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Agri Product Exports
Built on the discipline of global logistics and quality standards — exporting agri products and establishing trusted international relationships across continents.
About Us
About PyroSystem
An advanced continuous pyrolysis technology by Prosper Universal Pvt. Ltd. — converting tyres, plastics, biomass, MSW and scrap into valuable resources through precision engineering and sustainable industrial design.
Performance Metrics
01
18+
Years of Engineering
02
07
Pyrolysis Systems
03
100%
Continuous Process
/ 02Company Profile
Engineered by Prosper Group.Evolved into Pyro System.
Prosper Group began as a global exporter of agri-products and industrial machinery, building a reputation for precision and reliability across international markets over nearly two decades.
Identifying a gap in technical depth and customisation, the group invested in dedicated research and engineering teams — designing patented, fully-automated platforms across paper cutlery, pulp moulding and hygiene packaging systems.
Pyro System is the next step of that engineering lineage — a flagship venture focused on continuous pyrolysis, converting tyre, plastic, biomass, MSW and scrap streams into measurable, circular value.
Evolution
- 2007Engineering Foundation
- 2012Industrial Automation
- 2018R&D Expansion
- 2024Pyro System Launch
Prosper Universal Pvt. Ltd. · Facility
Rajkot · IN22.30°N · 70.80°E
/ 03Vision & Mission
What we build toward, every single day.
/ VVision
Vision.
To become a global benchmark in continuous pyrolysis engineering — turning industrial waste streams into circular resources that power the next generation of sustainable manufacturing.
/ MMission
Mission.
Deliver precision-engineered, fully automated pyrolysis plants that combine industrial reliability with environmental responsibility — built around continuous operation, measurable outputs, and long-term partnerships.
/ 04Engineering Legacy
Built through two decades of engineering evolution.
Five chapters that shaped Prosper Group into Pyro System — one connected story of compounding industrial capability.
02
Machinery Trading
Moved into industrial machinery trading and identified a critical gap in technical support, customisation depth and after-sales engineering.
03
Research & Engineering Teams
Formed dedicated R&D and engineering teams — designing machines that solve real production challenges instead of importing solutions from abroad.
04
Automated Manufacturing Systems
Launched patented, fully automated platforms across paper cutlery, pulp moulding and hygiene packaging — proving end-to-end automation capability.
05
Continuous Pyrolysis Technology
Channeled two decades of engineering into continuous pyrolysis — a flagship platform converting waste into oil, carbon black, steel and syngas.
/ 05Milestones & Awards
Recognised work. Documented impact.
A living archive of certifications, recognitions and achievements. Entries below are placeholders — actual records will populate the same structure.
Industry Recognition
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ISO Management Standard
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First Continuous Pyrolysis Deployment
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Sustainability Honour
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Proprietary Automation System
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Export Excellence
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/ 06Human Resource
People, culture and the everyday craft.
Activities, employee engagement, festival celebrations and workplace culture — captured as our teams build the next generation of pyrolysis technology.
Photo Gallery
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Video Gallery
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Plant Walkthrough
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Engineering Stories
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Culture Highlights
/ 07Environmental Management
Industrial scale, built around the circular economy.
Pyrolysis is sustainability expressed as engineering. Every plant we deliver is designed to keep materials in circulation — extracting value while reducing environmental load.
/ 01
Environmental Responsibility
Continuous monitoring of emissions, effluents and energy use — designed into every plant from day one, not bolted on after.
/ 02
Waste Management
End-of-life tyres, plastics, biomass and MSW are processed instead of discarded — diverting waste streams from landfill and incineration.
/ 03
Circular Economy
Every output — pyrolysis oil, recovered carbon black, steel wire, syngas — re-enters industrial supply chains as feedstock for new products.
/ 04
Sustainable Industry
Engineering decisions are weighed against long-term operational footprint, not just short-term throughput.