• HICLOVER Precious Metal Recovery Furnace

    HICLOVER Precious Metal Recovery Furnace

    HICLOVER Precious Metal Recovery Furnace

    (Controlled Low-Temperature Roasting/Ashing + High-Temperature Afterburner + Optional Quench Scrubber + Dry Ash/Wet Sludge Recovery + PLC Control)

    The HICLOVER Precious Metal Recovery Furnace is a thermal pre-treatment solution designed for precious metal recovery workflows. It processes precious-metal-bearing materials―such as resins, plastics, oily residues, surface coatings, activated carbon/resin carriers, and e-waste intermediates―into recoverable ash, while maintaining controlled treatment of oil smoke, VOCs, and pyrolysis flue gas generated during heating.


    A/B/C Process Structure

    Stage A ― Controlled Roasting / Ashing

    A gradual, low-temperature thermal process removes organics in a stable and controllable manner, producing dry, recoverable ash.
    Ash is collected using movable high-temperature trays, enabling centralized collection and simplified downstream recovery handling.

    Stage B ― High-Temperature Afterburner

    A dedicated high-temperature oxidation stage ensures more complete destruction of oil smoke, VOCs, and cracking/pyrolysis gases, helping reduce odor, black smoke, and internal fouling, while improving overall cleanliness and operational stability.

    Optional Stage C ― Quench Spray Scrubber

    For higher cleanliness requirements, an optional wet treatment stage can be applied for rapid quenching + washing + demisting.
    This section generates wet sludge for periodic discharge and can be re-ashed when needed to maximize precious metal retention.


    Key Advantages

    • Centralized recovery: dry ash + wet sludge capture to improve precious metal retention

    • Cleaner operation: stable gas cleanup with reduced buildup and lower maintenance load

    • Customizable capacity: chamber volume and throughput configurable to project needs

    • Fuel flexibility: Diesel / Natural Gas / LPG supported

    • PLC recipe control: temperature curves, holding time, airflow management, and safety interlocks

    • Modular design: optional mobile/containerized configuration for fast installation and deployment

    Mobile: +86-13813931455(WhatsApp)

    Email:     [email protected]     
    Email:     [email protected] 

     

    2026-01-22/23:13:14

  • Incinerator Suppliers in Cameroon: How to Source a Reliable Waste Incinerator for Clinics, Camps, and Industrial Sites

    Incinerator Suppliers in Cameroon: How to Source a Reliable Waste Incinerator for Clinics, Camps, and Industrial Sites

    Incinerator Suppliers in Cameroon: How to Source a Reliable Waste Incinerator for Clinics, Camps, and Industrial Sites

    Searching for incinerator suppliers in Cameroon is often driven by one urgent goal: finding a waste incinerator that can be delivered quickly, installed easily, and operated safely under real local conditions. Across Cameroon’s cities, regional hospitals, industrial parks, agricultural zones, and remote project camps, waste handling is becoming a higher priority due to rising waste volumes, tighter environmental expectations, and increased pressure on public health infrastructure.

    For many buyers, the real challenge is not just choosing an incinerator type, but choosing a supplier that can provide consistent factory quality, proven automation, and a scalable configuration that fits the site. That is where HICLOVER positions itself as a dependable manufacturer-focused partner for international projects.

    Google Search: incinerator+suppliers+in+Cameroon


    Why Cameroon Buyers Are Upgrading Waste Incineration Capacity

    Cameroon’s waste disposal demand is expanding across multiple sectors:

    • Hospitals & clinics needing safer treatment of medical and infectious waste

    • Municipal and community sites facing rising mixed solid waste generation

    • Industrial operations managing packaging waste, contaminated solids, or production residues

    • Remote camps and infrastructure projects where landfill access is limited

    • Agriculture & livestock areas requiring controlled disposal of animal waste and bio-risk materials

    At the same time, global trends are shaping purchasing decisions. Buyers increasingly look for equipment aligned with modern priorities such as public health protection, odor and smoke reduction, operator safety, and practical emission-control upgrades.


    What Matters Most When Choosing a Waste Incinerator Supplier

    When evaluating incinerator suppliers in Cameroon, serious buyers typically focus on five essentials:

    1) Supplier Must Be a Real Factory Manufacturer

    A factory-backed supplier offers advantages that trading companies and brokers cannot match:

    • stable production quality

    • standardized design platform with optional upgrades

    • reliable lead time planning

    • documented testing before shipment

    • stronger technical communication and spare parts supply

    HICLOVER is positioned from the manufacturing side, supporting export projects with structured product platforms rather than “one-off” uncertain builds.

    2) Incinerator Must Match the Waste Type

    A proper waste incinerator selection begins with the waste stream:

    • Medical / infectious waste incinerator solutions for clinics and hospitals

    • Animal waste / carcass incinerator options for farms and veterinary applications

    • Municipal solid waste incinerator setups for camps and institutions

    • Industrial waste incinerator configurations for factories and workshops

    Choosing the wrong chamber layout or airflow logic can lead to unstable operation, higher fuel use, and poor burnout quality. HICLOVER systems are designed around consistent combustion staging for cleaner and more complete destruction.

    3) Automation Reduces Risk and Improves Stability

    Many sites face operator skill gaps and shift-based operation. Automation becomes a practical necessity rather than a luxury.

    HICLOVER offers PLC automatic control options that support:

    • temperature monitoring and combustion control logic

    • safer startup/shutdown routines

    • alarm protection for key operating conditions

    • repeatable performance across different shifts

    This is especially important for medical waste disposal, where stable high-temperature operation is linked to odor destruction and better burnout.

    4) Mobility and Modular Design Save Installation Time

    In many Cameroon projects, time-to-commission is critical. Buyers increasingly choose:

    • mobile waste incinerator configurations

    • containerized incinerator systems

    • modular skid-mounted incinerators

    HICLOVER’s export-oriented approach emphasizes fast deployment, where the system can be shipped as a more integrated package, reducing site fabrication work.

    5) A Supplier Should Provide Upgrade Paths for Emission Control

    Different projects target different compliance levels. A supplier should offer modular expansion such as:

    • particulate reduction modules

    • wet scrubber options

    • quench and dust removal stages

    • enhanced residence and mixing designs

    Instead of forcing a single expensive “all-in” design, HICLOVER supports step-by-step system matching based on project requirements and budget reality.


    HICLOVER Waste Incinerator Solutions for Cameroon Applications

    HICLOVER focuses on export-ready incinerator systems designed for stable combustion, reliable operation, and scalable configuration. Common supply categories include:

    Medical and Infectious Waste Incinerators

    For hospitals, clinics, and emergency response sites:

    • dual-chamber combustion architecture

    • stable secondary oxidation for improved burnout

    • optional emission-control modules for upgraded requirements

    • automation-ready for safer daily operation

    Containerized Plug-and-Play Incinerator Systems

    For projects demanding rapid deployment:

    • factory-integrated layout inside container structure

    • reduced installation workload on site

    • suitable for camps, institutions, remote operations, and project-based use

    Mobile and Skid-Based Incinerators

    For relocation flexibility and fast commissioning:

    • practical for multi-location programs

    • supports temporary or phased waste treatment planning

    Industrial Waste Incinerators

    For industrial and commercial waste streams:

    • robust high-temperature design philosophy

    • engineered combustion stability for continuous work cycles

    • optional pollution control system integration

    For official product and supplier information, visit HICLOVER’s homepage: https://www.hiclover.com/


    Factory-Supply Advantages: Why Direct Manufacturing Support Matters

    Working with a factory-focused supplier improves outcomes in real projects. HICLOVER supports overseas buyers with:

    • Export packaging and structured documentation

    • Standardized models with customization options

    • Spare parts planning and aftermarket continuity

    • Clear configuration selection (fuel, control system, emission options)

    • Production-based consistency for multi-unit procurement

    For government projects, hospital expansion programs, NGO-supported facilities, and industrial operators, this factory supply capacity helps reduce procurement uncertainty and operational risk.


    Common Procurement Checklist for Cameroon Buyers

    When contacting incinerator suppliers in Cameroon, decision-makers usually prepare:

    • waste type and estimated daily volume

    • fuel availability (diesel / gas / LPG)

    • preferred mobility (fixed, skid, trailer, containerized)

    • control preference (manual vs PLC automatic)

    • expected performance goals (odor control, stable smoke reduction, compliance target)

    • installation limitations (power stability, operator skills, site footprint)

    A supplier that can convert this checklist into a workable configuration is typically the safest long-term choice.


    Conclusion: Choosing the Right Waste Incinerator Supplier in Cameroon

    For organizations sourcing a waste incinerator, the most reliable path is selecting a supplier with strong manufacturing capability, proven combustion architecture, automation options, and modular deployment formats. As waste treatment expectations rise across healthcare, municipal services, and industrial development, Cameroon buyers increasingly prioritize stable solutions that can be installed quickly and operated safely.

    HICLOVER provides export-oriented incinerator systems designed around practical performance, scalable configuration, and factory-level supply reliability for global customers.


    Résumé (Français)

    Pour les acheteurs recherchant des incinerator suppliers in Cameroon, il est essentiel de choisir un waste incinerator fiable, facile à installer et adapté aux conditions locales. HICLOVER propose des solutions modulaires, mobiles et automatisées (PLC), avec des configurations évolutives pour les hôpitaux, les camps et les sites industriels.

    Resumen (Español)

    Al buscar incinerator suppliers in Cameroon, lo más importante es seleccionar un waste incinerator estable, seguro y fácil de implementar. HICLOVER ofrece incineradores modulares y móviles, con opción de control PLC automático y configuraciones ampliables para clínicas, campamentos y proyectos industriales.

    Mobile: +86-13813931455(WhatsApp)

    Email:     [email protected]     
    Email:     [email protected] 

     

    2026-01-19/15:22:02

  • Incinerator Suppliers in Guinea: Industrial Waste Incinerator Solutions from a Direct Manufacturer

    Incinerator Suppliers in Guinea: Industrial Waste Incinerator Solutions from a Direct Manufacturer

    Incinerator Suppliers in Guinea: Industrial Waste Incinerator Solutions from a Direct Manufacturer

    As Guinea continues to strengthen its environmental policies, healthcare infrastructure, and industrial waste management capacity, the demand for reliable waste incinerator systems is on the rise. Municipal authorities, hospitals, mining operations, and industrial zones are actively seeking durable, efficient, and compliant thermal treatment solutions for controlled waste streams.

    For project owners and procurement teams searching for incinerator suppliers in Guinea, choosing a direct factory manufacturer with deep technical know-how, automation capabilities, and modular design options can make a substantial difference in long-term performance and operational cost control.

    Explore up-to-date search results relevant to local procurement needs:
    https://www.google.com/search?q=incinerator+suppliers+in+Guinea


    Why Incinerator Suppliers in Guinea Matters for Procurement

    Recent global and regional trends emphasize sustainable waste management, emissions reduction, and lifecycle accountability. In Guinea, this trend is reflected in:

    • Strengthened waste management regulations

    • Expanded healthcare services requiring medical waste solutions

    • Mining and industrial sectors seeking on-site waste disposal systems

    • Remote community infrastructure projects with limited utilities

    Procurement teams increasingly prioritize factory-direct supply, OEM technical support, and systems designed for local environmental conditions.


    HICLOVER: Industrial Waste Incinerators from Manufacturer to Market

    HICLOVER is a direct manufacturer of industrial waste incinerator systems with extensive export experience and real-world project references. Unlike trading companies that resell third-party products, HICLOVER’s factory-based approach ensures:

    • Engineering-led design tailored to performance needs

    • Quality control throughout fabrication and testing

    • Transparent and standardized technical documentation

    • After-sales support coordinated from the production source

    Official website: https://www.hiclover.com/


    Waste Incinerator Applications in Guinea

    HICLOVER waste incinerators support a wide range of use cases relevant to Guinea’s evolving infrastructure:

    • Medical waste incinerators for hospitals, clinics, and labs

    • Industrial waste incinerators for mining operations and processing plants

    • Animal and veterinary waste incinerators

    • Municipal solid waste incinerators for controlled disposal

    • Remote and temporary deployment solutions for off-grid sites

    These systems are engineered to withstand high humidity, variable power conditions, and challenging site access—common factors in West African project environments.


    Automation and Operational Efficiency

    Modern waste management facilities demand intelligent control systems that minimize on-site labor needs and enhance safety. HICLOVER incinerators feature advanced automation with:

    • PLC-based control for stable combustion

    • Auto-regulated temperature and burner systems

    • Safety interlocks and fault alerts

    • Reduced operator intervention and enhanced consistency

    Automation supports compliance with environmental regulations and enhances the reliability of operations over the lifecycle of the equipment.


    Mobile, Modular, and Installation-Free Designs

    For many projects in Guinea, infrastructure limitations necessitate flexible incineration solutions. HICLOVER addresses this need with:

    • Containerized incinerators for rapid deployment

    • Skid-mounted and trailer-mounted systems

    • Plug-and-play, installation-free modular configurations

    • Easy relocation for phased or temporary projects

    These features are particularly valuable for mining camps, remote health posts, disaster response scenarios, and pilot waste management initiatives.


    Emission Control and Environmental Considerations

    Environmental compliance is a high-priority trend globally and in West Africa. HICLOVER waste incinerators can be equipped with:

    • Multi-stage flue gas treatment systems

    • Dry or wet scrubber configurations

    • Dust removal and neutralization modules

    • Secondary combustion chambers for improved gas oxidation

    This modular approach allows operators to tailor emission control to local regulatory requirements and budget considerations.


    Factory Supply Advantages Over Resellers

    Selecting a direct manufacturer as your incinerator supplier in Guinea provides tangible benefits:

    • Consistent product quality and performance

    • Clear responsibility for system engineering and delivery

    • Streamlined spare parts and technical support

    • Better alignment with tender and institutional procurement standards

    This supplier-to-customer relationship often leads to lower lifecycle risk and greater project confidence compared to intermediary-led sourcing.


    Conclusion

    For organizations searching for incinerator suppliers in Guinea, the shift toward factory-direct manufacturers with strong automation, modular design, and compliance-oriented engineering provides a sustainable path forward. HICLOVER’s industrial waste incinerators are designed to meet modern waste management challenges while supporting local infrastructure goals and environmental trends.

    Résumé en français
    Les fournisseurs d’incinérateurs en Guinée privilégient de plus en plus des fabricants directs capables de proposer des solutions automatisées, modulaires et adaptées aux hôpitaux, aux industries et aux zones isolées.

    Resumen en español
    Los proveedores de incineradores en Guinea buscan soluciones de incineración de residuos industriales con alto nivel de automatización, diseño modular y suministro directo de fábrica para proyectos médicos e industriales.

    Mobile: +86-13813931455(WhatsApp)

    Email:     [email protected]     
    Email:     [email protected] 

     

    2026-01-11/21:51:12

  • Pet Cremation Incinerator System (30–50 kg/h) HICLOVER TS50PET

    Pet Cremation Incinerator System (30–50 kg/h) HICLOVER TS50PET

    HICLOVER TS50PET

    Pet Cremation Incinerator System (30–50 kg/h)

    Product Overview

    The HICLOVER TS50PET Pet Cremation Incinerator is a purpose-designed, industrial-grade cremation system engineered for the dignified and environmentally responsible disposal of animal remains. Designed around proven dual-chamber incineration principles and enhanced flue-gas treatment stages, the TS50PET delivers stable high-temperature combustion, low residue generation, and reliable operation for veterinary clinics, animal hospitals, municipal animal control centers, and professional pet cremation facilities.

    With flexible fuel options (diesel, natural gas, or LPG), optional wet flue-gas treatment, and multiple mobile configurations, the TS50PET adapts to diverse site conditions while maintaining consistent cremation performance and operator safety.

    Waste Type & Process

    Waste Type: Pet cremation (animal remains)

    Treatment Method: High-temperature incineration

    Target Capacity: 30–50 kg/hour

    Feed Mode: Manual batch feeding

    System Configuration

    The TS50PET integrates a multi-stage combustion and flue-gas management layout to ensure complete oxidation and controlled emissions:

    Primary Combustion Chamber
    Direct cremation of animal remains under controlled high temperature.

    Particulate Sedimentation and Flue Gas Retention Chamber
    Reinforced gas-conditioning chamber for particulate settling and extended flue-gas residence time.

    Mix Combustion Chamber
    High-temperature mixing zone to enhance oxidation and stabilize gas flow before secondary treatment.

    Secondary Combustion Chamber
    Complete oxidation of flue gases generated from the primary chamber, ensuring destruction of odors and organic compounds.

    Chimney System
    6-meter stainless-steel (SS304) stack for safe and stable discharge.

    Control System
    PLC-based automatic control with safety interlocks, alarms, and operating logic.

    Typical HICLOVER System Features

    Dual-chamber incineration with extended gas residence time (≥ 2.0 seconds)

    High-temperature retention (HTR) with adjustable control logic

    Italy-brand burners with automatic ON/OFF operation

    Intelligent fuel-saving and temperature-linked burner control

    APO (Automatic Protection Operator) system for operator safety

    Dry scrubber included as standard; wet scrubber available as an option

    Modular design suitable for fixed or mobile deployment

    Heavy-duty refractory structure for long service life

    Simple operation, low maintenance, and high reliability

    Pet Cremation–Dedicated Design

    The TS50PET is specifically optimized for pet cremation applications:

    Chamber volumes matched to animal body size for efficient heat utilization

    Stable flame and temperature control to ensure respectful, complete cremation

    Low ash residue (≤ 5%), easy ash handling, and movable waste/ash bed

    Odor-controlled operation through secondary combustion and optional wet scrubbing

    Quiet, clean, and compact layout suitable for urban or clinic environments

     

    Key Technical Data (HICLOVER TS50PET)

    Capacity & Operation

    Burn Rate (Average): 20–30 kg/h

    Design Capacity: 30–50 kg/h

    Feed Capacity: 50–80 kg per feeding

    Residency Time: ≥ 2.0 seconds

    Combustion Chambers

    1#Primary Chamber Volume: 560 L

    2#Particulate Sedimentation & Gas Retention Chamber: 180 L

    3#Mix Combustion Chamber: 50 L

    4#Secondary Chamber Volume: 280 L

    Temperature Range

    Primary Chamber: 800–1000 °C

    Secondary Chamber: 1000–1300 °C

    Fuel & Consumption

    Fuel Type: Diesel / Natural Gas / LPG

    Diesel Consumption (Theoretical): ~14 kg/h

    Natural Gas Consumption: ~16 m³n/h

    Burner Configuration

    Primary Chamber: G10LC single-stage burner ×1 (8 kg/h)

    Secondary Chamber: G10LC single-stage burner ×1 (8 kg/h)

    Electrical System

    Voltage: 220 / 380 V

    Power: 0.7 / 3.0 kW

    Control & Safety

    PLC Automatic Control

    Continuous feeding protection sensors

    Temperature monitoring with corundum probe tube (1600 °C rated)

    Automatic cooling, alarms (display / voice / light), and system testing mode

    Structure & Materials

    Hot Face Refractory: ≥115 mm, 65% Al₂O₃, 1750 °C grade

    Cold Face Insulation: High-grade refractory ceramic fiber

    Chimney: SS304, 6 m height

    External Paint: 250 °C heat-resistant coating

    Dimensions & Weight

    External Dimensions: 190 × 130 × 155 cm

    Gross Weight: 5,000–7,000 kg

    Flue Gas Treatment Options

    Dry Scrubber: Included

     

    Wet Scrubber (Optional):

    First-stage stainless-steel spray tower (primary scrubber)

    Second-stage stainless-steel spray tower (secondary scrubber)

    Stainless-steel demister tower

    Stainless-steel demisting & dust-removal filter

    Integrated water tank with induced draft (ID) fan

     

    Optional Configurations

    Containerized mobile type

    Trailer-mounted or sledge-mounted mobile versions

    Dual-fuel (oil & gas) system

    Flame observation window

    Fire grate

    Heat Recovery Technology (HHT)

    Compliance & Manufacturing

    CE compliance: 2006/42/EC, 2014/30/EU

    ISO 9001:2015 certified manufacturing

    No asbestos or mercury-containing materials

    High-tech enterprise certification

     

    HICLOVER TS50PET delivers a balanced combination of traditional dual-chamber incineration principles and forward-looking modular design, providing a dependable, clean, and respectful solution for modern pet cremation operations.

     

    Mobile: +86-13813931455(WhatsApp)

    Email:     [email protected]     
    Email:     [email protected] 

     

    2025-12-21/14:46:05

    Incinerator Items/Model

    HICLOVER TS100(PLC)

     

    Burn Rate (Average)

    100kg/hour

    Feed Capacity(Average)

    150kg/feeding

    Control Mode

    PLC Automatic

    Intelligent Sensor

    Continuously Feeding with Worker Protection

    High Temperature Retention(HTR)

    Yes (Adjustable)

    Intelligent Save Fuel Function

    Yes

    Primary Combustion Chamber

    1200Liters(1.2m3)

    Internal Dimensions

    120x100x100cm

    Secondary Chamber

    600L

    Smoke Filter Chamber

    Yes

    Feed Mode

    Manual

    Burner Type

    Italy Brand

    Temperature Monitor

    Yes

    Temperature Thermometer

    Corundum Probe Tube, 1400℃Rate.

    Temperature Protection

    Yes

    Automatic Cooling

    Yes

    Automatic False Alarm

    Yes

    Automatic Protection Operator(APO)

    Yes

    Time Setting

    Yes

    Progress Display Bar

    3.7 in” LCD Screen

    Oil Tank

    200L

    Chimney Type

     Stainless Steel 304

    1st. Chamber Temperature

    800℃–1000℃

    2nd. Chamber Temperature

    1000℃-1300℃

    Residency Time

    2.0 Sec.

    Gross Weight

    7000kg

    External Dimensions

    270x170x190cm(Incinerator Main Body)

    Burner operation

    Automatic On/Off

    Dry Scrubber

    Optional

    Wet Scrubber

    Optional

    Top Loading Door

    Optional

    Asbestos Mercury Material

    None

    Heat Heart Technology(HHT)

    Optional

    Dual Fuel Type(Oil&Gas)

    Optional

    Dual Control Mode(Manual/Automatic)

    Optional

    Temperature Record

    Optional

    Enhanced Temperature Thermometer

    Optional

    Incinerator Operator PPE Kits

    Optional

    Backup Spare Parts Kits

    Optional

    Mobile Type

    Optional:Containerized/Trailer/Sledge Optional

  • Namibia Waste Incinerator Market Report: Market Characteristics, Demand Trends, and Suitability of Modern Incineration Technology

    Namibia Waste Incinerator Market Report: Market Characteristics, Demand Trends, and Suitability of Modern Incineration Technology

    Namibia Waste Incinerator Market Report: Market Characteristics, Demand Trends, and Suitability of Modern Incineration Technology


    1. Overview of Namibia’s Waste Management Environment
    Namibia, with major cities such as Windhoek, Walvis Bay, Swakopmund, Oshakati, and Rundu, faces increasing pressures to modernize its waste-handling systems. Despite its relatively low population density, the country generates diverse waste streams due to growing healthcare services, coastal industrial activities, tourism-related operations, and expanding urban centers.

    While Namibia maintains a strong environmental policy framework, the availability of compliant waste-treatment infrastructure remains limited outside Windhoek. This gap has created strong demand for engineered incineration systems capable of meeting international standards. The United Nations, UNDP, and health-sector partners contribute significantly through technical guidance, funding, and strengthening of environmental governance.

    2. Key Market Characteristics
    The Namibian waste-incineration market is shaped by unique structural factors:

    • High variability in waste composition, including medical, tourism-related, industrial, and community-generated waste.

    • Strong reliance on decentralized waste treatment, especially in remote regions such as Kunene, Kavango, Omaheke, and Hardap.

    • Environmental sensitivity, particularly along coastal areas like Walvis Bay and Lüderitz, where marine ecosystems require strict pollution control.

    • Infrastructure asymmetry, with rural clinics and remote outposts needing compact and easy-to-operate incinerator systems.

    • Regulatory pressure, driven by Namibia’s Ministry of Environment and supported by UN agencies focused on public health, emissions reduction, and safe disposal.

    These factors shape a market that values efficiency, mobility, durability, and reliable emission-control performance.

    3. Market Demand and Emerging Trends
    Several trends define Namibia’s growing need for engineered incineration solutions:

    1. Expansion of healthcare infrastructure
      Hospitals and clinics in Windhoek, Oshakati, Katima Mulilo, and Keetmanshoop require reliable medical waste incinerators to meet rising service levels.

    2. Tourism and hospitality waste growth
      Coastal destinations like Swakopmund and Walvis Bay produce significant waste streams that require hygienic disposal, including food, packaging, and contaminated waste.

    3. Mining and industrial activity
      Mines in Erongo, Karas, and Kunene generate hazardous and semi-hazardous waste, creating demand for durable, high-temperature incinerators.

    4. United Nations and NGO operations
      UN agencies frequently deploy incinerator systems to strengthen emergency preparedness and improve environmental health standards in remote communities.

    5. Focus on localized treatment
      To reduce transport risks and cost, Namibia is investing in on-site waste treatment, creating strong demand for mobile and containerized incinerator systems.

    4. Suitability of Incinerators for Namibia’s Local Conditions
    Given Namibia’s climate, geography, and waste characteristics, suitable incinerator features include:

    • Multi-chamber high-temperature combustion for complete burnout of mixed or low-calorific waste.

    • LPG or diesel burners, ensuring stable combustion even in coastal humidity or desert wind conditions.

    • Top-loading systems, ideal for bulky community waste, tourism-sector waste, and rural health-facility operations.

    • Containerized/mobile configurations that allow installation in remote districts without extensive civil engineering.

    • Optional wet scrubbers or dry filtration in environmentally sensitive areas such as Walvis Bay and Swakopmund.

    These features align with the procurement guidelines used in UN-supported projects across Southern Africa.

    5. HICLOVER Incinerators: Advantages for the Namibian Market
    HICLOVER provides multiple waste-incineration models well suited for Namibia’s diverse operational needs:

    • Top-loading waste incinerators suitable for municipal, tourism, and agricultural waste streams in Windhoek and Swakopmund.

    • Medical waste incinerators with secondary combustion, ideal for hospitals in Oshakati, Rundu, and Katima Mulilo.

    • Containerized mobile incinerators, preferred by UN missions, NGOs, and remote facilities for rapid deployment and reduced installation effort.

    • Optional gas-cleaning systems, strengthening compliance in protected or high-sensitivity zones.

    • Robust structural design and automated burners, ensuring reliable operation in Namibia’s extreme desert climate.

    To reinforce keyword relevance, here are internal links pointing only to HICLOVER pages:

    • medical waste incinerator Namibia

    • top-loading waste incinerator

    • municipal waste incinerator system

    • containerized mobile incinerator

    • Namibia waste treatment equipment

    6. Additional Highlight: Namibia’s Coastal Environmental Protection Priority
    Walvis Bay, Swakopmund, Lüderitz, and other coastal zones represent some of Namibia’s most environmentally sensitive areas. Waste mismanagement in these regions can affect fisheries, tourism, and marine ecology. High-efficiency incineration, especially with optional filtration stages, plays a crucial role in preventing contamination and protecting Namibia’s iconic Atlantic coastline.

    This theme is increasingly emphasized in environmental planning documents supported by the United Nations and local authorities.

    7. Market Outlook
    Namibia’s incinerator market is expected to grow steadily due to:

    • Continued expansion of national healthcare services

    • Strengthened environmental oversight from both government and UN partners

    • Investment in localized waste infrastructure in rural provinces

    • Increased industrial and mining activity

    • Rising tourism-sector waste generation along the coast

    These conditions position Namibia as an attractive and steadily growing market for modern waste-incineration technologies.

    Namibia requires waste-incineration solutions that operate reliably in varied climatic zones—from desert regions in Hardap and Omaheke to coastal cities like Walvis Bay and Lüderitz.
    HICLOVER’s engineered systems, with options for mobile deployment, multi-chamber combustion, and advanced emissions control, align with Namibia’s technical, regulatory, and humanitarian needs. Their proven durability and field adaptability make them well suited for long-term national and donor-supported waste-management projects.


    Kurze Zusammenfassung auf Deutsch:
    Namibia zeigt einen wachsenden Bedarf an modernen Abfallverbrennungsanlagen, geprägt durch steigende medizinische Abfälle, Tourismus, Bergbau und strenge Umweltanforderungen. Städte wie Windhoek, Swakopmund und Walvis Bay benötigen zuverlässige Lösungen mit hoher Effizienz und stabiler Emissionskontrolle. HICLOVER-Incineratoren bieten robuste, anpassungsfähige und leicht installierbare Systeme, die sowohl lokalen Behörden als auch UN-Organisationen eine langfristige, konforme Entsorgung ermöglichen.

    Mobile: +86-13813931455(WhatsApp)

    Email:     [email protected]     
    Email:     [email protected] 

     

    2025-12-11/14:42:11

    Incinerator Items/Model

    HICLOVER TS100(PLC)

     

    Burn Rate (Average)

    100kg/hour

    Feed Capacity(Average)

    150kg/feeding

    Control Mode

    PLC Automatic

    Intelligent Sensor

    Continuously Feeding with Worker Protection

    High Temperature Retention(HTR)

    Yes (Adjustable)

    Intelligent Save Fuel Function

    Yes

    Primary Combustion Chamber

    1200Liters(1.2m3)

    Internal Dimensions

    120x100x100cm

    Secondary Chamber

    600L

    Smoke Filter Chamber

    Yes

    Feed Mode

    Manual

    Burner Type

    Italy Brand

    Temperature Monitor

    Yes

    Temperature Thermometer

    Corundum Probe Tube, 1400℃Rate.

    Temperature Protection

    Yes

    Automatic Cooling

    Yes

    Automatic False Alarm

    Yes

    Automatic Protection Operator(APO)

    Yes

    Time Setting

    Yes

    Progress Display Bar

    3.7 in” LCD Screen

    Oil Tank

    200L

    Chimney Type

     Stainless Steel 304

    1st. Chamber Temperature

    800℃–1000℃

    2nd. Chamber Temperature

    1000℃-1300℃

    Residency Time

    2.0 Sec.

    Gross Weight

    7000kg

    External Dimensions

    270x170x190cm(Incinerator Main Body)

    Burner operation

    Automatic On/Off

    Dry Scrubber

    Optional

    Wet Scrubber

    Optional

    Top Loading Door

    Optional

    Asbestos Mercury Material

    None

    Heat Heart Technology(HHT)

    Optional

    Dual Fuel Type(Oil&Gas)

    Optional

    Dual Control Mode(Manual/Automatic)

    Optional

    Temperature Record

    Optional

    Enhanced Temperature Thermometer

    Optional

    Incinerator Operator PPE Kits

    Optional

    Backup Spare Parts Kits

    Optional

    Mobile Type

    Optional:Containerized/Trailer/Sledge Optional

  • Global Market Landscape for Small-Scale Medical Waste Incinerators

    Global Market Landscape for Small-Scale Medical Waste Incinerators

    Global Market Landscape for Small-Scale Medical Waste Incinerators


    The safe disposal of medical and hazardous waste is a critical concern worldwide, driving demand for effective on-site incineration solutions. Small-scale waste incinerators C especially those designed for medical waste C have emerged as essential tools in remote clinics, disaster zones, and underserved healthcare facilities where conventional waste management infrastructure is lacking. In fact, as of 2021 only about 61% of hospitals worldwide had basic healthcare waste services, dropping to just 25% in fragile regions[1]. This gap underlines why on-site incineration is often relied upon as an immediate solution. International bodies like the United Nations (UN) and World Health Organization (WHO) play a key role in promoting these technologies through guidelines and support programs. This has made small incinerators a focal point for government agencies, humanitarian NGOs, healthcare providers, and environmental organizations looking to protect public health and the environment.


    Global Market Trends and Landscape


    Globally, the market for small-scale incinerators is on a steady growth trajectory. In 2024 the small waste incinerator sector was valued around $2.5 billion and is projected to reach roughly $5.0 billion by 2034, with a robust ~7% annual growth rate[2]. This expansion is propelled by increasing urbanization and stringent waste regulations in many countries that demand safer disposal methods[3]. Small-scale incinerators (units handling less than about 1 ton per hour) make up a significant share C roughly 40% of the overall incinerator market C reflecting their suitability for localized applications[4]. The Asia-Pacific region currently leads in adoption, accounting for about 45% of global revenue as rapidly developing nations invest in waste management infrastructure[5]. Meanwhile, emerging markets in Africa and Latin America are also seeing rising demand, driven by healthcare expansion and the need to replace unsafe practices like open burning.

    Key drivers behind this trend include heightened environmental awareness and the push for sustainable waste solutions. Governments are tightening rules on medical and hazardous waste disposal, often requiring modern incineration (or equivalent treatment) to prevent pollution. At the same time, industries and municipalities seek to reduce reliance on overcrowded landfills by using compact incinerators that significantly reduce waste volume and eliminate pathogens on-site. Technological advances C such as automated controls and emissions monitoring C are making new incinerator models more efficient and easier to operate, which further encourages adoption. However, the market does face challenges: high initial costs and strict permitting processes can slow deployment in some regions[6]. Even so, the overall outlook remains positive as public health needs and environmental safeguards align in favor of safe, small-scale incineration as part of comprehensive waste management.

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    2025-12-11/10:30:20

    Incinerator Items/Model

    HICLOVER TS100(PLC)

     

    Burn Rate (Average)

    100kg/hour

    Feed Capacity(Average)

    150kg/feeding

    Control Mode

    PLC Automatic

    Intelligent Sensor

    Continuously Feeding with Worker Protection

    High Temperature Retention(HTR)

    Yes (Adjustable)

    Intelligent Save Fuel Function

    Yes

    Primary Combustion Chamber

    1200Liters(1.2m3)

    Internal Dimensions

    120x100x100cm

    Secondary Chamber

    600L

    Smoke Filter Chamber

    Yes

    Feed Mode

    Manual

    Burner Type

    Italy Brand

    Temperature Monitor

    Yes

    Temperature Thermometer

    Corundum Probe Tube, 1400℃Rate.

    Temperature Protection

    Yes

    Automatic Cooling

    Yes

    Automatic False Alarm

    Yes

    Automatic Protection Operator(APO)

    Yes

    Time Setting

    Yes

    Progress Display Bar

    3.7 in” LCD Screen

    Oil Tank

    200L

    Chimney Type

     Stainless Steel 304

    1st. Chamber Temperature

    800℃–1000℃

    2nd. Chamber Temperature

    1000℃-1300℃

    Residency Time

    2.0 Sec.

    Gross Weight

    7000kg

    External Dimensions

    270x170x190cm(Incinerator Main Body)

    Burner operation

    Automatic On/Off

    Dry Scrubber

    Optional

    Wet Scrubber

    Optional

    Top Loading Door

    Optional

    Asbestos Mercury Material

    None

    Heat Heart Technology(HHT)

    Optional

    Dual Fuel Type(Oil&Gas)

    Optional

    Dual Control Mode(Manual/Automatic)

    Optional

    Temperature Record

    Optional

    Enhanced Temperature Thermometer

    Optional

    Incinerator Operator PPE Kits

    Optional

    Backup Spare Parts Kits

    Optional

    Mobile Type

    Optional:Containerized/Trailer/Sledge Optional

  • Industrial Fixed Incineration Systems for Solid Waste and Recycling Facilities

    Industrial Fixed Incineration Systems for Solid Waste and Recycling Facilities

    Industrial Fixed Incineration Systems for Solid Waste and Recycling Facilities


    Modern solid waste treatment plants, hazardous waste storage areas, and recycling factories face increasing regulatory and environmental challenges. Mixed waste―especially non-recyclable plastics, chemical residues, and contaminated packaging―must be treated safely and efficiently to prevent secondary pollution. The HICLOVER fixed industrial incinerator, equipped with a dry filtration system and activated carbon adsorption module, provides an advanced, eco-friendly solution for these operations across Asia, Africa, and the Middle East.


    Industrial Waste Challenges in Recycling and Waste Management Zones

    Recycling plants and solid waste treatment centers frequently encounter residues that cannot be reused, including mixed plastic films, chemical-contaminated filters, and sludge-like materials. In many developing regions, such as Ghana, Vietnam, and Morocco, unregulated recycling yards and informal scrap operations cause uncontrolled burning, releasing toxic emissions.

    To address these challenges, a high-efficiency fixed incineration system is essential for proper destruction of waste while minimizing emissions. HICLOVER’s engineered incinerators are designed for industrial-scale operations, meeting both economic and environmental requirements.


    HICLOVER Fixed Industrial Incinerator: Core Features

    The HICLOVER industrial waste incinerator combines precision combustion with multi-stage gas cleaning for continuous, low-emission operation.

    Key design elements include:

    • Primary chamber: 850C950 °C for solid and semi-solid waste oxidation.

    • Secondary chamber: ≥1100 °C, ≥2 s retention to eliminate CO, VOCs, and dioxins.

    • Dry filtration system for dust and acid-gas neutralization.

    • Activated carbon adsorption tower for removal of dioxins, HF, and heavy metals.

    • PLC automatic control for temperature and airflow management.

    • Refractory insulation using high-alumina brick for long-term durability.

    • Optional quench tower and ID fan with stack monitoring for complete flue-gas treatment.

    This configuration ensures >99% combustion efficiency while maintaining safe emission levels in compliance with GB 18484-2020, WHO, and EU IED equivalent standards.


    Applications Across Recycling and Waste Sectors

    The system is ideal for:

    • Hazardous waste temporary storage facilities requiring thermal treatment of residues.

    • Plastic recycling plants generating non-recyclable rejects.

    • Chemical recovery sites producing mixed hazardous byproducts.

    • Illegal scrap collection centers transitioning to compliant waste treatment.

    In regions like Southeast Asia and West Africa, these incineration systems help industrial operators and local authorities replace uncontrolled burning with contained, low-emission thermal treatment.


    Environmental and Operational Benefits

    • No open burning or secondary contamination.

    • Compact footprint for integration within industrial zones.

    • Fuel flexibility: operates on diesel, LPG, or natural gas.

    • Stable performance with automated safety and cooling systems.

    • Scalable modular design for expanding processing capacity.

    The combination of dry filtration and activated carbon adsorption allows HICLOVER systems to handle chemically complex waste without corrosion or emission issues, ensuring long-term environmental compliance.


    Trusted Global Partner for Industrial Waste Solutions

    With deployments spanning over 40 countries, HICLOVER supports industrial operators, recycling parks, and environmental service providers seeking to improve waste treatment infrastructure. The company’s custom-engineered fixed incinerators integrate seamlessly with scrubbers, bag filters, and emission control units from its CloverFilter product line.

    Learn more at
    www.hiclover.com | Industrial Waste Incinerator | Emission Control Solutions | Fixed Incinerator Systems | Contact HICLOVER


    Keywords: industrial waste incinerator, fixed incineration system, solid waste treatment plant, dry filtration system, activated carbon adsorption, plastic waste disposal, HICLOVER environmental technology.

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    2025-11-03/11:09:34

    Incinerator Items/Model

    HICLOVER TS100(PLC)

     

    Burn Rate (Average)

    100kg/hour

    Feed Capacity(Average)

    150kg/feeding

    Control Mode

    PLC Automatic

    Intelligent Sensor

    Continuously Feeding with Worker Protection

    High Temperature Retention(HTR)

    Yes (Adjustable)

    Intelligent Save Fuel Function

    Yes

    Primary Combustion Chamber

    1200Liters(1.2m3)

    Internal Dimensions

    120x100x100cm

    Secondary Chamber

    600L

    Smoke Filter Chamber

    Yes

    Feed Mode

    Manual

    Burner Type

    Italy Brand

    Temperature Monitor

    Yes

    Temperature Thermometer

    Corundum Probe Tube, 1400℃Rate.

    Temperature Protection

    Yes

    Automatic Cooling

    Yes

    Automatic False Alarm

    Yes

    Automatic Protection Operator(APO)

    Yes

    Time Setting

    Yes

    Progress Display Bar

    3.7 in” LCD Screen

    Oil Tank

    200L

    Chimney Type

     Stainless Steel 304

    1st. Chamber Temperature

    800℃–1000℃

    2nd. Chamber Temperature

    1000℃-1300℃

    Residency Time

    2.0 Sec.

    Gross Weight

    7000kg

    External Dimensions

    270x170x190cm(Incinerator Main Body)

    Burner operation

    Automatic On/Off

    Dry Scrubber

    Optional

    Wet Scrubber

    Optional

    Top Loading Door

    Optional

    Asbestos Mercury Material

    None

    Heat Heart Technology(HHT)

    Optional

    Dual Fuel Type(Oil&Gas)

    Optional

    Dual Control Mode(Manual/Automatic)

    Optional

    Temperature Record

    Optional

    Enhanced Temperature Thermometer

    Optional

    Incinerator Operator PPE Kits

    Optional

    Backup Spare Parts Kits

    Optional

    Mobile Type

    Optional:Containerized/Trailer/Sledge Optional

  • Tanzania Incinerator Solutions for Schools, Universities, and Military Bases

    Tanzania Incinerator Solutions for Schools, Universities, and Military Bases

    Tanzania Incinerator Solutions for Schools, Universities, and Military Bases

    Waste management in Tanzania has become a growing challenge as the country expands its education sector, develops new infrastructure, and strengthens its military and healthcare facilities. Schools, universities, and military bases generate a wide range of waste streams, including paper, plastics, laboratory refuse, food waste, and in some cases hazardous medical or pharmaceutical residues. For these high-density institutions, a reliable incinerator for schools and universities in Tanzania is not just a necessity but a sustainable solution to prevent environmental pollution and safeguard public health.

    High Calorific Value Waste Destruction System

    A major concern in Tanzania is the increasing proportion of high calorific value waste, particularly plastics, packaging, and synthetic materials used in academic and defense installations. Traditional low-capacity burning pits or open-air disposal methods are not suitable for these waste streams. Instead, the use of a high calorific value waste destruction system ensures complete thermal oxidation at controlled temperatures exceeding 1,100°C.

    The HICLOVER TS300 incinerator is specifically designed to handle such challenging waste categories. With a primary combustion chamber lined with high-grade refractory concrete and a secondary chamber with 2-second gas retention time, it meets international standards for dioxin and furan destruction. This configuration is particularly effective in Tanzania, where climatic conditions such as high humidity and seasonal flooding make open waste disposal risky.

    Containerized Incinerator for Military Bases in Tanzania

    Military facilities in Tanzania require waste treatment units that are not only efficient but also mobile and secure. A containerized incinerator for military bases in Tanzania provides the flexibility to deploy the system at remote camps, border posts, or temporary bases. The containerized design allows rapid transport by truck or flatbed trailer, while also protecting the equipment from dust, rain, and vandalism.

    The HICLOVER TS300 containerized option integrates:

    • A diesel-fired Italian Baltur burner system for stable ignition and combustion control.

    • PLC-based automation to regulate airflow, burner sequence, and chamber temperature.

    • Flue gas treatment modules, including dry scrubbers and optional activated carbon injection, ensuring compliance with WHO and UNEP guidelines.

    These features make it particularly well-suited for Tanzanian defense and security forces, where waste management must be both reliable and logistically adaptable.

    Local Relevance in Tanzania

    • Educational Institutions: With expanding universities in Dar es Salaam, Dodoma, and Arusha, campus waste volumes are increasing. Incinerators like the TS300 prevent the accumulation of mixed plastic and organic refuse, protecting both students and surrounding communities.

    • Military Bases: The Tanzania People’s Defence Force benefits from containerized systems that can be redeployed as bases shift in response to regional operations.

    • Rural and Remote Regions: Containerized incinerators are also crucial in the country’s rural hospitals and schools, where centralized waste collection systems are unavailable.

    Conclusion

    For Tanzania, the adoption of incinerators for schools and universities, high calorific value waste destruction systems, and containerized incinerators for military bases represents a crucial step toward sustainable and hygienic waste management. HICLOVER incinerators, such as the TS300, provide proven international-grade technology adapted to the local context, ensuring safe, compliant, and long-term solutions for institutions across the country.

    For more details, visit www.hiclover.com or contact [email protected] for technical specifications and tailored project solutions.


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    2025-08-29/10:50:38

  • Key Spare Parts for RIELLO Burners G10LC and G20LC Used in Incinerators

    Key Spare Parts for RIELLO Burners G10LC and G20LC Used in Incinerators

    Key Spare Parts for RIELLO Burners G10LC and G20LC Used in Incinerators

    In modern medical and industrial waste incinerators, the burner is one of the most critical components—responsible for delivering the precise, high-temperature flame required to safely destroy hazardous waste.

    Among widely used burners, the RIELLO G10LC and G20LC models are favored for their:

    • Compact design

    • Proven reliability

    • Compatibility with diesel (light oil) and LPG systems

    However, even the best burners contain wear parts that must be inspected regularly and replaced to maintain safe, efficient operation.

    Below is a reference list of key spare parts, their function, and typical reasons for replacement.


    Typical Spare Parts List

    Part name (English) Typical part/model code Function & notes
    Nozzle / Burner Nozzle e.g., Monarch, Danfoss or Delavan compatible (0.75–1.25 GPH) Atomizes fuel into a fine spray to create a stable combustion flame; clogs or wears with fuel impurities.
    Ignition transformer / Ignition coil RIELLO 3008650 or equivalent Generates high-voltage spark to ignite the fuel spray; can degrade over time, especially in humid environments.
    Electrodes (Ignition electrodes) RIELLO 3004351 or set for G10LC/G20LC Provide the spark gap for ignition; erosion or cracking reduces spark reliability.
    Photocell / Flame sensor RIELLO 3010672 (common type) Detects flame presence; fouling or failure can lead to nuisance shutdowns.
    Oil pump / Fuel pump Suntec or RIELLO type M3–M7 Draws fuel from the tank and maintains correct pressure; internal wear can cause pressure drop or leaks.
    Solenoid valve coil RIELLO 3001157 or similar Opens/closes fuel flow during start-up and shutdown; coil burn-out stops burner operation.
    Fan motor capacitor RIELLO 3000810 (example) Supports motor start; failure can prevent the burner fan from running.
    Flexible oil hoses / Oil pipe set RIELLO set or local equivalent Transfers fuel to the burner; rubber ages and cracks over time, risking leaks.
    Air damper motor / Servo motor RIELLO 3008692 (if equipped) Adjusts combustion air for proper mixing; wear affects combustion efficiency.
    Control box / Burner controller RIELLO 530SE or 504SE Central control for ignition, flame detection, safety shut-off; failure stops the burner.
    Gaskets and seals Burner-specific Maintain tightness between burner and combustion head; thermal cycling leads to hardening and leaks.

    Note: Part numbers vary by production year and region; always confirm compatibility with your burner’s serial number.


     Why These Parts Need Replacement

    Fuel nozzles & electrodes: directly exposed to heat and fuel impurities; small wear dramatically changes combustion quality.

    Ignition transformer & photocell: electrical parts with limited service life, sensitive to moisture and vibration.

    Oil pump & solenoid valve: mechanical parts handling pressurized fuel; seals and internal components wear naturally.

    Fan motor capacitor & air damper motor: affect combustion airflow; failure can cause low temperature or smoky combustion.

    Control box: critical for safety; internal relays age, increasing risk of lock-out.


    Typical Maintenance Intervals

    Component Recommended check/replace interval*
    Nozzle Inspect or replace every 6–12 months
    Electrodes & photocell Inspect every 6 months; replace every 1–2 years
    Ignition transformer Inspect every 12 months; replace as needed (~3–5 years)
    Oil pump & solenoid Service every 2–3 years
    Flexible hoses Replace every 2–3 years or if cracks appear
    Control box Replace ~5 years or if fault occurs

    Actual interval depends on burner usage hours, fuel quality, and environment.


     RIELLO Burners in HICLOVER Incinerators

    HICLOVER incinerators often use RIELLO G10LC and G20LC burners because:

    • Compact design fits containerized and mobile incinerators

    • High combustion temperature (≥850°C in secondary chamber)

    • Spare parts widely available worldwide

    Models like HICLOVER TS30 PLC, TS50 PLC, and TS100 PLC integrate these burners to achieve reliable and clean combustion.


    Practical Tips for Operators

    • Keep at least one set of critical spares (nozzle, electrodes, photocell, control box) on site.

    • Use genuine RIELLO parts or certified equivalents to avoid reliability issues.

    • Schedule annual burner service by qualified technicians.

    • Keep fuel clean; use proper filtration to extend component life.


    Conclusion

    Even a robust RIELLO burner like the G10LC or G20LC needs regular attention.
    Keeping spare parts—especially nozzles, electrodes, photocells, and control components—on hand ensures your HICLOVER incinerator maintains high-temperature, low-emission combustion essential for safe medical and biological waste treatment.

    For detailed part lists, pricing, or technical support:
    www.hiclover.com
    [email protected]

    HICLOVER – providing complete incinerator systems, burner spares, and technical support worldwide.


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  • Model TS10 Incinerator with wet scrubber (Spray Tower) and Defogging Tower

    Model TS10 Incinerator with wet scrubber (Spray Tower) and Defogging Tower

    Incinerator Items/Model

    HICLOVER TS10(PLC)

    Burn Rate (Average)

    10-20 kg/hour

    Feed Capacity(Average)

    20kg/feeding

    Control Mode

    PLC Automatic

    Primary Combustion Chamber

    100L

    Internal Dimensions

    50x50x40cm

    Secondary Chamber

    50L

    Smoke Filter Chamber

    Yes

    Feed Mode

    Manual

    Voltage

    220V

    Power

    3.0Kw

    Burner Type

    Italy Brand

    Oil Consumption (kg/hour)

    6

    N.Gas Consumption (m3n/hour)

    ***

    Temperature Monitor

    Yes

    Temperature Thermometer

    Corundum Probe Tube, 1400℃Rate.

    Temperature Protection

    Yes

    Automatic Cooling

    Yes

    Automatic False Alarm

    Yes

    System Testing Model

    Yes

    Time Setting

    Yes

    Progress Display Bar

    LCD Display

    Oil Tank

    200L

    Oil Tank Stand

    Yes

    Liquid level Display

    Yes

    Feeding Door

    30x30cm

    Chimney

    3Meter

    Chimney Type

    Stainless Steel 304

    1st. Chamber Temperature

    800–1000

    2nd. Chamber Temperature

    1000℃-1300℃

    Residency Time

    2.0 Sec.

    Gross Weight

    1800kg

    External Dimensions

    140x90x120cm(Incinerator Mainbody)

    1st. Chamber Composition Hot Face

    Thickness: ≥115 mm

    55% of Al203

    1750°C Grade

    2nd. Chamber Composition Hot Face

    Thickness: ≥115 mm

    75% of Al203

    1790°C Grade

    Chamber Cold Face Material

    High Rate Refractory Ceramic Fiber

    Other Parts Hot Face Refractory

    Heavy Duty with steel fiber

    Burner operation

    Automatic On/Off

    Dry Scrubber

    Including

    Wet Scrubber

    Optional

    Top Loading Door

    Optional

    Paint for outside face

    250°C Grade

    Sealing Material

    Refractory Ceramic Fiber

    Upgrade Containerized Mobile Type

    Optional

    CE Certificate

    CE(2006/42/EC,2014/30/EU

    ISO Certificate

    ISO9001:2015

    High-tech Enterprise Certificate

    Yes