Do not treat a reactor name or daily capacity as a complete project specification.
Feedstock, tokisetso, operating continuity, condensation, gas safety, product handling, ditaolo tsa tikoloho, utilities and local delivery scope must be configured together.
Approved small-scale reference
YSX-F1 to YSX-F5 denote 1, 2, 3, 4 le 5 t/day skid or modular planning references for tire, plastic or oily-sludge trials.
Material balance
Oli, khase, solids and metal-bearing outputs require representative feedstock, stable-run data and an agreed sampling boundary.
Moeli oa khoebo
Prices, litšenyehelo tsa ho sebetsa, product value and return require dated quotations and local market evidence.
Source control: approved YOTO group product register. Final parameters are issued on the project-specific technical agreement.
YUSHUNXIN PLASTIC PYROLYSIS
Waste Plastic Pyrolysis Plant Configured From Feedstock Chemistry
Plan pre-treatment, thermal processing, dewaxing, condensation, tail-gas handling and product storage as one project boundary. Plastic type, chlorine risk, moisture and feed consistency determine whether a proposed route is technically meaningful.
FEEDSTOCK FIRST
Plastic category alone is not enough for plant selection.
Polymer mix
PP, PE and PS may be suitable within a reviewed mix; PVC and other chlorine-bearing materials require special attention.
Physical condition
Film, rigid plastic, fluff, shredded material, mongobo, dirt and metal contamination.
Supply stability
Daily availability, composition variation, storage and pre-treatment consistency.
Product objective
Define the intended oil fraction, gas use, residue handling and local sales or use boundary.
PROCESS BOUNDARY
Control the material before, during and after thermal treatment.
- 01
Sort and characterize
Confirm polymer mix, mongobo, chlorine risk, additives and incompatible materials.
- 02
Prepare the feed
Shredding, cleaning or drying is selected from the incoming condition and feeding method.
- 03
Feed and thermally process
Batch or continuous architecture is matched to supply stability, operating plan and site capability.
- 04
Manage wax and condensation
Wax-forming feedstocks may require a project-configured dewaxing stage before or within condensation.
- 05
Handle gas, oil and residue
Define non-condensable gas use, polokelo ea oli, residue cooling and tail-gas treatment.
PROCESS MEDIA & EQUIPMENT CONTEXT
Connect each equipment area to the operating basis.
These images show the furnace, overall layout, workshop context and output-handling area together with their process roles.
APPROVED CONFIGURATION BASIS
Use the reference envelope as a discussion starting point.
No universal oil yield, fixed price, emissions result or project profitability is stated. These depend on verified feedstock, local energy and product economics, operating conditions and regulatory requirements.
PROJECT GATES
Four reviews should be complete before procurement.
Feedstock gate
Composition, mongobo, chlorine, ash, metal and supply consistency.
Process gate
Phekolo ea pele, ho fepa, thermal architecture, dewaxing, condensation and residue handling.
Site gate
Utilities, polokelo, fire safety, emissions controls, labor and maintenance access.
Commercial gate
Scope inclusions, local obligations, product outlet, acceptance method and delivery boundary.
MORERO FAQ
Avoid comparing plants before the feedstock is comparable.
Can mixed plastic be processed?
Potentially, but the expected polymer and contamination range must be defined. Chlorine-bearing and incompatible materials can change process, corrosion and gas-treatment requirements.
How much oil will the plant produce?
No universal yield is published. Yield depends on representative feedstock composition, mongobo, contaminants, operating conditions, condensation boundary and measurement method.
Should I choose batch or continuous operation?
The choice depends on feedstock preparation and stability, plant scale, labor model, maintenance plan, site capability and investment stage.
Does the equipment automatically satisfy local emissions rules?
Che. Destination-country permits, emission limits, monitoring and site obligations must be confirmed as part of the project boundary.
START THE PLASTIC REVIEW
Share composition, contamination and operating plan.
The project desk will review missing facts before discussing configuration or price.
Waste-plastic pyrolysis starts with polymer identification and sorting
PE-, PP- and selected PS-rich streams can follow different thermal and condensation behavior. PVC, PET, brominated plastics, medical plastics and e-waste plastics require separate assessment.
Latela boitsebiso, mouoane, metsi, khase le litsela tse tiileng
Reactor ke karolo e 'ngoe ea mohala. Ts'ebetso ea khoebo e itšetlehile ka hore na molapo o mong le o mong o lokiselitsoe joang, fetisetsoa, laolwa le ho lokollwa.
- 01Sebopeho sa lintho tse bonahalang
- 02Ho lokisetsa phepelo le phetiso e tiisitsoeng
- 03Phetoho e laoloang ea mocheso
- 04Karohano ea mouoane le condensation ka sethaleng
- 05Polokeho ea khase e ke keng ea kolobisoa le ho sebelisoa hape
- 06Pholiso e tiileng, ho ntša le ho sebetsana le lihlahisoa
Lipotso tsa tlhophiso tse fetolang tlhahiso
Lintlha tse latelang li lokela ho rarolloa pele ho khethoa bokhoni kapa ho lokisetsa khotheishene ea khoebo.
Polymer composition
Confirm PE, PP, PS, PVC and PET proportions instead of describing the feed simply as mixed plastic.
Halogen control
PVC and brominated additives can change corrosion, gas-cleaning and recovered-liquid requirements.
Wax management
Plastic-derived vapors and liquids may require temperature-controlled lines, insulation and condensation staging.
Product route
Define whether recovered liquid is intended for permitted fuel use, refinery feed evaluation or another locally accepted outlet.
Etsa hore lisebelisoa le lihlahisoa tsa lihlahisoa li bonahale pele ho matsete
Tlhahlobo e sebetsang ea ho khoneha e hokahanya tekanyo ea boima, tekanyo ea matla, kemiso ea ts'ebetso le tsela ea sehlahisoa sa lehae.
Kemiso ea ts'ebetso
Hlalosa lihora tse reriloeng ka letsatsi, ho koala lifensetere, leano la ho hloekisa, mohlala oa basebetsi le bokhoni ba polokelo ea lijo.
Ho kopanya matla
Lekola tšebeliso ea khase e sa koaheleheng hape, mafura a ho qala, meroalo ea motlakase, tlhokahalo e phodisong le tshebediso ya boikgethelo ya matla a tlase ho noka e le tekanyo e le nngwe.
Taolo ea boleng
Beha lintlha tsa sampole bakeng sa boitsebiso bo tlang, likaroloana tsa condensate, hlapollotsoe lintho tse tiileng, metsi a litšila le khase ea mouoane.
Moeli oa khoebo
Liphetho tsa likhakanyo li lula li itšetlehile ka maemo ho fihlela lihlahisoa tsa lijo, sebaka, tsela ea sehlahisoa le litlhoko tsa ho lumellana le sebaka sa heno li tiisitsoe.
Sheba moeli oa lisebelisoa tse hokahaneng.
Lits'oants'o tsa litšupiso li tšehetsa puisano ea sebopeho sa pele. Lisebelisoa tsa ho qetela, tlhophiso le lihokelo li tiisitsoe ho tsoa ho thepa ea projeke le sebaka.
Fetolela lintlha tsa morero lenaneng la lisebelisoa.
Matrix ena ea litšupiso e bonts'a mohopolo oa qeto. Lipalo tsa ho qetela, limotlelara le likhokahano li teng molemong oa projeke e amohetsoeng.
| Thibelo ea tsamaiso | Sebaka se tloaelehileng | Motheo oa tlhophiso |
|---|---|---|
| Polymer preparation | Sorting, shredding, drying and removal of incompatible fractions | PE, PP, PS, PVC, PET and additive profile |
| Feed and conversion | Density control, sealed transfer, reactor and heating system | Bulk density, melt behavior and operating duty |
| Wax and liquid handling | Temperature-controlled vapor lines, staged condensation and storage | Wax tendency and target recovered-liquid route |
| Halogen and gas control | Material exclusion, corrosion review and gas-treatment provisions | PVC, brominated additives and local limits |
| Residue and utilities | Phallo e tiileng, cooling, water and electrical interfaces | Residue classification and site conditions |
Tsoela pele ka morero feela ha bopaki bo hlokahalang bo le teng.
Monyako o mong le o mong o fetola tlhahisoleseding ea bareki hore e be tlhahiso e hlalositsoeng ea theknoloji kapa ea khoebo bakeng sa qeto e latelang.
Polymer screen
Quantify target polymers, PVC, PET, additives, mongobo le tshilafatso.
SephethoAccepted and excluded feed specificationThermal route
Validate feeding, wax behavior, condensation and corrosion controls.
SephethoMaterial-specific process routeProduct and permit
Confirm recovered-product status, outlets and local environmental boundary.
SephethoCommercial and compliance evidence packTlhahlobo ea tlhophiso
Freeze preparation, reactor, ho hlaphoheloa, utilities and acceptance interfaces.
SephethoProject configuration basisLipotso tse lokelang ho rarolloa pele ho tlhophiso.
Likarabo li hlalosa moeli oa boenjiniere; ha li nkele sebaka sa tlhahlobo ea lisebelisoa tse emelang kapa tlhahlobo ea boikamahanyo ea lehae.
Ke eng e khethollang lethathamo la lisebelisoa tse tsoelang pele tsa pyrolysis?
Foromo ea Feedstock, tlhamo, mongobo, tshilafatso, kemiso ea tšebetso e reriloeng, kgutlisitsoe-sehlahisoa tsela, lits'ebeletso tsa sebaka sa marang-rang le litlhoko tsa tumello li khetholla tlhophiso.
E khona ho matha, lipolasetiki le seretse se mafura li sebelisa mola o tšoanang hantle?
Che. Ba ka arolelana melao-motheo ea ho fetola mocheso, empa ho itokisa ha bona, ho fepa, bofokoli, condensation, ts'ebetso e tiileng le taolo ea tikoloho e fapana ka lintho tse bonahalang.
Na ts'ebetso ea oli e tsosolositsoeng e ka netefatsoa ho tsoa ho tlhaloso ea thepa e akaretsang?
Che. Ho hlokahala tlhahlobo ea moemeli le mokhoa o lumellanoeng oa lisampole pele ho khutlisoa-bongata ba mokelikeli, boleng kapa tshebediso e tlase ho ka hlahlojwa.
Ke eng e lokelang ho kenyelletsoa tlhahlobo ea kamohelo?
Hlalosa feedstock, nako ea ho matha, boima ba mmele, botsitso ba ho sebetsa, sephetho sa sampole, lisebelisoa, likhokahano tsa polokeho le liteko tse sebetsang tsa mesi kapa masalla.
Hlalosa thepa pele u khetha thepa.
Arolelana tlhaloso ea lisebelisoa tsa moemeli, molumo o fumanehang, boemo ba sebaka le liphetho tse reriloeng. YSHUNXIN e tla sebelisa lintlha tseo ho lokisa moeli oa ts'ebetso le puisano ea tlhophiso.
