Dr. Divya Gairola

Lloyd Institute of Engineering and Technology, Greater Noida

(Founder, Lloyd Eco Club 2024)

Message from Convener

Message from Dr. Divya Gairola

Associate Professor, Applied Science Department

The EcoClub is not just a space—it is a philosophy. It is where students take ownership of their nature, community, and country, cultivating a deep sense of belonging. My vision is to teach Environmental Studies (EVS) through a spiritual and holistic lens, reminding us that our surroundings are sacred and interconnected.

Through the EcoClub, we nurture awareness of the mindful use of resources and introduce the principles of sustainability. Students learn that as future technologists and professionals, every project must begin with sustainable practices. Together, we align our efforts with the United Nations Sustainable Development Goals (SDGs), especially:

Things To Know First

Our activities—plantation, cleanliness drives, hygiene awareness, and equality in education—are not just tasks, but spiritual acts of service to the planet. By inculcating these habits, students learn that technology and sustainability must walk hand in hand.

At its heart, the EcoClub is a foundation built by students, for students, where they contribute, participate, and care for the Earth with empathy and responsibility.

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SDG 3:

Good Health & Well-being – promoting hygiene and clean surroundings.

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SDG 4:

Quality Education – ensuring equal opportunities and environmental literacy.

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SDG 6:

Clean Water & Sanitation – encouraging mindful water use and cleanliness drives.

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SDG 10:

Reduced Inequalities – fostering inclusivity in all activities.

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SDG 13:

Climate Action – through plantation drives and eco-friendly initiatives.

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SDG 15:

Life on Land – protecting biodiversity and nurturing green spaces.

"We're stronger when we move forward together—let's turn this momentum into results."

Happy Learning

STUDENT OF LLOYD INSTITUTE OF ENGINEERING AND TECHNOLOGY

Lloyd Eco Club Digital Page Coordinator – DEVRISHI YADAV

Eco Club – Technology for a Greener Tomorrow

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Who We Are ?

Harsh Raj, Aanchal Bhargava, Madhav Aggarwal, and Nidhi Singh are proud members of the Eco Club, united by a shared belief: sustainability is not just a responsibility, but a commitment to innovation.

We believe that protecting the environment is not a choice—it is a duty we owe to future generations. Through teamwork, leadership, and dedication, we aim to turn small conscious actions into impactful change.

Our Mission

We envision a future where innovation and nature grow together—not at the cost of one another.

Create environmental awareness

Promote eco-friendly practices on campus and beyond

Actively contribute to environmental protection

Inspire youth to adopt sustainable lifestyles

sustainability

Technology Meets Sustainability

As technology enthusiasts and B.Tech CSE (AI & ML) students, we aim to implement green solutions in the tech domain by:

Our goal is simple yet powerful: use technology not just for advancement, but for environmental preservation and global well-being.

Personal Vision
(As an Eco Club Member)

As a member of the Eco Club and a B.Tech CSE (AI & ML) student, my personal mission is to blend technology with sustainability to create a greener tomorrow.

AI-based waste management systems

Energy-optimized smart applications

Digital awareness platforms that promote eco-friendly habits

Through innovation, responsibility, and collaboration, we can prove that technology can protect nature rather than harm it.

Our Inspiration

Being part of the Eco Club inspires us to grow not only as engineers, but as responsible guardians of the environment. We believe that real progress is measured not by how fast we advance, but by how sustainably we move forward.

“Innovate today, preserve tomorrow.”

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Project Significance

Lloyd Eco Club’s comprehensive initiatives have transformed campus sustainability efforts through multiple interconnected projects that create a holistic impact:

Green Plant Belt Project

  • Our flagship initiative creates lush green corridors across campus, significantly improving indoor air quality, reducing pollutants, and fostering eco-consciousness among students. This hands-on project teaches responsibility, teamwork, and the tangible connection between human action and environmental restoration.

DIY Recycle Project

  • The EVS BAS 204 DIY Recycling initiative empowers students to transform waste into creative solutions. By promoting sustainability, creativity, and resourcefulness, this project demonstrates that environmental responsibility is not just a duty but an opportunity for innovation. Students learn that every material has potential for regeneration.

Earth Day & Environment Day Celebrations

  • Annual celebrations create awareness about climate action, biodiversity conservation, and sustainable living practices. These events unite the campus community around shared environmental values and inspire collective action for planetary health.

Carbon Footprint Case Study

  • Students engage in real-world analysis of environmental impact, pledging to reduce their carbon footprint. This project bridges theory and practice, enabling data-driven decision-making for sustainable futures.

Collectively, these projects achieve: Improved air quality, enhanced mental well-being through green spaces, waste reduction, climate action participation, and most importantly—cultivating a generation of environmentally conscious technologists who understand that sustainability must be central to all innovation.

Green Plant Belt Project – Lloyd Institute of Engineering and Technology

green corridor

1. Significance of the Project

Enhances indoor air quality and reduces pollutants.
Promotes eco-conscious behavior among students.
Creates a visually appealing and calming learning environment.
Encourages students to take ownership of sustainable practices.
Acts as a hands-on extension of environmental education.
Aligns with Green Campus Initiatives and Swachh Bharat Abhiyan goals.

Corridor project

2. Process and Implementation Plan

Step 1: Orientation & Sensitization

Conduct awareness sessions on the benefits of indoor plants for environment and mental health.

Step 2: Plant Selection

Choose low-maintenance, air-purifying indoor plants like: Snake Plant, Money Plant, Spider Plant, Peace Lily, ZZ Plant.

Step 3: Group Formation

Students are divided into Green Squads for various campus zones.

Step 4: Setup & Plantation

Each group provides plants using eco-friendly pots; all plants are labeled with names and care instructions.

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“Green Corridor – Growing a Sustainable Path for Tomorrow.”

3. Maintenance Plan

Weekly care rota by students.
Record keeping of sunlight, watering, and growth.
Monthly review by faculty or eco-club members.
Use organic compost from college waste.

4. Expected Outcomes

Greener, healthier learning environment.
Hands-on student participation in sustainability.
Improved responsibility and teamwork.
Potential research data on plant growth or air quality.

5. Community & Nursery Collaboration

Local nurseries provide plants and workshops.
Community engagement via RWA partnerships and donations.

Physical & Mental Engagement

Activities like gardening, composting, and eco-creative projects encourage active participation and responsibility toward nature. They help relieve stress, enhance emotional well-being, and promote mindfulness. Working together on green initiatives also strengthens teamwork, communication, and environmental awareness.

Physical Activities

Mental & Emotional Benefits

Benefits of Corridor Plants

Improved Air Quality:

Removes CO₂ and indoor pollutants.

Noise Reduction:

Plants deflect sound, promoting focus.

Cooling Effect:

Natural temperature control through transpiration.

Mental Health:

Boosts mood, productivity, and reduces eye strain.

Educational Value:

Plants as tools for biology and sustainability topics.

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“Where Every Corridor Breathes Green.”

Recommended Plants for Corridor

Best Plants for Corridor (All-Season, Summer-Hardy, Low Maintenance)

1. Areca Palm (Dypsis lutescens)

  • Air purifier gives a tropical feel.
  • Thrives in indirect sunlight.
  • Needs watering 2–3 times/week in summer.

2. Snake Plant (Sansevieria trifasciata)

  • Super tough and survives heat and low light.
  • Excellent oxygen-producing plant, even at night.
  • Water only once a week.

3. Spider Plant (Chlorophytum comosum)

  • Very easy to grow, tolerant of heat and shade.
  • Removes carbon monoxide and other pollutants.
  • Needs minimal care.

4. Aloe Vera

  • Medicinal plant that thrives in sun and partial shade.
  • Very low water requirement.
  • Perfect for summer, heat-tolerant.

5. Money Plant (Pothos)

  • rows well in water or soil.
  • Can climb or hang; great for corridor walls.
  • Needs only moderate watering and light.

6. Rubber Plant (Ficus elastica)

  • Attractive large leaves; good air purifier.
  • Can tolerate both bright and low light.
  • Needs weekly watering in summer.

7. ZZ Plant (Zamioculcas zamiifolia)

  • Survives neglect, perfect for corridors.
  • Glossy leaves don’t require frequent watering.
  • Tolerates low light and heat.

Tips for Planting

Use pots with drainage holes and trays underneath.

Rotate plants and schedule regular watering.

Use indirect sunlight and minimal water as needed.

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Educational Integration

Use 5–10 minutes in class for:

Plant care and discussion.

Student “Green Talks.”

Link to topics like photosynthesis, air quality, sustainability, and waste management.

Message from Faculties

“A heartfelt thank you to each one of you for your enthusiastic participation in the Green Belt Indoor Plant Project. Every plant you’ve cared for is a step toward a cleaner, greener, and more conscious world—and you made it happen!”

EVS BAS 204 DIY Recycle Project

Section: D/E/F
Theme: Earth Day 2024 – “Planet vs. Plastics”

  • Things To Do:
    Hands-on activity (submit one recycled item)
  • Typed short report describing your activity and what you learned
  • Submission Due: 14th June 2024
  • Total Points: 20
  • Participation and submission are mandatory for all EVS students.
recycle project

Objective

DIY recycling projects promote sustainability, encourage creativity, build social bonds, save money, and reduce environmental waste.

Purpose

The purpose of DIY (Do-It-Yourself) recycling projects spans multiple benefits across environmental, educational, economic, and creative aspects.

Outcomes

Environmental Benefits
  • Waste Reduction: Helps minimize landfill waste.
  • Resource Conservation: Reuses materials, conserving natural resources.
  • Pollution Reduction: Less pollution compared to producing new products.
Educational Benefits
  • Increases awareness of environmental issues and recycling importance.
  • Develops skills like crafting, basic engineering, and creative problem-solving.
  • Links well with STEM education (Science, Tech, Engineering, Math).
Community & Social Benefits
  • Builds community spirit through shared eco-goals.
  • Teaches others via educational outreach and real-world learning.
  • Promotes teamwork and environmental responsibility.

Final Note

Through this project, students engage in hands-on recycling while making a positive impact on their surroundings—both socially and environmentally.

Our Gallery

Environment Day

Environment Day Celebration 2025

2025-26 (Bright Start)

CASE STUDY 2024-25

CARBON FOOTPRINT

carbon-footprints

Carbon Footprint Pledge

[ Individual Name/college name /branch /section ]

I [Your Organization/Individual Name], hereby pledge to take meaningful actions to reduce our carbon footprint and contribute to mitigating climate change. We recognize the urgency of the climate crisis and acknowledge our responsibility to act swiftly and decisively. BY signing I commit to taking concrete actions to reduce our carbon footprint and contribute to building a more sustainable and resilient future for our planet and future generations.

Case Study 2025-26

Club Members

Implementation

Orientation & awareness sessions
Selection of plants: Snake plant, Money plant, etc.
Zone-wise group formations
Eco-tagging and container reuse

Students driving change with NGOs working hand in hand to achieve the ADG and strengthen community bonds

Message from Club Members

“A heartfelt thank you to each one of you for your enthusiastic participation in the Green Belt Indoor Plant Project. Every plant you’ve cared for is a step toward a cleaner, greener, and more conscious world—and you made it happen!”

Benefits

Improved indoor air quality
Stress reduction & mindfulness
Eco-education through action
Boosts biodiversity and beautifies spaces

Contact Us

Address:

Lloyd Institute of Engineering and Technology, Greater Noida

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