Plant engineering and pyrolysis technology (SynCycle®) for chemical plastic recycling and bioenergy
BDI-BioEnergy International GmbH
New on Amplifa
About BDI-BioEnergy International
BDI-BioEnergy International GmbH is a technology company active in international plant engineering, focusing on chemical recycling and bioenergy. Using its proprietary SynCycle® technology based on the T-CRACKER® pyrolysis reactor, mixed and non-recyclable plastic waste is converted through thermal depolymerisation into recycling-grade alcohols or high-quality oils, which are fed back into the chemical and plastics industry. The compact, modular plants process around 8,000 tonnes of plastic waste per year per line and can be scaled up by adding additional process lines. The range of services includes research and technology development, process design and scale-up, plant engineering, commissioning and after-sales service. More than 70 reference projects worldwide demonstrate the experience in international plant engineering; these include projects with Ghent Renewables (green fuels) as well as a strategic investment with Prismore Capital and Rieckermann in tyre pyrolysis.
- Processes
- Chemical recycling / pyrolysis (SynCycle®, T-CRACKER® reactor, thermal depolymerisation), Plant engineering and commissioning (engineering, construction, commissioning, after-sales), Biofuel feedstock pre-treatment (plant engineering), Tire pyrolysis, Chemical recycling of mixed plastic waste (pyrolysis, T-CRACKER® reactor), Modular, decentralised plant engineering (flexibly scalable through additional process lines), Process design and scale-up, Plant engineering and commissioning
- Materials
- Mixed plastic waste (mixed plastic waste), Non-recyclable plastics, Pyrolysis / thermal depolymerisation (SynCycle®), SynCycle® plant line
- Industries
- Plastics industry, Chemical industry, Circular economy / recycling, Plant engineering, Bioenergy / biofuels, Bioenergy / biofuels (BB&G®, biofuel pre-treatment)
- 01
Research and technology development
- 02
Process design and scale-up
- 03
Plant engineering (engineering and construction)
- 04
Commissioning
- 05
After-sales service
Materials and Processes
Pyrolysis / thermal depolymerisation (SynCycle®)
Decomposes mixed plastic waste into short-chain hydrocarbons, which are condensed into recycling-grade alcohols.
SynCycle® plant line
Compact, modular plant for processing around 8,000 tonnes of plastic waste per year, scalable in multiples.
Plants and Technology
Inside the production
Industries
Processes & technical limits
| Processes | Tolerance | Max. part | Weight | Lot size | Materials |
|---|---|---|---|---|---|
| Chemical recycling / pyrolysis (SynCycle®, T-CRACKER® reactor, thermal depolymerisation)Other (chemical processes / plant engineering) | – | – | – | 8,000 tonnes of plastic waste per year | mixed plastic waste, non-recyclable plastics |
| Plant engineering and commissioning (engineering, construction, commissioning, after-sales)Engineering | – | – | – | – | – |
| Biofuel feedstock pre-treatment (plant engineering)Engineering | – | – | – | – | – |
| Tire pyrolysisOther (chemical processes / plant engineering) | – | – | – | – | scrap tyres |
1 Anlagen & Maschinen
| Machine | Manufacturer / model | Quantity | Working area | Year built | Site |
|---|---|---|---|---|---|
| Pyrolysis reactor (T-CRACKER®) | BDI-BioEnergy International T-CRACKER® | – | approx. 8,000 tonnes of plastic waste per year per modular plant | – | decentralised at the customer (modular) |
Additional services
Reference customers
History
More than 70 reference projects worldwide in international plant engineering (documented without year)
Strategic partnership with Ghent Renewables for green fuels
Strategic investment by Prismore Capital and Rieckermann in tyre pyrolysis technology