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محرقة نفايات البلدية

معلومات أساسية.

مصادر السحب: معالجة النفايات الصلبة
طرق المعالجة: الاحتراق
أسواق التصدير: عالمية

معلومات إضافية.

العلامة التجارية: البرسيم

وصف المنتج

مجال التقديم:
1. المستشفى والعيادة: نفايات إيتريك ، نفايات معدية ، ضماد ، نفايات حيوية ، دواء.
2. بيت الذبح ومستشفى ومزرعة الحيوانات الأليفة: حيوان ميت ، نفايات بيولوجية.
3. المجتمع والميناء والمحطة: النفايات البلدية الصلبة ، إلخ.
4. المختبرات ، المواقع النائية ، عمليات الإغاثة من الكوارث ، حرق جثث الحيوانات

رقم ترخيص الشركة: 320105000138343
رقم الشهادة الضريبية: 320105571573734
رقم شهادة أعمال التصدير: 3201571573734

نانجينغ البرسيم الطبية والتكنولوجيا المحدودة هي شركة رائدة في تصنيع محارق النفايات في الصين. نحن مصنع محلي وواحد من أكبر مصدري الصين. معدات المحارق الحرارية هي المعالجة الرئيسية للنفايات في جميع أنحاء العالم ، للنفايات الطبية ، ما هي المحرقة البيولوجية للحيوانات الأليفة ، ما هو المحارق ذو الغرفة المزدوجة ، ما هو متوسط تكلفة المحرقة الطبية ، ما هي تكلفة محرقة حرق الحيوانات الأليفة ، ترميد الحيوانات ، حرق جثث الحيوانات الأليفة وغيرها من المواد الصلبة. القدرة من 10 كلغ / ساعة. إلى 500 كجم / ساعة ، ما يصل إلى 6 أطنان في اليوم. في الوقت الحاضر ، نوفر سلاسل مختلفة لمتطلبات العملاء المحليين ونصمم محرقة محدثة بتقنيتنا الرائدة. ميزة التصميم المحدثة لمجموعة المحارق لدينا تجعلها واحدة من أكثر المحارق فعالية من حيث التكلفة في العالم.

العناصر / النموذج TS10 (PLC) TS20 (PLC) TS30 (PLC) TS50 (PLC) TS100 (PLC)
معدل الاحتراق 10 كجم / ساعة 20 كجم / ساعة 30 كجم / ساعة 50 كجم / ساعة 100 كجم / ساعة
سعة الأعلاف 20 كجم 40 كجم 60 كجم 100 كجم 200 كجم
وضع التحكم PLC PLC PLC PLC PLC
غرفة الاحتراق 100 لتر 210 لتر 330 لتر 560 لتر 1200 لتر
خفض الماوس لعرض الإجابة 50x50x40 سم 65x65x50 سم 75x75x60 سم 100x80x70 سم 120x100x100 سم
الغرفة الثانوية 50 لتر 110 لتر 180 لتر 280 لتر 600 لتر
غرفة مرشح الدخان نعم نعم نعم نعم نعم
وضع التغذية يدوي يدوي يدوي يدوي يدوي
الجهد االكهربى 220 فولت 220 فولت 220 فولت 220 فولت 220 فولت
قوة 0.5 كيلو واط 0.5 كيلو واط 0.5 كيلو واط 0.7 كيلو واط 0.7 كيلو واط
استهلاك الزيت (كجم / ساعة) 5.4 – 12.6 7.8 – 16.3 10.2 – 20 12.1 – 24 14 – 28
استهلاك الغاز (م 3 / ساعة) 6.2-11.4 8-15.7 9.8 – 20 9.9 – 26.1 10 – 32.2
مراقب درجة الحرارة نعم نعم نعم نعم نعم
حماية درجة الحرارة نعم نعم نعم نعم نعم
خزان النفط 100 لتر 100 لتر 100 لتر 100 لتر 200 لتر
باب التغذية 30×30 سم 45×40 سم 55×50 سم 70×55 سم 80×60 سم
مدخنة 3 متر 3 متر 5 متر 5 متر 10 أمتار
نوع المدخنة ستانلس ستيل ستانلس ستيل ستانلس ستيل ستانلس ستيل ستانلس ستيل
وقت الإقامة 2.0 ثانية. 2.0 ثانية. 2.0 ثانية. 2.0 ثانية. 2.0 ثانية.
الوزن الإجمالي 1500 كجم 2200 كجم 3000 كجم 4500 كجم 6000 كجم
الابعاد الخارجية 140x90x120 سم 160x110x130 سم 175x120x140 سم 230x130x155 سم 260x150x180 سم

اتصل الآن هاتف: + 86-25-8461 0201

Moving Forward on Open Waste Burning

The license that enables the Radford Army Ammunitions Plant to burn hazardous waste from guns outdoors is up for renewal. Community activists see an opportunity to address environmental and health concerns about the burning — and state regulators see a chance to explore new technology to solve an old problem. Just a handful of people turned in the Blacksburg Public Library on a recent day for a meeting of the Environmental Patriots of the New River Valley.

“Is there anything we could post to get more people involved? Yes, petitions, a letter campaign… When the EPA was pushed to the wall in Louisiana, they said ‘Uncle. ’ So, we need you Senator Kaine and you also Senator Warner to perform precisely what Senator Vitter did in Louisiana and write to the EPA and inquire ‘Just how is this not a breach of the clean air act? ’”

Devawn Oberlender is seeking to have a pager in the publication of a far away town, where taxpayer protestors succeeded in quitting outdoor burning explosives of arms and weapons waste in the Louisiana Army Ammunition Plant.

“The opportunity that we have at this time just comes up really ten decades, because the license is good for ten decades, so what we need to replicate is what they did in southern Louisiana in Camp Minden.

There they formed a”Stop the Burn” motion that finally brought together elected officials, state and local authorities and the military for a plan to give open burning up and use a modern indoor incinerator to dispose of the toxic substances. William Hayden is spokesman for DEQ in Virginia.

“We have not reached any decisions yet but that is something that will be considered as we proceed. We’ve requested the Arsenal to come up with alternatives to open burning and we do hope to have some choices that go beyond the idea of simply burning it the open”

Brian Salvatore is a professor of Organic chemistry at Louisiana State University who argued for utilizing contained incineration.

“This is what we fought for here in camp Minden. And yes it added another 15million dollars and almost doubled the cost of the contract but that was something that, the EPA was ready to go to bat for us for. So I’m grateful that the people in the EPA and from the state worked together here and they worked together with the Army too to locate the extra money. And we are quite satisfied here that this option — which, in the onset of this we didn’t know all the particulars of what these modern incinerators can perform. We’re quite confident here that this is going to perform the job and the amount of material that is going to be published complete will be on the order of tens of thousands of g as opposed to heaps of those emissions. ”

A spokesman for the Environmental Protection Agency’s Region 3, which includes Virginia, said it could not comment on the chance of incinerators like being embraced at the Radford site, but a spokesperson for BAE Systems, the contractor in charge of the arsenal, supported it’s”searching for viable alternatives to its existing procedures of waste disposal”

The department of Environmental Quality has requested BAE to conduct an environmental impact study on its own current open burning practice. William Hayden says it’s the first time DEQ has requested for you.

“Because we are getting into a problem that has generated a great deal of public interest from the Radford area we knew that the further information we had, the better. People from the public have been asking for us info; they’ve been requesting Radford (the toolbox ) for information. ”

And among them is Oberlender who says,”We have been burning waste on the market, open burning it since 1941. You know, it’s not going away.”

And neither are the environmental patriots of the river valley. Taking another page in the story of Camp Minden Louisiana’s successful effort to get its outdoor burning moved inside. They’re scheduling meetings with state and federal officials to keep the pressure on. The first is the Friday with U.S. Representative Morgan Griffith who sits on the Committee on Energy and Commerce, which has oversight of the EPA. The group is seeking to make a national issue out of one that has for so long been so neighborhood and among the few areas where open burning of hazardous waste out of explosives is still permitted.

Info from: http://wvtf.org/post/moving-forward-open-burning

 

incinérateur diesel de déchets médicaux

chauffage diesel pour déchets médicaux Coût de combustion: 47,5–– – – 50 kg / heure.
Niveau de température de fonctionnement minimum: 850 o C (combustion clé).
Niveau de température de fonctionnement optimal: 1450 oC (chambre de post-combustion).
Deuxième capacité de combustion: obligatoire.
Isolation d’épaisseur: 20 mm de haut.
Moulage réfractaire: minimum 65 mm.
Revêtement réfractant solide pour résister à: 1500 oC.
Temps de burn out régulier: optimum: 3 ressources humaines.
Type de carburant: Diesel.
Consommation de gaz en L / h: 7,5 à 9.
Temps à domicile dans une chambre supplémentaire: 2 sec.
Article de cendres résiduelles 100 kg: 3,8 kg maximum.
Gizmo pour la protection contre les éclaboussures transmissibles et / ou la contamination croisée en désinfectant en toute sécurité les aiguilles, les anneaux et plus par la chaleur infrarouge.
Caractéristiques électriques.
1) Une source électrique monophasée 120V, 60Hz avec fiche de connexion de ligne type NEMA 5-15.
2) Défenses contre les problèmes de surtension et de surintensité de ligne.
3) Conformité aux normes haïtiennes pertinentes ainsi qu’aux réglementations.

Qualités opérationnelles.
4) Assainissement complet rapide en 5 à 7 s environ.
5) Tube de quartz / céramique complètement séparé, pour assurer la sécurité de la personne (pas de flamme nue).
6) Niveau de température de fonctionnement autour de 820 ° C.
7) Placé sur une base stable, comme par exemple répertorié ci-dessous.

US EPA Notice of New Litigation

Notice of New Litigation message header and EPA seal
US EPA Notice of New Litigation

RE: Notice of Lawsuit Filed Against EPA – City and County of Denver, Colorado v. EPA, No. 19-1177 (D.C. Cir.)

The U.S. Environmental Protection Agency has recently received a petition for review in the above-captioned case that may be of interest to you. This information is provided for your information only, and this notice does not require you to take any action.

A copy of this can be found here: https://www.epa.gov/sites/production/files/2019-09/documents/ccdco_19-1177_pfr_09042019.pdf

# # #

To view other complaints and filings, please visit: https://www.epa.gov/ogc

You are receiving this notice because this email address is subscribed to this topic. Manage your subscription at https://www.epa.gov/ogc/email-subscriptions-new-litigation-notifications.

Disclaimer: Posting does not mean that the notice was properly filed and/or served upon EPA or the United States, and EPA does not waive any defenses related to improper filing or service as it relates to the notices posted.
 

 

If you would rather not receive future communications from US EPA, let us know by clicking here.
US EPA, Office of General Counsel 1200 Pennsylvania Ave NW, Washington, DC 20460 United States

mobile incinerator

  1. Petrol: diesel

 

  1. Consumption: 8-10liter/hour

 

  1. Capacity: to cremate (carrion and spoils) 350-400kg/hour

 

  1. Temperature: 900-1350?C

 

  1. Operation temperature: -30~40?C

 

  1. Incinerator weight: 1800-2000 kg

 

  1. Volume: 0.70-0.80m/cube

 

  1. Exterior dimension: 1.4-1.6*1.0-1.15m (L*W)

An incinerator represents a complete solution to the problem of disposal of all hospital waste types. The liquid fuel
is diesel. The incinerator should meet the environment standards. Expected Technical specifications
 
 
The incinerator shall be fully self contained. incinerators that are stainless
steel with destruction rate of 15kg per hr. bactch load of 10-15kg of
waste and average temperature of 8500 degress c.

Больничные инсинераторы (TS30 PLC)

описание продукта

Компания Nanjing Clover Medical Technology Co., Ltd. является ведущим производителем мусоросжигательных установок в Китае. Мы – местный производитель и один из крупнейших экспортеров Китая. Установка для сжигания цыплят, овец, свиней, китай – медицинские установки для сжигания отходов, китайские мертвые животные, установка для сжигания медицинских отходов с загрузкой из фарфора, установка для сжигания китайского клевера, оборудование для пиролитической установки для сжигания отходов – это основная обработка отходов во всем мире, для медицинских отходов, кремации домашних животных и других твердых отходов. Емкость от 10кг / час. До 600 кг / час, до 10 тонн в день.

В настоящее время мы поставляем различные серии в соответствии с требованиями местных клиентов и проектируем обновленную мусоросжигательную печь с использованием наших передовых технологий. Обновленные конструктивные особенности нашего ассортимента мусоросжигательных печей делают их одними из самых экономичных в мире.

Ключевая особенность:
* Все модели с двойной камерой сгорания.
* Дымоход / дымоход из нержавеющей стали, долгий срок службы.
* Высокая температура, длительный срок службы инсинератора.
* Бесплатная или минимальная установка на месте.
* Высокая скорость сжигания, от 10 кг до 600 кг в час, до 10 тонн в день.
* Плоскость управления ПЛК для интеллектуальной работы.
* Новый дизайн для кремации домашних животных.
* Один год гарантии на инсинератор и запасные части.

Предметы / Модель TS30 (ПЛК)
Скорость сжигания 30 кг / час
Емкость подачи 60кг
Режим управления ПЛК
Камера сгорания 330 л
Внутренние размеры 75x75x60 см
Вторичная камера 180л
Камера дымового фильтра да
Режим подачи Руководство по эксплуатации
Напряжение 220В
Мощность 0,5 кВт
Расход масла (кг / час) 10,2–20
Расход газа (м3 / час) 9,8–20
Монитор температуры да
Температурная защита да
Масляный бак 100л
Дверца подачи 55×50см
Камин 5 метров
Тип дымохода Нержавеющая сталь
1-й. Температура камеры 800–1000 градусов
2-й. Температура камеры 1000-1200 градусов
Время проживания 2.0 сек.
Вес брутто 3000кг
Внешние размеры 175x120x140 см

fournisseurs de chauffage des déchets de Chine

Incinérer: déchets médicaux ainsi que déchets de base supplémentaires Capacité de faire fondre les déchets:
400-500kg / ressources humaines.
Gaz: Diesel.
Consommation de gaz: 10 litres / h optimum.
Température d’incinération: 950-1300 niveaux centigrades.
Boîtier: revêtement en acier inoxydable épais (min 5 mm) et absolument protégé.
tenir debout contre l’humidité de la mer Tension 220 / 240v ou 380 / 415V Uniformité 50Hz.
Réchauffeur de haute capacité, puissant, aux exigences européennes, idéal pour l’incinération de grande quantité, avec un post-brûleur indispensable pour des performances plus élevées en plus de la gestion des échappements.
Type de déchet et taux de fusion.
Fabriqué spécifiquement pour les éleveurs de volailles.
propriétaires de fermes d’agneaux, abbatoirs ainsi que pour chien de compagnie.
incinération. Le radiateur perdra certainement environ 50 kg de.
déchets par heure (aussi longtemps que 150 kg de hangar.
Bâtiment et construction.
Construction en acier léger en tôle d’acier.
Comme la zone structurelle se maintient.
Doublure cellulaire cellulaire.
Béton réfractaire monolithique de qualité supérieure avec support isolant de haute qualité.
Unités de chauffage.
Brûleurs à haute efficacité absolument automatisés avec allumage électronique, recommandation de flamme ainsi que dispositifs de contrôle de la combustion installés.
Emballage – – Élimination des cendres.
Élimination manuelle des cendres de la chambre à clés. (Les portes en frêne sont facilement offertes au besoin).
Finition extérieure.
Peinture multicouche de première qualité, émail aluminium haute température, finition argent.
Contrôler.
Contrôle séquentiel entièrement automatisé donné par l’intérieur.
fabricants de réchauffeurs de déchets de Chine, système PLC assurant le contrôle de:.
1. Préchauffage de la chambre supplémentaire.
2. Cycle perdu (variable).
3. Grand cycle.
Options de carburant.
Gaz diesel, GPL, gaz naturel ou biographie.
Prise de gaz régulière.
Diesel: 8/10 litres par heure.
Gaz Fluide Gaz: 6/8 litres par heure.
Gaz: 7/9 Nm3 par heure.
Fourniture électrique.
240 volts 16 ampères.
Exigences secrètes.
Volume de la chambre 2,38 m3:.
2,2 m (l) x 0,9 m (l) x 1,2 m (h).
Capacité des lots environ 1000 kg.
Haut technique en tas. · Genre: pyrolytique

· Utilisation: pour les médicaments

· Avec châssis à placer dans un camion / camion

· Peut avoir une chambre principale avec une chambre de combustion supplémentaire

· Devrait avoir une chambre de dilution

· Capacité: 100 kg par heure

· Ressource d’énergie: diesel ou gaz naturel ou gaz liquéfié

EPA Pollution Prevention Grant Helps Nevada Partners Launch Statewide Green Business Program

https://us.vocuspr.com/Publish/518041/vcsPRAsset_518041_112137_b26fdd54-c895-426a-b91d-987b78b03d5a_0.jpg
CONTACT:
Soledad Calvino (News Media Only)
[email protected]
415-972-3512

FOR IMMEDIATE RELEASE
September 18, 2019

 
EPA Pollution Prevention Grant Helps Nevada Partners Launch Statewide Green Business Program

  

CARSON CITY, Nev. – The U.S. Environmental Protection Agency (EPA) is celebrating Pollution Prevention Week by highlighting partners and projects that help businesses be more competitive and sustainable. Pollution prevention means reducing or eliminating sources of pollution at the source to prevent damage to the environment while also eliminating the need for costly controls and cleanup.

Western Nevada College (WNC) and greenUP!, a Nevada nonprofit, have teamed up to launch a statewide Green Business recognition program. In the planning stages for more than two years, WNC received $180,000 in pollution prevention grant funds from EPA in 2018 to get the program off the ground. With funding in hand, the public-private partnership looks to recognize its first businesses in early 2020.

WNC and greenUp! are adapting a demonstrated model used by similar programs in six states and dozens of local governments nationwide. The program works with businesses to go beyond basic compliance. It provides assistance and recognition for making voluntary changes to reduce energy and water consumption, generation of solid and hazardous waste, and use of toxic materials. Once certified, the program publicizes participating businesses through a searchable online directory, recognition events, and a statewide marketing campaign. 

“Pollution prevention is key to saving our natural resources and moving toward sustainability,” said EPA Pacific Southwest Regional Administrator Mike Stoker. “Nevada businesses will soon have a way to be recognized for doing good for the planet, while also improving up their bottom line.”

“This program has been proven to help businesses improve environmental performance while cutting waste and cost,” said Donna Walden, program coordinator and president of greenUp!. “Nevada has amazing businesses who want and deserve recognition for their impressive environmental commitments, and we want to help more businesses make the changes needed to get that recognition.”

GreenUp! is coordinating the effort and leveraging the talents and resources of WNC to help businesses participate in the program. WNC staff and students will be trained in pollution prevention practices and will provide technical assistance and phone support to businesses seeking certification.

“The Green Business Program advances WNC’s core values and Sustainability Policy, and there are many learning possibilities for students to get work-based experience,” says Georgia White, project director for the grant and director of professional and technical education for WNC. “WNC has a commitment to workforce development, particularly in manufacturing jobs, and we want to encourage all businesses to consider their environmental impact while streamlining their operations.”

The Nevada Green Business Program works with businesses of all types, such as food production companies, property managers, breweries, lodging facilities, distilleries and restaurants. The program will track business adoption of practices using the GreenBiz tracker, an online tool developed in California and now used across the country. The tool allows programs and businesses to convert adopted practices into environmental results, such as greenhouse gas emissions reduced, energy saved, gallons of water saved, tons of waste diverted from landfills and hazardous materials reduced.

In addition to EPA funding, the Nevada Green Business Program depends on partners in the public and private sector to succeed. Current partners include the Washoe County Health District, the City of Reno, the University of Nevada Reno Business Environmental Program, the Truckee Meadows Water Authority, Nevada Division of Environmental Protection, and Sustainability Partners of Northern Nevada – all of whom play key roles in helping businesses become green. The Nevada onboarding effort is also receiving support from the California Green Business Program and the Green Business Engagement National Network.

EPA is featuring successful green business projects to celebrate Pollution Prevention Week, Sept. 16-20, 2019.

For more information on the Nevada Green Business Program, businesses should contact greenUp! at [email protected]

Find out more about P2 Week at https://www.epa.gov/p2week.

Learn more about EPA’s Pacific Southwest Region. Connect with us on Facebook and on Twitter.

 

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Environmental Protection Agency, 75 Hawthorne Street, San Francisco, CA 94105 United States

hospital incinerator

* Burner with fuel, mono-bloc casting guiding type with horizontal flame, lighting and safety of electronic ignition, permanent ventilation, electromagnetic sluice gate of regulation and isolating valve.
* A secondary injection of air to ensure perfect oxygen content.
19.    A control box ensuring the complete cycle of combustion.
20.    Fan:
* Electro-ventilator distributing the secondary air, the regulation of the air flow being carried out by valves and following the control of the automatic cycle.
21.    Controls and regulations:
Control box watertight to dust, including:
* A switch circuit breaker for each engine (ventilators and burners).
* A timer with adjustable temporization for the regulation of each burner.
* A regulator with digital watching for the temperature of combustion.
* A regulator with digital watching for the temperature of postcombustion.
* Electric box.
21. The de- ashing must be done in the bottom of the combustion chamber or the deashing should be Automatic or manual batch de ashing.
22. Process Filtering system : Scruber to be mentionned as optional
23. Emission Standards Compliance: BS 3316 or équivalent standard
23. Capacity to treat Plastic: Not less than 40% by weight
24. CE Manufacturing Compliance: BS EN 746-2-1997
22.    The supplier must give batches of spare parts of first urgency and consumable of the incinerator.
23.    The installed incinerator must bear a one year guarantee.
24.    The supplier shall perforn an onsite installation of the incinerator.
25. The technical training of operators will have to be provided and given by a technician from
the factory; it will consist of curative and preventive maintenance, and the use of machine, etc
NB.: Civil works and any other related services for the installation and training of operators must be included in the incinerator’s price.
Specification for the shelter of the incinerator: House of the incinerator inclusive in offer (the house must have facilities for hand washing and firefighting).
This material and equipment must include in the shed of the incinerator: foundation in rubble stone, isolation roofing against humudity; elevation with brick of 20 cm (bloc cement), continuing lintel (linteau) in reinforced concrete; steel frame (charpente en metal); roofing in sheet B.C.A. 28 BG (Toiture en t?le),metal gutter, sanitary installation (wash basin, soakway pit of 20 m of depth); ash pit of 30 m3,electrical installation; concrete slab for fixing the incinerator; chanel for evacuation of rain water or waste water, wire mesh for aeration up the lintel; smooth rougtcasting of walls (interior and outside);plinth with cement; 2 metal doors ;email paintings inside and latex paintings outside the house on walls and on doors; roofing limit (planche de rive); measures for this specification will depend on the size of the incinerator which will determine the size of the shed of the incinerator., etc

fabricants d'incinérateurs hospitaliers

L’usine d’incinération produit l’incinération des déchets de différentes unités pétrochimiques. Dans ce projet, nous voulons incinérer tous les déchets de sortie des unités pétrochimiques et également produire de la vapeur à haute pression à partir de la chaleur générée par l’usine d’incinération.
Dans un premier temps, les déchets issus de la pétrochimie sont collectés et transférés vers le centre de transit et de tri sous diverses formes. Les alimentations d’entrée de l’usine d’incinération sont indiquées dans le tableau ci-dessous:

fabricants d’incinérateurs hospitaliers, les flux de déchets de l’unité pétrochimique collectent et stockent dans le centre de transit et de tri.
Dans le centre de transit et de tri, un laboratoire doit être envisagé.
Dans ce centre, les déchets seront classés en deux groupes:
– Ne convient pas pour brûler
– Convient pour brûler
Les déchets impropres à la combustion peuvent être divisés en 4 catégories:
– Matériaux enfouis
– Matériaux (déchets) qui doivent être stabilisés avant d’enfouir
– Matériaux (déchets) qui peuvent être vendus.
– Déchets pouvant être retournés à la pétrochimie.
Les déchets appropriés sont classés en deux catégories:
– Les déchets d’entrée dans le four rotatif sont constitués de solides et de déchets liquides.
– Les déchets d’entrée dans le four statique sont constitués de fluides et de gaz propres.
Tous les déchets solides doivent être transférés vers la fosse de stockage depuis le centre de transit et de tri. La fosse de stockage des déchets solides est entrée du four rotatif.
Tous les déchets liquides doivent être stockés et stabilisés dans le centre de transit et de tri. Tous les dispositifs ou installations de stockage et de stabilisation doivent être pris en compte. Les dispositifs de stockage et de stabilisation (installation) comprennent:
Réservoirs, pompes (transfert, chargement et déchargement), agitateur (mélangeur), système de couverture, système de torche, systèmes d’instrumentation et de contrôle, etc.
La capacité de stockage et de stabilisation doit être considérée en fonction du pire des cas (arrêt).
En général, l’usine d’incinération se compose de deux trains similaires (la capacité de chaque train est de 100%). Chaque train se compose d’un four rotatif et d’un four statique.