Industrial fluids
Pyrolysis oil
Pyrolysis oil offers significant potential as a renewable, waste derived resource for the oil and energy industry. GEA centrifuges ensure reliable downstream use and deliver consistent, stable oil quality.
Benefits of our centrifuges
- Reliable removal of solids and free water for stable oil quality
- Designed for variable feedstock and process conditions
- Nitrogen‑purged operation for safe handling of low‑flash‑point oils
- Compact, skid‑mounted systems for easy integration
- High availability through continuous, automated operation
- Suitable for hazardous areas (ATEX / IECEx)
Pyrolysis oil - From waste to valuable feedstock
Pyrolysis oil is produced by thermally converting organic materials in an oxygen‑free environment. Typical feedstocks include:
- Plastic waste
- End‑of‑life tires
- Biomass such as wood and agricultural residues
- Selected municipal or industrial waste streams
By converting waste into liquid hydrocarbons, pyrolysis supports circular‑economy concepts and helps reduce reliance on fossil resources. At the same time, raw pyrolysis oil is complex and often unstable, making appropriate treatment a critical step before further use.
The key to reliable operation
Untreated pyrolysis oil can be difficult to handle, store and further process.
Fine solids and free water reduce oil stability, while reactive components may accelerate equipment wear and corrosion.
Effective mechanical separation is essential to:
- Reduce solids and water for stable oil quality
- Prevent corrosion and equipment wear
- Enable safe storage and transport
- Prepare oil for further upgrading
Flexible separation for every challenge
GEA applies proven centrifugal separation technology to address the specific challenges associated with pyrolysis oil treatment. Our solutions are engineered to handle variable feedstock compositions while delivering a stable, process‑ready oil quality for downstream use.
GEA designs flexible mechanical separation concepts tailored to solids load, water content, oil properties and target specifications.
Efficient pyrolysis oil upgrading with GEA centrifuges for consistent, process-ready quality.
Flexible mechanical separation concepts
Primary solids removal
For oils with elevated solids content, an upstream decanter centrifuge can be used to remove coarse particles and stabilize the overall process.Oil polishing with disk stack centrifuges
High‑speed disk stack centrifuges remove remaining fine solids and free water, resulting in improved oil quality and process stability.Modular system design
Single‑stage or multi‑stage configurations allow adaption to varying feed qualities and performance requirements.Your partner for safe, efficient and sustainable pyrolysis oil treatment
GEA supports operators in upgrading pyrolysis oil into a stable and usable feedstock. We combine decades of expertise with proven technology to deliver safe, efficient and sustainable solutions for pyrolysis oil treatment.
From robust equipment to complete systems including nitrogen purging and ATEX compliance we help you turn challenging feedstocks into valuable resources.
GEA keeps your process efficient and your operations future ready.
Prodotti e tecnologie
Visualizzazione di 2 su 2
Centrifuga decanter
Il momento dell'impiego del decanter sopraggiunge quando il contenuto di solidi nella sospensione da lavorare è particolarmente elevato. Tali macchine hanno il vantaggio di garantire un'elevata efficienza a livello di chiarificazione e i massimi risultati a livello di estrazione dell'acqua, oltre a consentire la separazione dei liq...
Separatore centrifugo
I separatori di GEA sono progettati per applicazioni a base liquida. Utilizzano la forza centrifuga per separare sospensioni composte da due o più fasi di densità diverse; possono cioè essere utilizzati per la separazione liquido-liquido, la separazione liquido-liquido-solido o la separazione liquido-solido. Separano miscele liquide con la stessa...
Downloads
Approfondimenti GEA
La biotecnologia a confronto con la realtà
Il nuovo Application and Technology Center (ATC) di GEA a Sarstedt, a sud di Hannover, non è né uno showroom né un laboratorio. È un luogo dedicato a test, raccolta dati e decisioni preliminari. È qui che si capisce se un concetto biologico può diventare un processo industriale solido. Si tratta di un passo più importante di quanto possa sembrare.
Cambiamenti nel settore del confezionamento alimentare: 4 tendenze
La termoformatura riveste da tempo un ruolo centrale nel settore del confezionamento alimentare. Ora si trova di fronte a un cambiamento radicale. Con l'inasprirsi delle normative, l'evoluzione dei materiali e l'aumento dei costi, le linee di formatura, riempimento e sigillatura non devono solo funzionare in modo affidabile: oggi hanno un ruolo fondamentale nel garantire che gli alimenti rimangano freschi, convenienti e riciclabili. Ecco le principali tendenze nella termoformatura che stanno plasmando il confezionamento e la consegna di prodotti alimentari.
