Leaders in Environmental Engineering

Innovating
Environmental
Solutions

LVS Technologies transforms waste into resources through patented plasma technology — delivering sustainable infrastructure solutions across India and the Asia-Pacific region.

Explore The Machine® ↗ Our Solutions →
20+
Years Machine Life
1/300th
Waste Reduction Ratio
152+
Countries Patented
100T
Max Capacity Per Day
Who We Are

Built on Innovation, Driven by Purpose

LVS Technologies Private Limited was established with a vision to develop world-class environmental projects and infrastructure solutions in India. Incorporated in 2026 in Bangalore, we ensure that we bring advanced environmental technologies to the Indian subcontinent.

Our equipment is designed, engineered and manufactured in India under the "Make in India" initiative — ensuring global quality at cost-effective scale.

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Manufacturing Hub in Bangalore Incorporated 2026 · Assembly & production unit based locally
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Asia-Pacific Operations Philippines · Vietnam · Myanmar · Thailand · Israel · Malaysia
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Government & Defence Clientele Urban local bodies, ISRO, ADA, VSSC, Naval dockyards & more

Our Service Verticals

  • Market Research
  • Environmental Solutions
  • Business Alliances
  • M&A Advisory
  • Overseas Partnerships
  • Infrastructure Projects
  • Financial Consulting
  • Engineering Services
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The Machine Strategic Technology Partner · Patented IP & Equipment
Rajiv Gandhi Award Recipient — Lt. M. J. Sreenivasa Dhyani, Innovator
ISRO Expert External Technical Expert to ISRO, ADA & NAL
ODA Programs Collaborating with US Govt. & NPOs on climate action
Make in India Designed in USA · Manufactured locally at scale
Portrait of A. Praveen Reddy, Chief Executive Officer of LVS Technologies

A. Praveen Reddy

Chief Executive Officer

About the CEO

Nearly two decades spent building things that last.

A. Praveen Reddy is an accomplished business leader with nearly two decades of international experience across drilling, exploration, clean energy, and industrial operations. A strong foundation in business and hospitality management underpins the strategic and operational rigor he brings to every organization he leads.

He holds a Bachelor's Degree in Commerce from Tara Government College, Telangana, India, and a Bachelor's Degree in Hospitality Management from Cyprus — a combination that has shaped both his operational discipline and his global outlook on business.

B.Com — Tara Government College, Telangana Hotel & Hospitality Management — Cyprus

Career Ledger

  1. 2006 – 2018

    Director, Africa Drilling & Exploration Ltd.

    Led operations across Zambia, Rwanda, Ghana, and Uganda — managing large-scale drilling and exploration projects, building international partnerships, and driving expansion into multiple African markets.

  2. 2009 – 2017

    Director, MAPP Drilling & Exploration Ltd., India

    Ran concurrently with his African mandate — strengthened operational efficiency and executed strategic initiatives that grew the company's presence in the Indian market.

  3. Present

    Chief Executive Officer, LVS Technologies, Bangalore

    Leads the organization with a vision to deliver innovative engineering solutions in waste management, recycling, and clean energy. Prior to joining LVS Technologies, he spent over five years in Research & Development (R&D), contributing to the design and advancement of sustainable engineering technologies. This strong innovation-driven background enables him to lead LVS Technologies in developing environmentally responsible solutions that address modern waste management challenges while creating long-term value for industries and communities.

Driven by integrity, innovation, and a passion for sustainability, Mr. Reddy continues to inspire a culture of excellence — positioning LVS Technologies as a trusted partner in engineering a cleaner, more sustainable future.

A. Praveen Reddy, Chief Executive Officer
What We Offer

Integrated Waste Management Systems

One-point solutions for every municipal solid waste challenge

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The Machine®

Flagship Product

Proprietary plasma-induced heat technology that processes all types of municipal, medical and industrial waste without external fuel.

  • No waste segregation needed
  • 1/200–1/300 volume reduction
  • Self-powered machine
  • Patented in 152+ countries
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Biogas & Bio-methanation Plant

Wet Waste

Anaerobic digestion systems that convert wet organic waste into CBG/CNG fuel and organic compost manure.

  • Carbon-neutral fuel production
  • H₂S scrubber with dryer
  • Biogas upgrading system
  • Grid injection ready
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Animal Incineration System

Bio-Hazardous

Controlled thermal oxidation system for complete destruction of animal carcasses and bio-hazardous materials with zero contamination.

  • Primary + secondary afterburner
  • CPCB emission compliant
  • Wet scrubber / dry filtration
  • Sterile ash output
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Dry Waste Collection Centre

Recyclables

Automated mechanized system for collecting, segregating, and compacting dry recyclable waste — paper, plastics, metals, and packaging.

  • Inbuilt segregation mechanism
  • High material recovery
  • Minimal manual handling
  • MSW Rules compliant
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Waste to Energy — Steam Turbine

Energy

Steam turbine power generation from heat produced during waste combustion — turning residue into renewable electricity.

  • Impulse / reaction turbines
  • Grid-ready power output
  • Heat exchanger integration
  • CHP capability
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Trommel Screening System

Segregation

Rotary screening solution for segregating mixed municipal, industrial or compost waste into different particle size fractions.

  • Custom drum diameters & mesh
  • Adjustable speed control
  • Stationary or mobile config
  • Integrates with MRF lines
Coverage

Municipal Solid Waste We Tackle

Our integrated system handles every category of urban waste — from organics to hazardous materials.

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Wet Waste

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Dry Waste

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Dead Animal Waste

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Plastic Waste

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Domestic Hazardous Waste

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Metal Waste

Featured Technology

The Machine® — Beyond Incineration

The Machine® System uses Programmed Oxygenated Plasmic State (POPS) technology — far superior to conventional incineration or plasma gasification — processing any waste with zero external fuel.

Waste Volume Reduction1/200 – 1/300
Machine Floor Area (1T)100 sq mt
Machine Life20 Years
Operating Hours24 hrs/day
Ash Output (by volume)< 3% (reusable)
PatentsUS + 151 countries
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Plasma Induced Heat

High-temperature ionized gas from inert gases — argon, nitrogen, helium — breaks down any waste composition.

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Waste Gasification

Partial oxidation converts waste to syngas, enabling metal recovery and energy generation simultaneously.

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Emission Control

Venturi wet scrubber, activated carbon, KMnO₄ and zeolite filters keep emissions well below CPCB norms.

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Compact & Mobile

1-ton plant fits within 500 sq mt — ideal for decentralized waste processing at source.

Emission Performance vs CPCB Norms

Parameter CPCB Limit The Machine® Output
Particulates50 mg/Nm³8.1 mg/Nm³
HCL50 mg/Nm³5 mg/Nm³
SO₂200 mg/Nm³6.5 mg/Nm³
Carbon Monoxide100 mg/Nm³1.2 mg/Nm³
NOx400 mg/Nm³12.1 mg/Nm³
Total Dioxin & Furans0.1 ng TEQ/Nm³0.01 ng TEQ/Nm³
Technical Specifications

Capacity & Requirements

Available from 1 ton to 100 tons per day — scalable for any municipality or industrial facility.

Capacity Premise Area (Sq.mtr) Per Hour (kg) Supervisory Skilled Unskilled Electricity (kWh)
1 Ton50050–6011350
2 Ton500100–12511350
5 Ton1,000250–30012570
10 Ton1,000500–60012570
15 Ton1,500750–900227100
20 Ton1,5001,000–1,200227100
25 Ton2,0001,250–1,500239150
30 Ton2,0001,500–1,800239150
50 Ton3,0002,500–3,0003410200
100 Ton4,0005,000–6,0003412400
Deployment

Machine Commissioning Schedule

From engineering design to fully operational plant in just 17 weeks — a streamlined, end-to-end delivery process.

Week 1 & 2
Engineering Designs
Week 3 to 5
Material Procurement
Week 6 & 8
Fabrication
Week 9
Fabrication Completion
Week 10 & 11
Factory Assembly
Week 12 & 13
Delivery
Week 14 & 15
Installation at Site
Week 16 & 17
✓ Commissioning Complete
Installations

Plants Installed Worldwide

Operating across India and international markets with proven performance.

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Hyderabad
Telangana, India
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Lucknow
Uttar Pradesh, India
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Bangalore
Karnataka, India
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Mumbai
Maharashtra, India
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Ladakh
UT of Ladakh, India
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Philippines
South East Asia
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Singapore
South East Asia
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Indonesia
South East Asia
Trusted By

Our Major Clientele

🏙️Lucknow Municipal Corp.
🎓JNTUH Hyderabad
🏔️UT of Ladakh
⚓Western Naval Command
🌳BBMP Bangalore
🏙️Warangal Municipal Corp.
❄️SW HVAC & Insulation
🌿Alam Avani
🏙️Lucknow Nagar Nigam
🌏Eco South East Asia
What Clients Say

Proven Performance

The system has been tested and has treated 2–3 tons of wet and dry waste on given days. We are pleased and satisfied with the performance of the equipment.

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Lt. (S.P. Rajbhosale)
Western Naval Command, Mumbai Naval Dockyard

The equipment has worked to our expectations and is treating the waste generated in the campus to the tune of 1 Ton per Day. We are satisfied with the performance and maintenance support.

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Chief Engineer (JNTUH)
Jawaharlal Nehru Technological University, Hyderabad

The machine is successfully erected and commissioned at Bomb garh Leh Ladakh. The system is comprising of Incinerator, Conveyor and complete dry and wet scrubbing system and is working satisfactorily.

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Executive Officer
Municipal Committee, Leh, Ladakh UT
Get In Touch

Ready to Transform
Your Waste Challenge?

Whether you represent a municipal corporation, defence establishment, or industrial facility — our team is ready to engineer a sustainable solution for you.

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Address
Magadi Main Road, Bangalore – 560091
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A. Praveen Reddy
9866994999
📞
Mummadi Bharath
9663582049
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Office
9902566931

Send an Enquiry