Training Session
Choose Techazar for expert e-waste recycling solutions. We
responsibly handle electronic waste, ensuring safe disposal
and resource recovery.
RECYCLER
E-WASTE
Sustainable E-Waste Management
❖Electronic waste, or e-waste, encompasses discarded electronic devices nearing
the end of their life cycle. E-waste includes items like smartphones, laptops, desktop
computers, televisions, and other electronics.
WHAT IS E WASTE AND ITS
GLOBAL STATISTICS?
❖Globally, more than 50 million tons of e-waste are produced each year,
equivalent to the weight of all commercial aircraft ever built.
❖E-waste is the fastest-growing waste stream, increasing by 21% in just five
years.
TYPES OF E WASTE
Types Of Electronics That Become E-Waste
Consumer Electronics
IT Equipment
Mobile phones, tablets, digital cameras, and MP3 players
are commonly replaced items.
Computers, monitors, printers, and peripherals contribute
significantly to e-waste.
Home Appliances
Refrigerators, washing machines, air conditioners, and
microwaves are part of e-waste streams.
Entertainment Devices
Televisions, gaming consoles, DVD players, and audio
systems become e-waste after use.
THE LIFECYCLE OF
ELECTRONICS
Creation Of Devices: Electronics are manufactured
using raw materials like metals, plastics, and
semiconductors.
Manufacturing Phase
Assembly Process: Components are assembled to form
devices in factories before distribution.
Market Introduction: New devices are launched
frequently to meet consumer demands for innovation.
THE LIFECYCLE OF
ELECTRONICS
Consumer Adoption: Electronics enter households and
businesses for daily use.
Usage Phase
Technological Advancements: Rapid advancements lead to
shorter device lifespans as newer models emerge.
Upgrades and Replacements: Consumers upgrade devices or
replace them with newer models, contributing to e-waste
generation.
THE LIFECYCLE OF
ELECTRONICS
End-of-Life: Devices reach the end of their usefulness
due to malfunctions, obsolescence, or damage.
Disposal Phase
Waste Generation: Discarded electronics become e-
waste, adding to the global waste stream.
Environmental Impact: Improper disposal harms the
environment through pollution and resource wastage.
Used in semiconductors and batteries,
cadmium is harmful to kidneys and bones,
causing renal dysfunction, osteoporosis,
anemia, and lung damage.
Brominated Flame
Retardants
HAZARDOUS SUBSTANCES IN E-WASTE
Present in switches and batteries, mercury
poses risks to the nervous system, leading
to tremors, insomnia, memory loss, and
cardiovascular issues.
Mercury
Found in plastics and electrical
components, these substances
can disrupt hormone function, impact
brain development, and
lead to thyroid disorders.
Present in cables and insulation, PVC
releases toxic fumes when burned,
contributing to respiratory issues and liver
damage.
Polyvinyl Chloride (PVC)
Cadmium
Found in circuit boards and CRT monitors,
lead can cause neurological damage,
developmental delays, cognitive
impairments, and hypertension.
Lead
Toxic In E
Waste
Hg
PVC
Cd
BFRs Pb
GO THE IMPACT OF E-WASTE ON THE
ENVIRONMENT SOMEWHERE YOU'VE
NEVER BEEN
Toxins Release: Improper disposal releases hazardous
substances into the soil.
Agricultural Risks: Contaminated soil affects crop growth,
reduces yields, and compromises food safety.
Groundwater Pollution: Toxins leach into groundwater,
affecting drinking water sources and aquatic ecosystems.
SOIL CONTAMINATION
GO THE IMPACT OF E-WASTE ON THE
ENVIRONMENT SOMEWHERE YOU'VE
NEVER BEEN
Chemical Leaching: Hazardous chemicals from e-waste
contaminate water bodies.
Ecosystem Disruption: Polluted water disrupts aquatic
ecosystems, threatening biodiversity and ecosystem balance.
Human Health Impact: Contaminated water sources pose health
risks to communities reliant on these water supplies.
WATER POLLUTION
GO THE IMPACT OF E-WASTE ON THE
ENVIRONMENT SOMEWHERE YOU'VE
NEVER BEEN
Burning E-Waste: It releases pollutants into the air, contributing to
air quality degradation.
Toxic Fumes: Burning plastics and electronic components emit toxic
fumes, impacting respiratory health.
Climate Impact: Emissions from e-waste burning contribute to
greenhouse gas emissions and climate change.
AIR POLLUTION
HEALTH RISKS OF E-
WASTE
• Respiratory Issues
• Skin Disorders
• Neurological Disorders
• Cancer Risk
THE DIGITAL DETOX
REDUCING E-WASTE AT THE SOURCE
• Mindful Consumption
Digital Minimalism
Rethink Upgrades
Sustainable Alternatives
• Practical Tips
Regular Maintenance
Declutter Digitally
E-WASTE WARRIORS
STUDENT-LED INITIATIVES MAKING A DIFFERENCE
• Mindful Consumption
Campus E-Waste DrivesRethink Innov
and Advocacy
• Getting Started
Forming a Green Team
Funding and Support
FUTURE-PROOFING OUR PLANET
THE ROLE OF TECHNOLOGY IN E-WASTE MANAGEMENT
• Tech Innovations in Recycling
AI and Robotics
Blockchain for Transparency
• Looking Ahead
Sustainable Product Design
Your Role in the Future
OUR WORK PROCESS
Physical Asset
Verification
E-Waste Collection &
Reverse Logistics
Electronic Recycling &
Recovery
OUR WORK PROCESS
Data Destruction Refurbishing &
Remarketing
Certificate
Distribution
REFURBISHING AND REMARKETING
OF E-WASTE
Refurbishing
Remarketing
• Restoring used electronics to a fully functional state through
repairs, upgrades, and reconditioning.
• Extends device life, reduces e-waste, and supports sustainability by
minimizing the need for new materials.
• Reselling refurbished electronics after thorough testing and
certification.
• Helps provide affordable, eco-friendly alternatives to new products,
promoting a circular economy.
BENEFITS OF E-WASTE RECYCLING
Recover valuable resources like: Precious metals (gold, silver, copper) used in electronics manufacturing.
Rare earth elements (neodymium, yttrium) essential for electronic components.
Reduction in raw Material extraction like metals and minerals.
Reduction in Greenhouse Gas Emissions by lowering carbon emissions.
Prevents hazardous materials like lead, mercury, and cadmium from contaminating the environment.
Creates employment opportunities.
Recycling extracts valuable materials like metals, plastics, and glass, enabling them to be repurposed for new products.
Minimize pollution risks, protect natural habitats, and reduce the energy consumption.
IN GOVERNMENT PORTAL
https://eprewastecpcb.in/#/dashboard-view/recycleApplicationGranted
OUR CUSTOMERS
PSG Institution Amirta College Adithya Institutions Karunya University Chellamall College
Madurai
ST. Joseph College Hindhuthan college KGISL college Krishna college Tidal Park
Eleviant Technologies Mold Masters S&T machinery
pvt
CUB
Kumbakonam
CAI mahendra
1
2
3
4
5
6
7
8
9
10
11
E-WASTE PURCHAS
RATE
S. No Material Qty price
Monitor
CPU
Scanner
Projector
Laptops
Key Board
Printers
Mouse
Switches
Power cables
CAT cables
1
1
1
1
1
1
1
1
1
1Kg
45.00
225.00
50.00
75.00
200.00
10.00
90.00
5.00
100.00
10.00
45.00
Note: There will be price vary after sight visit and
working material will be separate based on
configuration.
MEET OUR
TEAM !
Azaruddin Mohammed Sanuf Prabhu Nikil Abarnavahini
Anisha Sowmiya
Founder Manager Technical Engineer
E-Waste Management
Specialist
Business Development
Executive
Accounts Manager
Digital Marketing Executive
Siddiq k
E Waste Management
Specialist
Green
Award!!
Contact
info@techazar.com
8925837646/ 9840235929
www.techazar.in
Contact Us
Reach out to Techazar, your trusted e-waste recyclers, for any queries
or support. Whether it's about our services, partnerships, or
technical assistance, we're here to help. Connect with us via email,
phone, or social media for prompt responses.
As passionate e-waste recyclers, we appreciate your interest in
responsible electronics disposal. At Techazar, we strive to make a
positive impact on the environment by recycling electronic devices
safely and ethically. Your support helps reduce electronic waste and
conserve valuable resources. Stay connected with us for the latest
updates and eco-friendly tips. Thank you for choosing Techazar—
we're dedicated to a greener future!
THANK YOU!
Techazar
Sustainable Solutions for E-Waste Recycling

Sustainable Solutions for E-Waste Recycling

  • 1.
  • 2.
    Choose Techazar forexpert e-waste recycling solutions. We responsibly handle electronic waste, ensuring safe disposal and resource recovery. RECYCLER E-WASTE Sustainable E-Waste Management
  • 3.
    ❖Electronic waste, ore-waste, encompasses discarded electronic devices nearing the end of their life cycle. E-waste includes items like smartphones, laptops, desktop computers, televisions, and other electronics. WHAT IS E WASTE AND ITS GLOBAL STATISTICS? ❖Globally, more than 50 million tons of e-waste are produced each year, equivalent to the weight of all commercial aircraft ever built. ❖E-waste is the fastest-growing waste stream, increasing by 21% in just five years.
  • 4.
    TYPES OF EWASTE Types Of Electronics That Become E-Waste Consumer Electronics IT Equipment Mobile phones, tablets, digital cameras, and MP3 players are commonly replaced items. Computers, monitors, printers, and peripherals contribute significantly to e-waste. Home Appliances Refrigerators, washing machines, air conditioners, and microwaves are part of e-waste streams. Entertainment Devices Televisions, gaming consoles, DVD players, and audio systems become e-waste after use.
  • 5.
    THE LIFECYCLE OF ELECTRONICS CreationOf Devices: Electronics are manufactured using raw materials like metals, plastics, and semiconductors. Manufacturing Phase Assembly Process: Components are assembled to form devices in factories before distribution. Market Introduction: New devices are launched frequently to meet consumer demands for innovation.
  • 6.
    THE LIFECYCLE OF ELECTRONICS ConsumerAdoption: Electronics enter households and businesses for daily use. Usage Phase Technological Advancements: Rapid advancements lead to shorter device lifespans as newer models emerge. Upgrades and Replacements: Consumers upgrade devices or replace them with newer models, contributing to e-waste generation.
  • 7.
    THE LIFECYCLE OF ELECTRONICS End-of-Life:Devices reach the end of their usefulness due to malfunctions, obsolescence, or damage. Disposal Phase Waste Generation: Discarded electronics become e- waste, adding to the global waste stream. Environmental Impact: Improper disposal harms the environment through pollution and resource wastage.
  • 8.
    Used in semiconductorsand batteries, cadmium is harmful to kidneys and bones, causing renal dysfunction, osteoporosis, anemia, and lung damage. Brominated Flame Retardants HAZARDOUS SUBSTANCES IN E-WASTE Present in switches and batteries, mercury poses risks to the nervous system, leading to tremors, insomnia, memory loss, and cardiovascular issues. Mercury Found in plastics and electrical components, these substances can disrupt hormone function, impact brain development, and lead to thyroid disorders. Present in cables and insulation, PVC releases toxic fumes when burned, contributing to respiratory issues and liver damage. Polyvinyl Chloride (PVC) Cadmium Found in circuit boards and CRT monitors, lead can cause neurological damage, developmental delays, cognitive impairments, and hypertension. Lead Toxic In E Waste Hg PVC Cd BFRs Pb
  • 9.
    GO THE IMPACTOF E-WASTE ON THE ENVIRONMENT SOMEWHERE YOU'VE NEVER BEEN Toxins Release: Improper disposal releases hazardous substances into the soil. Agricultural Risks: Contaminated soil affects crop growth, reduces yields, and compromises food safety. Groundwater Pollution: Toxins leach into groundwater, affecting drinking water sources and aquatic ecosystems. SOIL CONTAMINATION
  • 10.
    GO THE IMPACTOF E-WASTE ON THE ENVIRONMENT SOMEWHERE YOU'VE NEVER BEEN Chemical Leaching: Hazardous chemicals from e-waste contaminate water bodies. Ecosystem Disruption: Polluted water disrupts aquatic ecosystems, threatening biodiversity and ecosystem balance. Human Health Impact: Contaminated water sources pose health risks to communities reliant on these water supplies. WATER POLLUTION
  • 11.
    GO THE IMPACTOF E-WASTE ON THE ENVIRONMENT SOMEWHERE YOU'VE NEVER BEEN Burning E-Waste: It releases pollutants into the air, contributing to air quality degradation. Toxic Fumes: Burning plastics and electronic components emit toxic fumes, impacting respiratory health. Climate Impact: Emissions from e-waste burning contribute to greenhouse gas emissions and climate change. AIR POLLUTION
  • 12.
    HEALTH RISKS OFE- WASTE • Respiratory Issues • Skin Disorders • Neurological Disorders • Cancer Risk
  • 13.
    THE DIGITAL DETOX REDUCINGE-WASTE AT THE SOURCE • Mindful Consumption Digital Minimalism Rethink Upgrades Sustainable Alternatives • Practical Tips Regular Maintenance Declutter Digitally
  • 14.
    E-WASTE WARRIORS STUDENT-LED INITIATIVESMAKING A DIFFERENCE • Mindful Consumption Campus E-Waste DrivesRethink Innov and Advocacy • Getting Started Forming a Green Team Funding and Support
  • 15.
    FUTURE-PROOFING OUR PLANET THEROLE OF TECHNOLOGY IN E-WASTE MANAGEMENT • Tech Innovations in Recycling AI and Robotics Blockchain for Transparency • Looking Ahead Sustainable Product Design Your Role in the Future
  • 16.
    OUR WORK PROCESS PhysicalAsset Verification E-Waste Collection & Reverse Logistics Electronic Recycling & Recovery
  • 17.
    OUR WORK PROCESS DataDestruction Refurbishing & Remarketing Certificate Distribution
  • 18.
    REFURBISHING AND REMARKETING OFE-WASTE Refurbishing Remarketing • Restoring used electronics to a fully functional state through repairs, upgrades, and reconditioning. • Extends device life, reduces e-waste, and supports sustainability by minimizing the need for new materials. • Reselling refurbished electronics after thorough testing and certification. • Helps provide affordable, eco-friendly alternatives to new products, promoting a circular economy.
  • 19.
    BENEFITS OF E-WASTERECYCLING Recover valuable resources like: Precious metals (gold, silver, copper) used in electronics manufacturing. Rare earth elements (neodymium, yttrium) essential for electronic components. Reduction in raw Material extraction like metals and minerals. Reduction in Greenhouse Gas Emissions by lowering carbon emissions. Prevents hazardous materials like lead, mercury, and cadmium from contaminating the environment. Creates employment opportunities. Recycling extracts valuable materials like metals, plastics, and glass, enabling them to be repurposed for new products. Minimize pollution risks, protect natural habitats, and reduce the energy consumption.
  • 20.
  • 21.
    OUR CUSTOMERS PSG InstitutionAmirta College Adithya Institutions Karunya University Chellamall College Madurai ST. Joseph College Hindhuthan college KGISL college Krishna college Tidal Park Eleviant Technologies Mold Masters S&T machinery pvt CUB Kumbakonam CAI mahendra
  • 22.
    1 2 3 4 5 6 7 8 9 10 11 E-WASTE PURCHAS RATE S. NoMaterial Qty price Monitor CPU Scanner Projector Laptops Key Board Printers Mouse Switches Power cables CAT cables 1 1 1 1 1 1 1 1 1 1Kg 45.00 225.00 50.00 75.00 200.00 10.00 90.00 5.00 100.00 10.00 45.00 Note: There will be price vary after sight visit and working material will be separate based on configuration.
  • 23.
    MEET OUR TEAM ! AzaruddinMohammed Sanuf Prabhu Nikil Abarnavahini Anisha Sowmiya Founder Manager Technical Engineer E-Waste Management Specialist Business Development Executive Accounts Manager Digital Marketing Executive Siddiq k E Waste Management Specialist
  • 24.
  • 25.
    Contact info@techazar.com 8925837646/ 9840235929 www.techazar.in Contact Us Reachout to Techazar, your trusted e-waste recyclers, for any queries or support. Whether it's about our services, partnerships, or technical assistance, we're here to help. Connect with us via email, phone, or social media for prompt responses.
  • 26.
    As passionate e-wasterecyclers, we appreciate your interest in responsible electronics disposal. At Techazar, we strive to make a positive impact on the environment by recycling electronic devices safely and ethically. Your support helps reduce electronic waste and conserve valuable resources. Stay connected with us for the latest updates and eco-friendly tips. Thank you for choosing Techazar— we're dedicated to a greener future! THANK YOU! Techazar