University, China; European University of Lefke, Turkey	Gondwana Research	Article Link
Analyzing the Factors Contribute to Achieving Sustainable Development Goals in Pakistan: a Novel Policy Framework	Newcastle University, United Kingdom; Mirpur University of Science and Technology (MUST), Pakistan; University of Ha'il, Saudi Arabia	Energy Strategy Reviews	Article Link
Transport Infrastructure, Economic Growth, and Transport CO2 Emissions Nexus: Does Green Energy Consumption in the Transport Sector Matter?	Nanjing University, China; Universidad Espíritu Santo, Ecuador; Bahria University, Pakistan	Environmental Science and Pollution Research	Article Link
Importance of Institutional Quality and Technological Innovation to Achieve Sustainable Energy Goal: Fresh Policy Insights	Zhengzhou University, China; Mirpur University of Science and Technology (MUST), Pakistan; Najran University, Saudi Arabia	Journal of Innovation and Knowledge	Article Link
Pollution Haven or Halo? How European Countries Leverage FDI, Energy, and Human Capital to Alleviate Their Ecological Footprint	Prince Sultan University, Saudi Arabia; University of Sharjah, UAE; Wuhan University, China; Sunway University, Malaysia	Gondwana Research	Article Link
Digital Finance and Green Growth in China: Appraising Inclusive Digital Finance Using Web Crawler Technology and Big Data	Xinjiang University, China	Technological Forecasting and Social Change	Article Link
Discovering Capital Structure Determinants for SAARC Energy Firms	Universiti Teknologi MARA Cawangan Selangor, Malaysia; Academic Research and Development Wing, UAE	International Journal of Energy Economics and Policy	Article Link
Environmental Concerns in the United States: Can Renewable Energy, Fossil Fuel Energy, and Natural Resources Depletion Help?	Anhui University of Finance & Economics, China; Mirpur University of Science and Technology (MUST), Pakistan; University of Ha’il, Saudi Arabia	Gondwana Research	Article Link
What's at Stake? The Empirical Importance of Government Revenue and Debt and Renewable Energy for Environmental Neutrality in the US Economy	University of Sialkot, Pakistan; Shandong University of Finance and Economics, China; Cyprus International University, Turkey	Renewable Energy	Article Link
Does Green Finance Improve Carbon Emission Efficiency? Experimental Evidence From China	Shanghai Business School, China; Xinjiang University, China	Environmental Science and Pollution Research	Article Link
Employing Bibliometric Analysis to Identify the Current State of the Art and Future Prospects of Electric Vehicles	Wuhan University of Technology, China; Dalian Maritime University, China; University of Catania, Italy	Energies	Article Link
Does Economic Policy Uncertainty, Energy Transition, and Ecological Innovation Affect Environmental Degradation in the United States?	Shandong University, China; Gombe State University, Nigeria; Universidad Espíritu Santo, Ecuador	Economic Research-Ekonomska Istrazivanja	Article Link
Sustainable Green Electricity, Technological Innovation, and Ecological Footprint: Does Democratic Accountability Moderate the Nexus?	Nanjing University, China; Lebanese American University, Lebanon; Osmaniye Korkut Ata University, Turkey	Utilities Policy	Article Link
Analyzing the Role of Green Innovation and Public-private Partnerships in Achieving Sustainable Development Goals: a Novel Policy Framework	Shandong University of Finance and Economics, China; Mirpur University of Science and Technology (MUST), Pakistan; Universidad Espíritu Santo, Ecuador	Environmental Science and Pollution Research	Article Link
Reliable Resource Allocation and Management for IoT Transportation Using Fog Computing	Hazara University Mansehra, Pakistan; COMSATS University Islamabad, Pakistan	Electronics (Switzerland)	Article Link
Striving Towards Carbon Neutrality in Emerging Markets: the Combined Influence of International Tourism and Eco-friendly Technology	University of Lagos, Nigeria	International Journal of Sustainable Development and World Ecology	Article Link
Toward Fostering Environmental Innovation in OECD Countries: Do Fiscal Decentralization, Carbon Pricing, and Renewable Energy Investments Matter?	Ural Federal University, Russia; Cyprus International University, Turkey; Goa Institute of Management, India	Gondwana Research	Article Link
Moving Towards Sustainability: How Do Low-carbon Energy, Current Account Balance, and Reserves Induce Environmental Deterioration in the Big 3?	Bahauddin Zakariya University, Pakistan; The Islamia University of Bahawalpur, Pakistan; The University of Lahore, Pakistan	Environmental Science and Pollution Research	Article Link
Unleashing the Influence of Natural Resources, Sustainable Energy, and Human Capital on Consumption-based Carbon Emissions in G-7 Countries	Xi'an Jiaotong University, China; Leshan Normal University, China; Australian National University, Australia	Resources Policy	Article Link
Revisiting the Environmental Kuznetz Curve and Pollution Haven Hypothesis in N-11 Economies: Fresh Evidence From Panel Quantile Regression	Allameh Tabataba'i University, Iran; University of Castilla-La Mancha, Spain	Environmental Research	Article Link
Modeling the Linkage Between Climate-tech, Energy Transition, and Co2 Emissions: Do Environmental Regulations Matter?	Shandong University of Technology, China; University of International Business and Economics, China; Dalian University of Technology, China	Gondwana Research	Article Link
What Drives the Green Transformation of Enterprises? A Case of Carbon Emissions Trading Pilot Policy in China	Xinjiang University, China	Environmental Science and Pollution Research	Article Link
Determinants of Environmental Quality in India: Evidence Using the Bootstrapped ARDL Model With Structural Breaks	North South University, Bangladesh; Universidad Espíritu Santo, Ecuador; The Islamia University of Bahawalpur, Pakistan	Environmental Science and Pollution Research	Article Link
Towards Environmental Sustainability in E−7 Countries: Assessing the Roles of Natural Resources, Economic Growth, Country Risk, and Energy Transition	Shandong University of Technology, China; Lyon Catholic University, France; Universidad Espíritu Santo, Ecuador	Resources Policy	Article Link
Dynamic and Threshold Effects of Energy Transition and Environmental Governance on Green Growth in COP26 Framework	Sunway University, Malaysia; University of Sharjah, UAE	Renewable and Sustainable Energy Reviews	Article Link
Assessing the Nexus Between Human Capital, Green Energy, and Load Capacity Factor: Policymaking for Achieving Sustainable Development Goals	Nanjing University, China; Universidad Espíritu Santo, Ecuador; Shandong University of Technology, China	Gondwana Research	Article Link
Analyzing the Impact of Foreign Direct Investment, Energy Consumption on Services Exports, and Growth of the Services Sector: Evidence From SAARC Countries	Jiangsu Open University, China; University Aurel Vlaicu of Arad, Romania	Journal of the Knowledge Economy	Article Link
Assessing the Role of Sustainable Strategies in Alleviating Energy Poverty: an Environmental Sustainability Paradigm	North China Electric Power University, China; Czestochowa University of Technology, Poland	Environmental Science and Pollution Research	Article Link
What Derives Renewable Energy Transition in G-7 and E-7 Countries? The Role of Financial Development and Mineral Markets	University of Lahore, Pakistan; CAREC Institute, China; Beijing Institute of Technology, China	Energy Economics	Article Link
Can Renewable Energy Technology Innovation Promote Mineral Resources’ Green Utilization Efficiency? Novel Insights From Regional Development Inequality	Xiangtan University, China; Sunway University, Malaysia	Resources Policy	Article Link
Examining Capital Structure Determinants for ASEAN Energy Firms	Universiti Teknologi MARA, Malaysia; Academic Research and Development Wing, Dubai, United Arab Emirates	International Journal of Energy Economics and Policy	Article Link
Greening Brazil, Russia, India, China and South Africa (BRICS) Economies: Assessing the Impact of Electricity Consumption, Natural Resources, and Renewable Energy on Environmental Footprint	Hainan University, China; University of Azad Jammu and Kashmir, Pakistan; Cyprus International University, Turkey	Natural Resources Forum	Article Link
Does Green Growth in E-7 Countries Depend on Economic Policy Uncertainty, Institutional Quality, and Renewable Energy? Evidence From Quantile-based Regression	Chengdu University of Technology, China; Sunway University, Malaysia; Thuongmai University, Viet Nam	Geoscience Frontiers	Article Link
A Causal Article Link Between Financialization and Ecological Status: a Novel Framework for Asian Countries?	University of the Punjab, Lahore, Pakistan; Higher Education Department, Punjab, Pakistan; University of the Punjab, Pakistan	Environmental Science and Pollution Research	Article Link
A Blessing or a Burden? Assessing the Impact of Climate Change Mitigation Efforts in Europe Using Quantile Regression Models	University G'd Annunzio Chieti-Pescara, Italy; Lanzhou University, Lanzhou, China; University of Brescia, Italy	Energy Policy	Article Link
CO2 Intensity of GDP, Energy Productivity and Environmental Degradation in Iceland: Evidence From Novel Fourier Based Estimators	European University of Lefke, Turkey	Energy Sources, Part B: Economics, Planning and Policy	Article Link
Does Tourism Increase Energy Consumption in BRICS Countries?	University of International Business and Economics, China; University of Sargodha, Pakistan	Journal of Tourism Management Research	Article Link
Unleashing the Impact of Ecological Civilization Pilot Policies on Green Technology Innovation: Evidence From a Novel SC-did Model	Anhui University of Finance and Economics, China; Guizhou University of Finance and Economics, China; School of Business, Wenzhou University, China	Energy Economics	Article Link
Economic Development, Social Media Awareness, and Technological Innovation in Biogas Sector Under Climate Change in the Post-COVID-19 Pandemic Conditions	North China Electric Power University, China	Environmental Science and Pollution Research	Article Link
Sustainable Green Revolution Through the Development of Solar Power Projects in Pakistan: a Techno-economic Analysis	North China Electric Power University, China; Jiangsu University, People's Republic of China	Environmental Science and Pollution Research	Article Link
Neutralizing the Surging Emissions Amidst Natural Resource Dependence, Eco-innovation, and Green Energy in G7 Countries: Insights for Global Environmental Sustainability	Guilin University of Electronic Technology, China; University of Lagos, Nigeria; Lingnan University, China University, Northern Cyprus, Turkey	Journal of Environmental Management	Article Link
Modeling the Impact of Energy Poverty on Income Poverty, Health Poverty, Educational Poverty, and Environmental Poverty: a Roadmap Towards Environmental Sustainability	North China Electric Power University, China; Jiangsu University, People's Republic of China	Environmental Science and Pollution Research	Article Link
Alleviating the Role of Energy Innovation on Resource Curse: a Case of OECD Countries	Guilin University of Electronic Technology, China; Inner Mongolia University, China; University of International Business and Economics, China	Carbon Management	Article Link
Relating Biogas Technology and Environmental Impact Assessment: a Roadmap Towards Clean Energy for Environmental Sustainability	North China Electric Power University, China; Leshan Normal University, China	Environmental Science and Pollution Research	Article Link
Environmental Quality and Energy Transition Prospects for G-7 Economies: the Prominence of Environment-related ICT Innovations, Financial and Human Development	Shandong University, China; New Uzbekistan University, Uzbekistan; Ural Federal University, Russian Federation	Journal of Environmental Management	Article Link
Exploring Capital Structure Determinants for OECD Energy Firms	Universiti Kuala Lumpur, Malaysia; Academic Research and Development Wing, United Arab Emirates	International Journal of Energy Economics and Policy	Article Link
When Will China’s Industrial Carbon Emissions Peak? Evidence From Machine Learning	Shanghai, China; Xinjiang University, China	Environmental Science and Pollution Research	Article Link
Correction to: Can New Energy Demonstration City Policy Reduce Carbon Emissions? A Quasi‑natural Experiment From China	Xinjiang University, China	Environmental Science and Pollution Research	Article Link
Energy Efficiency Augmentation in UWA-OFDM Transducer by Peak to Average Power Ratio Alleviation Through Hybrid Companding Approach	South China University of Technology, China; University of Genoa, Genoa, Italy; University Islamabad, Lahore, Pakistan	Transactions on Emerging Telecommunications Technologies	Article Link
The Asymmetric and Long-run Effect of Environmental Innovation and CO2 Intensity of GDP on Consumption-based CO2 Emissions in Denmark	European University of Lefke, Lefke, Turkey	Environmental Science and Pollution Research	Article Link
Determining the Influencing Factors of Consumers’ Attitude Toward Renewable Energy Adoption in Developing Countries: a Roadmap Toward Environmental Sustainability and Green Energy Technologies	North China Electric Power University, China; International Black Sea University, Georgia	Environmental Science and Pollution Research	Article Link
Does Clean Energy Matter? The Dynamic Effects of Different Strategies of Renewable Energy, Carbon Emissions, and Trade Openness on Sustainable Economic Growth	University of Southampton, United Kingdom; University of Finance and Economics, Jinan; International Islamic University Islamabad, Pakistan; Foundation University, Pakistan	Environment, Development and Sustainability	Article Link
The Current Developments and Future Prospects of Solar Photovoltaic Industry in an Emerging Economy of India	Nanjing University of Information Science and Technology (NUIST); North China Electric Power University, China; Qujing Normal University, China	Environmental Science and Pollution Research	Article Link
Re-investigating the Impact of Non-renewable and Renewable Energy on Environmental Quality: a Roadmap Towards Sustainable Development	Universiti Malaysia Terengganu, Malaysia; University of Vigo, Spain; Poznan University of Economics and Business, Poland	Resources Policy	Article Link
Role of Renewable Energy and Fiscal Policy on Trade Adjusted Carbon Emissions: Evaluating the Role of Environmental Policy Stringency	Guangxi Normal University, China; Dhofar University, Sultanate of Oman; Qujing Normal University, China	Renewable Energy	Article Link
Assessment of Renewable Energy, Financial Growth and in Accomplishing Targets of China's Cities Carbon Neutrality	Fuzhou University of International Studies and Trade, China; Xi'an University of Architecture and Technology, China; Foshan University, China	Renewable Energy	Article Link
Evaluating the Environmental Impact and Economic Practicability of Solar Home Lighting Systems: a Roadmap Towards Clean Energy for Ecological Sustainability	North China Electric Power University, China; Superior University Sargodha Campus, Pakistan	Environmental Science and Pollution Research	Article Link
Assessing the Competitiveness of Indian Solar Power Industry Using the Extended Five Forces Model: a Green Innovation Perspective	North China Electric Power University, Beijing, China; Shandong University, China	Environmental Science and Pollution Research	Article Link
Modeling the Asymmetric Effects of Renewable and Nonrenewable Energy Consumption and Financial Development on CO2 Emissions in India: Empirical Findings From the NARDL and Wavelet Coherence Approach	Aligarh Muslim University, India	Environmental Science and Pollution Research	Article Link
The Role of Energy, Political Stability, and Real Income on Achieving Carbon Neutrality: Asymmetric Evidence	Bahçeşehir Cyprus University, Turkey; Research Department, Central Bank of Nigeria, Abuja, Nigeria; European University of Lefke, Turkey	Environmental Science and Pollution Research	Article Link
Assessing Thermo-physical Products’ Efficiency in the Building and Construction Industry: a Bibliometric Analysis Approach	SRM Institute of Science and Technology, India	Environmental Science and Pollution Research	Article Link
A Different Look at the Environmental Kuznets Curve From the Perspective of Environmental Deterioration and Economic Policy Uncertainty: Evidence From Fragile Countries	Harran University, Turkey; Gümüşhane University, Turkey; Al-Qasimia University, United Arab Emirates	Environmental Science and Pollution Research	Article Link
Assessing Eco-label Knowledge and Sustainable Consumption Behavior in the Energy Sector of Pakistan: an Environmental Sustainability Paradigm	North China Electric Power University, China; University, Beijing, China	Environmental Science and Pollution Research	Article Link
Unleashing the Dynamic Impact of Tourism Industry on Energy Consumption, Economic Output, and Environmental Quality in China: a Way Forward Towards Environmental Sustainability	Shandong University, China; CAREC Institute Urumqi, China; Beijing Institute of Technology, China	Journal of Cleaner Production	Article Link
Do Globalization and Human Capital an Opportunity or Threat to Environmental Sustainability? Evidence From Emerging Countries	University of the Punjab, Pakistan; University of Narowal, Pakistan; University of Economics and Human Sciences in Warsaw, Poland	Journal of Cleaner Production	Article Link
Role of Economic Uncertainty, Financial Development, Natural Resources, Technology, and Renewable Energy in the Environmental Phillips Curve Framework	University of Business and Technology, Saudi Arabia; University of Foreign Studies, People's Republic of China; University of Economics and Human Sciences in Warsaw, Poland	Journal of Cleaner Production	Article Link
Central Inspections of Environmental Protection and Transition for Low-carbon Chinese Cities: Policy Intervention and Mechanism Analysis	University of Economics and Human Sciences in Warsaw, Poland; China Medical University, Taiwan; Xinjiang University, Xinjiang, PR China	Energy Economics	Article Link
The Role of Eco-innovation, Renewable Energy Consumption, Economic Risks, Globalization, and Economic Growth in Achieving Sustainable Environment in Emerging Market Economies	Academic Research and Development Wing, Dubai, United Arab Emirates; University of International Business and Economics, China	Environmental Science and Pollution Research	Article Link
Analyzing the Impact of Renewable Energy and Green Innovation on Carbon Emissions in the Mena Region	University of Ha’il, Saudi Arabia; Amity University Dubai, UAE; University of Pitesti, Romania	Energies	Article Link
Assessing the Supply Chain Management of Waste-to-energy on Green Circular Economy in China: an Empirical Study	Dongguan City University, China; Government College University of Faisalabad, Pakistan	Environmental Science and Pollution Research	Article Link
Assessing and Prioritizing Biogas Barriers to Alleviate Energy Poverty in Pakistan: an Integrated Ahp and G-TOPSIS Model	North China Electric Power University, China	Environmental Science and Pollution Research	Article Link
Aging and Carbon Emissions in Asian Economies: Policy Recommendation From Panel Quantile Regression	Asian Development Bank Institute, Japan	Geological Journal	Article Link
Natural Resources Policy Making Through Finance? The Role of Green Finance on Energy Resources Poverty	Hunan University, China; South China University of Technology, China; Beijing Institute of Technology, China	Resources Policy	Article Link
Can Bioenergy Act as an Entrepreneurial Opportunity for the Sustainable Economic Development of an Emerging Economy? A Socio-technical Approach	North China Electric Power University, China; Guizhou University of Finance and Economics, China	Environmental Science and Pollution Research	Article Link
Electric Vehicles Charging Infrastructure Planning: a Review	Dalian Maritime University, China; Qassim University, Buraydah, Saudi Arabia; University of British Columbia, Canada	International Journal of Green Energy	Article Link
The Dynamic Effects of Foreign Direct Investment Services and Energy Consumption on the Information and Communication Technology Sector	Institute of Business Management, Pakistan; Lambung Mangkurat University, Indonesia; Cag University, Mersin, Turkey	International Journal of Energy Economics and Policy	Article Link
Investigating the Impact of Environmental Governance, Green Innovation, and Renewable Energy on Trade-adjusted Material Footprint in G20 Countries	University of Sharjah, United Arab Emirates; Lebanese American University, Lebanon; Fudan University, China	Resources Policy	Article Link
A Safe Path Towards Carbon Neutrality by 2050: Assessing the Impact of Oil and Gas Efficiency Using Advanced Quantile-based Approaches	Dongbei University of Finance and Economics, China; Macau University of Science and Technology, China; Cyprus International University, Turkey	Journal of Cleaner Production	Article Link
Inclusivity Between Internet Development and Energy Conservation in Henan, China	State Grid Henan Economic Research Institute, China	Energy Efficiency	Article Link
Can New Energy Demonstration City Policy Reduce Carbon Emissions? A Quasi-natural Experiment From China	Xinjiang University, China	Environmental Science and Pollution Research	Article Link
Connectedness and Portfolio Management Between Renewable Energy Tokens and Metals: Evidence From Tvp-var Approach	Lebanese American University, Lebanon; Dongbei University of Finance and Economics, China	Energy Economics	Article Link
Denim Enumeration and Tabulation Solution for the Garments Manufacturing Environment	Hamdard University, Pakistan; Dawood University of Engineering and Technology, Pakistan	International Journal of Electronic Security and Digital Forensics	Article Link
Impact of Economic Policy Uncertainty and Renewable Energy on Environmental Quality: Testing the LCC Hypothesis for Fast-Growing Economies	University of Sanya, China; Thuongmai University, Vietnam; National College of Business Administration and Economics, Pakistan	Environmental Science and Pollution Research	Article Link
Testing the Environmental Kuznets Curve (Ekc) Hypothesis Amidst Climate Policy Uncertainty: Sectoral Analysis Using the Novel Fourier Ardl Approach	Yancheng Institute of Technology, China; Fuyang Normal University, China; Wuhan University of Technology, China	Environment, Development and Sustainability	Article Link
Economic Complexity and Environmental Sustainability in Eastern European Economy: Evidence From Novel Fourier Approach	European University of Lefke, Lefke, Turkey; Kirsehir Ahi Evran University, Turkey; European University of Lefke, Turkey	Regional Sustainability	Article Link
Assessing the Impact of Human Capital, Renewable Energy, Population Growth, Economic Growth, and Climate Change Policies on Achieving the Sustainable Development Goals	North China Electric Power University, Changping, People’s Republic of China; Xi’an International University, People’s Republic of China	Environmental Science and Pollution Research	Article Link
Does Biogas Energy Influence the Sustainable Development of Entrepreneurial Business? An Application of the Extended Theory of Planned Behavior	North China Electric Power University, China; Beijing Institute of Technology, China	Environmental Science and Pollution Research	Article Link
Solar PV Adoption at Household Level: Insights Based on a Systematic Literature Review	University of Vaasa, Finland; University of Chinese Academy of Sciences, China	Energy Strategy Reviews	Article Link
Determinants of Sustainable Energy in OECD Countries: Role of Technology and Financial Resources	Nanjing Tech University, China; Guilin University of Electronic Technology, China; Nankai University, China	Resources Policy	Article Link
Sustainable Growth, Political Risk and Carbon Footprint: Do Energy Transition and Financial Expansion Matter?	Cheye (Hangzhou) Network Technology Co., Ltd., China; Internal Audit Department, Bank of Jiangsu, China; European University of Lefke, Turkey	Politicka Ekonomie	Article Link
Impact of Transportation Infrastructure and Urbanization on Environmental Pollution: Evidence From Novel Wavelet Quantile Correlation Approach	University of Engineering & Technology, Lahore, Pakistan; Sunway University, Malaysia	Environmental Science and Pollution Research	Article Link
Fiscal Decentralization, Energy Security, Economic Growth, and Tourism Nexus: Evidence From Big Six Economies	University of Sargodha, Pakistan; China Agriculture University, China; Academic Research and Development Wing, Dubai, United Arab Emirates	Journal of Tourism Management Research	Article Link
The Dynamic Relationship Between Multidimensional Energy Poverty and Social Wellbeing	Zhuhai College of Science and Technology, China; Nanchang Institute of Science and Technology, China	Social Indicators Research	Article Link
Evaluating the Determinants of Load Capacity Factor in Japan: the Impact of Economic Complexity and Trade Globalization	Bahçeşehir Cyprus University, Turkey; Cyprus International University, Turkey; European University of Lefke, Turkey	Natural Resources Forum	Article Link
Rising Energy Demand in Emerging Countries and the Effect of Exchange Rates: an Application of the QARDL Model	Wenzhou Business College, China; Sukkur IBA University, Sukkur, Pakistan; Ludong University, Yantai, China	Energy Efficiency	Article Link
Techno-economic Analysis of Biogas Production From Domestic Organic Wastes and Locally Sourced Material: the Moderating Role of Social Media Based-awareness	North China Electric Power University, China; University of Science and Technology Beijing, China	Environmental Science and Pollution Research	Article Link
From Turbulence to Resilience: a Bibliometric Insight Into the Complex Interactions Between Energy Price Volatility and Green Finance	Sunway University, Malaysia	Energy	Article Link

ILMA University Hosted a Seminar Focused on the Critical Issue of Carbon Emissions and Their Environmental Impact, Attracting 130 Participants, Including Students, Faculty, and Industry Experts. The Event Emphasized the Urgent Need for Collective Action to Combat Climate Change and Align With Sustainable Development Goal 7 (Affordable and Clean Energy). Expert Speakers Shared Insights on the Sources and Consequences of Carbon Emissions and Effective Mitigation Strategies. Participants Engaged in Interactive Sessions to Explore Innovative Solutions and the Role of Renewable Energy in Reducing Reliance on Fossil Fuels. The Seminar Reinforced the University's Commitment to Environmental Responsibility and Inspired Attendees to Adopt Sustainable Practices, Contributing to a Greener Future.

ILMA University Recently Conducted a Comprehensive Workshop on Renewable Energy Tailored for the Local Community, Emphasizing the Importance of Sustainable Energy Sources in Today's World. The Workshop Aimed to Raise Awareness About the Environmental Impact of Conventional Energy Practices and Presented Renewable Energy as a Viable, Cleaner Alternative. Experts Introduced Attendees to Solar, Wind, and Discussing Their Advantages in Reducing Pollution. The Workshop Included a Hands-on Demonstration on Harnessing Solar Energy Through Panels, Highlighting How Such Systems Can Power Everyday Needs. This Initiative Reflected ILMA University’s Commitment to Empowering the Community With Knowledge of Sustainable Practices, Fostering an Understanding of How Individuals and Businesses Can Shift to More Eco-friendly Energy Sources.

Community Members Also Learned About Government Incentives and Potential Cost Savings, Helping Them Understand the Economic Benefits Alongside the Environmental Impact. The Workshop Emphasized ILMA University’s Vision to Act as a Catalyst for Change by Providing the Local Population With Tools and Knowledge to Take Actionable Steps Toward a Sustainable Future. With a Strong Focus on Real-life Examples, ILMA University’s Workshop Not Only Provided Valuable Insights but Also Inspired the Community to Contribute Positively to the Environment, Aligning With Global Sustainability Goals.

ILMA University’s Awareness Campaign on Solar Energy Aimed to Empower the Community With Knowledge About the Benefits and Accessibility of Solar Power. Through a series of Workshops, Seminars, and Hands-on Demonstrations, the University Highlighted How Solar Energy Can Reduce Carbon Footprints, Lower Energy Costs, and Contribute to a More Sustainable Future. Participants Learned About the Functionality and Efficiency of Solar Panels, Observing How They Generate Clean Energy for Daily Use.

The Campaign Also Addressed Common Concerns Around the Cost and Feasibility of Solar Energy, Presenting It as an Accessible and Viable Option for Both Residential and Commercial Settings. Expert Speakers Discussed Government Subsidies and Financing Options That Make Solar Technology More Affordable, Emphasizing the Long-term Savings It Can Provide.

ILMA University’s Initiative Not Only Educated the Community but Also Inspired Them to Consider Solar Energy as a Practical, Eco-friendly Alternative. This Aligns With ILMA’s Commitment to Environmental Sustainability and Its Role as a Leader in Promoting Renewable Energy Practices.

ILMA University Hosted an Insightful Sustainability Webinar on the "Environmental GAP," Focusing on the Urgent Need to Address Disparities Between Current Environmental Practices and Sustainable Development Goals. The Webinar Covered Pressing Topics Such as Resource Depletion, Pollution, and Biodiversity Loss, Highlighting How These Issues Contribute to the Growing Environmental GAP. Experts Discussed Actionable Strategies to Minimize These Impacts, Emphasizing Eco-friendly Practices, Renewable Energy Use, and Sustainable Resource Management as Ways to Bridge the Gap.