SISTEM TERMAL KHUSUS PROYEK

Jangan menganggap nama reaktor atau kapasitas harian sebagai spesifikasi proyek yang lengkap.

Bahan baku, persiapan, kelangsungan operasi, kondensasi, keamanan gas, penanganan produk, pengendalian lingkungan, utilitas dan cakupan pengiriman lokal harus dikonfigurasi bersama.

A

Referensi skala kecil yang disetujui

YSX-F1 hingga YSX-F5 menunjukkan 1, 2, 3, 4 Dan 5 t/hari skid atau referensi perencanaan modular untuk ban, uji coba plastik atau lumpur berminyak.

B

Keseimbangan materi

Minyak, gas, keluaran padat dan mengandung logam memerlukan bahan baku yang representatif, data yang stabil dan batas pengambilan sampel yang disepakati.

C

Batas komersial

Harga, biaya operasional, nilai dan pengembalian produk memerlukan kutipan bertanggal dan bukti pasar lokal.

Kontrol sumber: daftar produk grup YOTO yang disetujui. Parameter akhir dikeluarkan berdasarkan perjanjian teknis khusus proyek.

YUSHUNXIN PLASTIC PYROLYSIS

Waste Plastic Pyrolysis Plant Configured From Feedstock Chemistry

Plan pre-treatment, thermal processing, dewaxing, kondensasi, 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.

YUSHUNXIN plastic pyrolysis production line overall view
Complete line contextProduction-line context across feedstock preparation, thermal processing, condensation and output handling.

FEEDSTOCK FIRST

Plastic category alone is not enough for plant selection.

01

Polymer mix

hal, PE and PS may be suitable within a reviewed mix; PVC and other chlorine-bearing materials require special attention.

02

Physical condition

Film, rigid plastic, fluff, shredded material, kelembaban, dirt and metal contamination.

03

Supply stability

Daily availability, composition variation, storage and pre-treatment consistency.

04

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.

  1. 01

    Sort and characterize

    Confirm polymer mix, kelembaban, chlorine risk, additives and incompatible materials.

  2. 02

    Prepare the feed

    Pencacahan, cleaning or drying is selected from the incoming condition and feeding method.

  3. 03

    Feed and thermally process

    Batch or continuous architecture is matched to supply stability, operating plan and site capability.

  4. 04

    Manage wax and condensation

    Wax-forming feedstocks may require a project-configured dewaxing stage before or within condensation.

  5. 05

    Handle gas, oil and residue

    Define non-condensable gas use, oil storage, 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.

DecisionApproved referenceRequired confirmation
Primary feedstockPublished planning basis includes PP, PE and PSRepresentative composition, contamination and chlorine screening
Thermal zone300–450°C main cracking range referenceFinal operating window is determined by process design and feedstock testing
Operating architectureBatch or continuous optionsSupply stability, pra-perawatan, working schedule and site capability
Wax managementDewaxing is recommended for wax-forming plastic streamsPolymer mix, condensation design, cleaning method and maintenance plan

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

Komposisi, kelembaban, chlorine, abu, metal and supply consistency.

Process gate

Pra-perawatan, makanan, thermal architecture, dewaxing, condensation and residue handling.

Site gate

Utilitas, penyimpanan, fire safety, emissions controls, labor and maintenance access.

Commercial gate

Scope inclusions, local obligations, product outlet, acceptance method and delivery boundary.

FAQ PROYEK

Avoid comparing plants before the feedstock is comparable.

Can mixed plastic be processed?

Berpotensi, 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, kelembaban, contaminants, kondisi pengoperasian, 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?

TIDAK. 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.

Kirim Ringkasan Proyek

KONVERSI TERMAL YUSHUNXIN

Waste-plastic pyrolysis starts with polymer identification and sorting

PE-, hal- 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.

Referensi tata letak tiga dimensi dari garis konversi termal berkelanjutan
01 / PROSES TERHUBUNG

Ikuti materinya, menguap, cairan, jalur gas dan padat

Reaktor adalah salah satu bagian dari saluran. Pengoperasian komersial bergantung pada cara setiap aliran disiapkan, ditransfer, dikendalikan dan dibuang.

  1. 01Karakterisasi bahan
  2. 02Persiapan pakan dan transfer tertutup
  3. 03Konversi termal terkontrol
  4. 04Pemisahan uap dan kondensasi bertahap
  5. 05Keamanan dan penggunaan kembali gas yang tidak dapat terkondensasi
  6. 06Pendinginan padat, pembuangan dan penanganan produk
02 / DESAIN KHUSUS BAHAN

Pertanyaan konfigurasi yang mengubah proposal

Poin-poin berikut harus diselesaikan sebelum memilih kapasitas atau menyiapkan penawaran komersial.

Polymer composition

Confirm PE, hal, 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.

03 / MODEL OPERASI

Jadikan utilitas dan outlet produk terlihat sebelum investasi

Tinjauan kelayakan yang berguna menghubungkan keseimbangan massa, keseimbangan energi, jadwal operasi dan rute produk lokal.

Jadwal operasional

Tentukan jam yang direncanakan per hari, mematikan jendela, strategi pembersihan, model tenaga kerja dan kapasitas penyimpanan bahan baku.

Integrasi energi

Evaluasi penggunaan kembali gas yang tidak dapat dikondensasi, bahan bakar permulaan, beban listrik, permintaan pendinginan dan penggunaan energi hilir opsional sebagai satu keseimbangan.

Kontrol kualitas

Tetapkan titik pengambilan sampel untuk material yang masuk, fraksi kondensat, padatan yang diperoleh kembali, air limbah dan gas buang.

Batas komersial

Hasil anggaran tetap bersyarat sampai bahan baku, lokasi, rute produk dan persyaratan kepatuhan lokal dikonfirmasi.

KONFIGURASI REFERENSI

Terjemahkan fakta proyek ke dalam daftar peralatan.

Matriks referensi ini menunjukkan logika keputusan. Jumlah akhir, model dan antarmuka termasuk dalam proposal proyek yang disetujui.

Blok sistemRuang lingkup yang khasDasar konfigurasi
Polymer preparationPenyortiran, merobek-robek, drying and removal of incompatible fractionsPE, hal, PS, PVC, PET and additive profile
Feed and conversionDensity control, sealed transfer, reactor and heating systemBulk density, melt behavior and operating duty
Wax and liquid handlingTemperature-controlled vapor lines, staged condensation and storageWax tendency and target recovered-liquid route
Halogen and gas controlMaterial exclusion, corrosion review and gas-treatment provisionsPVC, brominated additives and local limits
Residue and utilitiesSolid discharge, pendinginan, water and electrical interfacesResidue classification and site conditions
JALUR KEPUTUSAN BERPENGALAMAN TAHAP

Lanjutkan proyek hanya jika bukti yang diperlukan tersedia.

Setiap gerbang mengubah informasi pelanggan menjadi keluaran teknis atau komersial tertentu untuk keputusan berikutnya.

01

Polymer screen

Quantify target polymers, PVC, PET, additives, kelembaban dan kontaminasi.

KeluaranAccepted and excluded feed specification
02

Thermal route

Validate feeding, wax behavior, condensation and corrosion controls.

KeluaranMaterial-specific process route
03

Product and permit

Confirm recovered-product status, outlets and local environmental boundary.

KeluaranCommercial and compliance evidence pack
04

Configuration review

Freeze preparation, reactor, pemulihan, utilities and acceptance interfaces.

KeluaranProject configuration basis
FAQ PROYEK

Pertanyaan yang harus diselesaikan sebelum konfigurasi.

Jawaban menentukan batas teknik; hal ini tidak menggantikan pengujian material yang representatif atau tinjauan kepatuhan lokal.

Apa yang menentukan daftar peralatan pirolisis berkelanjutan?

Formulir bahan baku, komposisi, kelembaban, kontaminasi, jadwal operasi yang direncanakan, rute produk yang dipulihkan, utilitas situs dan persyaratan izin menentukan konfigurasi.

Bisa ban, plastik dan lumpur berminyak menggunakan jalur yang persis sama?

TIDAK. Mereka mungkin berbagi prinsip konversi termal, tapi persiapan mereka, makanan, korosi, kondensasi, penanganan yang solid dan pengendalian lingkungan berbeda secara material.

Dapatkah kinerja oli yang dipulihkan dijamin dari deskripsi material umum?

TIDAK. Analisis representatif dan metode pengambilan sampel yang disepakati diperlukan sebelum kuantitas cairan diperoleh kembali, kualitas atau penggunaan hilir dapat dievaluasi.

Apa yang harus dimasukkan dalam pengujian penerimaan?

Tentukan bahan baku, durasi berjalan, keseimbangan massa, stabilitas operasi, keluaran sampel, utilitas, interlock keselamatan dan uji emisi atau residu yang berlaku.

TINJAUAN TEKNIK PROYEK

Tentukan bahan sebelum memilih peralatan.

Bagikan deskripsi materi yang representatif, volume yang tersedia, status situs dan keluaran target. YUSHUNXIN akan menggunakan fakta-fakta tersebut untuk mempersiapkan batasan proses dan diskusi konfigurasi yang relevan.

Mulai Tinjauan Proyek