Processing Capacity
10 TPD
Monthly Waste Recovery
200+ Tons
Recovered Products
RDF • Pyrolysis Oil • Carbon
Sustainable Circular Economy
Industrial Recycling Model
Building India’s Future in Sustainable Composite Waste Recycling
About
Engineering Sustainable Industrial Recycling Infrastructure
Dewwind India Pvt Ltd together with Dhanalakshmi Engineering Works is developing an advanced industrial recycling ecosystem focused on composite waste management, RDF processing, advanced pyrolysis technology, and sustainable resource recovery.
Our mission is to solve the growing environmental challenge caused by difficult-to-recycle composite materials generated from renewable energy, aerospace, automotive, infrastructure, and industrial manufacturing sectors.
By integrating engineering innovation, automated process systems, and circular economy principles, we aim to reduce landfill dependency while creating scalable sustainable industrial infrastructure for the future.
Dewwind India Pvt Ltd together with Dhanalakshmi Engineering Works is developing an advanced industrial recycling ecosystem focused on composite waste management, RDF processing, advanced pyrolysis technology, and sustainable resource recovery.
Our mission is to solve the growing environmental challenge caused by difficult-to-recycle composite materials generated from renewable energy, aerospace, automotive, infrastructure, and industrial manufacturing sectors.
By integrating engineering innovation, automated process systems, and circular economy principles, we aim to reduce landfill dependency while creating scalable sustainable industrial infrastructure for the future.
Dewwind India Pvt Ltd together with Dhanalakshmi Engineering Works is developing an advanced industrial recycling ecosystem focused on composite waste management, RDF processing, advanced pyrolysis technology, and sustainable resource recovery.
Our mission is to solve the growing environmental challenge caused by difficult-to-recycle composite materials generated from renewable energy, aerospace, automotive, infrastructure, and industrial manufacturing sectors.
By integrating engineering innovation, automated process systems, and circular economy principles, we aim to reduce landfill dependency while creating scalable sustainable industrial infrastructure for the future.
Our Solutions
Integrated Recycling & Sustainable Energy Solutions
Composite Waste Recycling
01
Advanced recycling solutions for FRP, GFRP, CFRP, wind turbine waste, industrial composite waste, and reinforced polymer materials.
Composite Waste Recycling
01
Advanced recycling solutions for FRP, GFRP, CFRP, wind turbine waste, industrial composite waste, and reinforced polymer materials.
RDF Production
02
Conversion of non-recyclable combustible waste into Refuse Derived Fuel for cement industries and industrial energy substitution applications.
RDF Production
02
Conversion of non-recyclable combustible waste into Refuse Derived Fuel for cement industries and industrial energy substitution applications.
Advanced Pyrolysis
03
Thermochemical conversion technology for producing pyrolysis oil, carbon materials, reusable industrial resources, and future renewable fuel feedstock.
Advanced Pyrolysis
03
Thermochemical conversion technology for producing pyrolysis oil, carbon materials, reusable industrial resources, and future renewable fuel feedstock.
Advanced Pyrolysis
03
Thermochemical conversion technology for producing pyrolysis oil, carbon materials, reusable industrial resources, and future renewable fuel feedstock.
Industrial Waste Management
04
Collection, segregation, preprocessing, shredding, and sustainable industrial waste handling solutions for manufacturing sectors.
Industrial Waste Management
04
Collection, segregation, preprocessing, shredding, and sustainable industrial waste handling solutions for manufacturing sectors.
HOW IT WORKS
Integrated Closed-Loop Recycling Process
Step 01
Waste Collection & Segregation
Waste Collection & Segregation
Composite and industrial waste materials are collected from renewable energy, industrial manufacturing, aerospace, automotive, and infrastructure sectors.
Step 02
Feedstock Preparation & RDF Processing
Feedstock Preparation & RDF Processing
Waste materials undergo screening, shredding, metal removal, and preprocessing to prepare controlled feedstock for RDF and pyrolysis operations.
Step 03
Advanced Pyrolysis Conversion
Advanced Pyrolysis Conversion
Prepared feedstock is processed inside low-speed rotary pyrolysis reactors under oxygen-limited conditions for controlled thermal decomposition.
Step 04
Resource Recovery & Energy Reuse
Resource Recovery & Energy Reuse
The integrated system recovers pyrolysis oil, carbon materials, reusable industrial resources, and recirculates non-condensable gases for internal energy reuse.
Step 01
Waste Collection & Segregation
Waste Collection & Segregation
Composite and industrial waste materials are collected from renewable energy, industrial manufacturing, aerospace, automotive, and infrastructure sectors.
Step 02
Feedstock Preparation & RDF Processing
Feedstock Preparation & RDF Processing
Waste materials undergo screening, shredding, metal removal, and preprocessing to prepare controlled feedstock for RDF and pyrolysis operations.
Step 03
Advanced Pyrolysis Conversion
Advanced Pyrolysis Conversion
Prepared feedstock is processed inside low-speed rotary pyrolysis reactors under oxygen-limited conditions for controlled thermal decomposition.
Step 04
Resource Recovery & Energy Reuse
Resource Recovery & Energy Reuse
The integrated system recovers pyrolysis oil, carbon materials, reusable industrial resources, and recirculates non-condensable gases for internal energy reuse.
Step 01
Waste Collection & Segregation
Waste Collection & Segregation
Composite and industrial waste materials are collected from renewable energy, industrial manufacturing, aerospace, automotive, and infrastructure sectors.
Step 02
Feedstock Preparation & RDF Processing
Feedstock Preparation & RDF Processing
Waste materials undergo screening, shredding, metal removal, and preprocessing to prepare controlled feedstock for RDF and pyrolysis operations.
Step 03
Advanced Pyrolysis Conversion
Advanced Pyrolysis Conversion
Prepared feedstock is processed inside low-speed rotary pyrolysis reactors under oxygen-limited conditions for controlled thermal decomposition.
Step 04
Resource Recovery & Energy Reuse
Resource Recovery & Energy Reuse
The integrated system recovers pyrolysis oil, carbon materials, reusable industrial resources, and recirculates non-condensable gases for internal energy reuse.
Partner With Us for Sustainable Industrial Transformation
Partner With Us for Sustainable Industrial Transformation
Processing Capacity
10 TPD
Monthly Waste Recovery
200+ Tons
Recovered Products
RDF • Pyrolysis Oil • Carbon
Sustainable Circular Economy
Industrial Recycling Model
Building India’s Future in Sustainable Composite Waste Recycling
About
Engineering Sustainable Industrial Recycling Infrastructure
Dewwind India Pvt Ltd together with Dhanalakshmi Engineering Works is developing an advanced industrial recycling ecosystem focused on composite waste management, RDF processing, advanced pyrolysis technology, and sustainable resource recovery.
Our mission is to solve the growing environmental challenge caused by difficult-to-recycle composite materials generated from renewable energy, aerospace, automotive, infrastructure, and industrial manufacturing sectors.
By integrating engineering innovation, automated process systems, and circular economy principles, we aim to reduce landfill dependency while creating scalable sustainable industrial infrastructure for the future.
Dewwind India Pvt Ltd together with Dhanalakshmi Engineering Works is developing an advanced industrial recycling ecosystem focused on composite waste management, RDF processing, advanced pyrolysis technology, and sustainable resource recovery.
Our mission is to solve the growing environmental challenge caused by difficult-to-recycle composite materials generated from renewable energy, aerospace, automotive, infrastructure, and industrial manufacturing sectors.
By integrating engineering innovation, automated process systems, and circular economy principles, we aim to reduce landfill dependency while creating scalable sustainable industrial infrastructure for the future.
Dewwind India Pvt Ltd together with Dhanalakshmi Engineering Works is developing an advanced industrial recycling ecosystem focused on composite waste management, RDF processing, advanced pyrolysis technology, and sustainable resource recovery.
Our mission is to solve the growing environmental challenge caused by difficult-to-recycle composite materials generated from renewable energy, aerospace, automotive, infrastructure, and industrial manufacturing sectors.
By integrating engineering innovation, automated process systems, and circular economy principles, we aim to reduce landfill dependency while creating scalable sustainable industrial infrastructure for the future.
Our Solutions
Integrated Recycling & Sustainable Energy Solutions
Composite Waste Recycling
01
Advanced recycling solutions for FRP, GFRP, CFRP, wind turbine waste, industrial composite waste, and reinforced polymer materials.
Composite Waste Recycling
01
Advanced recycling solutions for FRP, GFRP, CFRP, wind turbine waste, industrial composite waste, and reinforced polymer materials.
RDF Production
02
Conversion of non-recyclable combustible waste into Refuse Derived Fuel for cement industries and industrial energy substitution applications.
RDF Production
02
Conversion of non-recyclable combustible waste into Refuse Derived Fuel for cement industries and industrial energy substitution applications.
Advanced Pyrolysis
03
Thermochemical conversion technology for producing pyrolysis oil, carbon materials, reusable industrial resources, and future renewable fuel feedstock.
Advanced Pyrolysis
03
Thermochemical conversion technology for producing pyrolysis oil, carbon materials, reusable industrial resources, and future renewable fuel feedstock.
Advanced Pyrolysis
03
Thermochemical conversion technology for producing pyrolysis oil, carbon materials, reusable industrial resources, and future renewable fuel feedstock.
Industrial Waste Management
04
Collection, segregation, preprocessing, shredding, and sustainable industrial waste handling solutions for manufacturing sectors.
Industrial Waste Management
04
Collection, segregation, preprocessing, shredding, and sustainable industrial waste handling solutions for manufacturing sectors.
HOW IT WORKS
Integrated Closed-Loop Recycling Process
Step 01
Waste Collection & Segregation
Waste Collection & Segregation
Composite and industrial waste materials are collected from renewable energy, industrial manufacturing, aerospace, automotive, and infrastructure sectors.
Step 02
Feedstock Preparation & RDF Processing
Feedstock Preparation & RDF Processing
Waste materials undergo screening, shredding, metal removal, and preprocessing to prepare controlled feedstock for RDF and pyrolysis operations.
Step 03
Advanced Pyrolysis Conversion
Advanced Pyrolysis Conversion
Prepared feedstock is processed inside low-speed rotary pyrolysis reactors under oxygen-limited conditions for controlled thermal decomposition.
Step 04
Resource Recovery & Energy Reuse
Resource Recovery & Energy Reuse
The integrated system recovers pyrolysis oil, carbon materials, reusable industrial resources, and recirculates non-condensable gases for internal energy reuse.
Step 01
Waste Collection & Segregation
Waste Collection & Segregation
Composite and industrial waste materials are collected from renewable energy, industrial manufacturing, aerospace, automotive, and infrastructure sectors.
Step 02
Feedstock Preparation & RDF Processing
Feedstock Preparation & RDF Processing
Waste materials undergo screening, shredding, metal removal, and preprocessing to prepare controlled feedstock for RDF and pyrolysis operations.
Step 03
Advanced Pyrolysis Conversion
Advanced Pyrolysis Conversion
Prepared feedstock is processed inside low-speed rotary pyrolysis reactors under oxygen-limited conditions for controlled thermal decomposition.
Step 04
Resource Recovery & Energy Reuse
Resource Recovery & Energy Reuse
The integrated system recovers pyrolysis oil, carbon materials, reusable industrial resources, and recirculates non-condensable gases for internal energy reuse.
Step 01
Waste Collection & Segregation
Waste Collection & Segregation
Composite and industrial waste materials are collected from renewable energy, industrial manufacturing, aerospace, automotive, and infrastructure sectors.
Step 02
Feedstock Preparation & RDF Processing
Feedstock Preparation & RDF Processing
Waste materials undergo screening, shredding, metal removal, and preprocessing to prepare controlled feedstock for RDF and pyrolysis operations.
Step 03
Advanced Pyrolysis Conversion
Advanced Pyrolysis Conversion
Prepared feedstock is processed inside low-speed rotary pyrolysis reactors under oxygen-limited conditions for controlled thermal decomposition.
Step 04
Resource Recovery & Energy Reuse
Resource Recovery & Energy Reuse
The integrated system recovers pyrolysis oil, carbon materials, reusable industrial resources, and recirculates non-condensable gases for internal energy reuse.