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每天更新 ⋅ 2019年9月10日
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Can’t Sue Over Harrisburg Incinerator, Firms Say … hiding projections that showed revenue from the waste-to-energy incinerator would not be able to …
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ResearchMoz incorporate new survey report “Global Waste Incinerators Market Insights, Forecast to 2025″ to its immense accumulation of research …
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Usk incinerator protesters take fight to Monmouthshire council … to expand an existing waste incinerator site at Trostrey Court, near Gwehelog.
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The correct figures and the graphical depiction of the Incinerator market are shown in a represented strategy. The report shows an examination of …
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Waste Management Coalition’s ‘Toxic Flag’ by Impact BBDO received the Dove Public Service Award at the 2019 Loeries. Through the use of a …
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Furthermore, some authorities burn their packaged waste in giant incinerators adding to the toxic air pollution. Owing to increasing awareness of the …
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However, management practices like combustion and incineration adversely affect the environment. This factor negatively impacts the food waste …
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Global Medical Waste Management Market Research Report 2019 … Biopro LLC, Bio-safety incineration ltd, Bondtech Medical Waste Containers, …
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The global Waste Heat Boiler Market is valued at USD 5.1 billion in 2016, and is expected to grow with a CAGR of 6.7% by … Incinerator Exit Gases
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INCINERATOR DIESEL FIRED

Incinerator 20 Kg
Incinerator electrically operated
including:
 A cage for receipt of biomedical waste;
 A combustion chamber with fireplace with a filter to retain ashes;
 A cover;
 An air supply;
A turbine  allowing supply air.
 Combustion temperature: 1800 ° C.
Comes with all accessories.     ▪      The incinerator should be a modern waste disposal unit, designed
to bum medical waste in a clean and environmentally efficient
manner. It should employ a temperature based logic control system
to provide optimum control of the operating conditions and
incorporate a high capacity thermal oxidizing secondary chamber.
It should be designed to retain the exhaust gases, for at least 2
seconds to ensure the unit’s effective destruction of the combustion
products.
▪      All the incinerators to be supplied and installed meet the
Waste Management Regulation 2006, legal notice No. 121 of
29th September 2006 and in particular 3rd schedule regulation
(26, 47) pertaining classification, standards, criteria, and
procedure for installing and operating incinerators.
▪      The capacity of the incinerator required should be to the
specifications with a capacity to burn 100kgs/Hr.
▪      The incinerator shall be run on a three-phase power supply
(mains).
▪      For the technical evaluation, not only the treatment plant but
the entire system will be considered. It will be the responsibility
of the Bidder to supply a full system, including all eventually
additionally necessary secondary systems and additional
equipment.
▪      The system offered shall be designed to operate normally under
the conditions of the purchaser’s country. The conditions include
Power Supply, Climate, Temperature, Humidity, etc.
▪      The Bidder must provide a warranty for one year.
▪      All text, parameter etc. on all control operating interfaces as
well as on information displays and on print-outs shall be in
English language.
▪      The Bidder is responsible for all permits and approvals for
importation. The Bidder shall provide all the necessary
documentation in order to facilitate the legal requirements for the
installation and putting into use of the equipment.
▪      Period of Execution is 90 days from contract signature for
delivery to site and completion of all verification operations
required for the issuance of provisional acceptance.
▪      Representatives of the Contracting Authority and the
Beneficiary, together with the Bidder’s representative, shall
carry out the controls, testing and initial approval for provisional
and final acceptance. The provisional and final acceptance shall
take place at the final destination.
▪     After-Sales Service: The Bidder is required to ensure that a
maintenance, service and repair centre, which is authorized by
the Manufacturer, and which is able to rapidly supply genuine
spare parts and consumables recommended by the Manufacturer
is available throughout the one year warranty period. In
fulfillment of this requirement with their offer, bidders must
submit a statement signed by the manufacturer or representative
of the manufacturer:
ͦ Providing the name and address of its authorized
maintenance, service and repair centre,
ͦ Confirming that this authorized maintenance, service and
repair centre is able to rapidly supply genuine spare parts and
the consumables recommended by the Manufacturer; and
▪      The Bidder will be responsible to deliver and install all
equipment supplied to the hospitals in the
Republic of Kenya. The Bidder shall deliver a time schedule over
the complete construction and assembling period. The delivery
and installation time must be agreed between bidders, target
Hospital and the Contracting Authority. The treatment plant must
arrive pre-assembled. The Bidder shall ensure that all parts of
the plant transported by sea shall not be shipped as “deck
cargo”.
▪      It is expected that the Bidder cooperates closely with the
contractor for the new waste handling building/ housing and will
make available all needed technical information, drawing, etc. to
the contractor.
▪      The Bidder shall supply and install the incinerator with the
following attached specifications
For the Supply, installation & commissioning of a Medical Waste Incinerator as detailed below:
i.    Waste type    Health care waste
ii.    Waste density    125 to 350Kg/M3
iii..    Waste Calorific Value    4000 KCAL/Kg
iv.    Moisture content    10-25%
v.     Estimated ash  residue    5-10%
vi.     Nominal capacity     100Kg/hour batch load
vii.     Secondary chamber    2 seconds @ 1100°C
viii.    Environmental    Environmental Management Coordination Act, 1999 and in particular, Waste management regulations, 2006
2    Equipment
2.1    Primary Combustion Chamber
▪       The primary combustion chamber is the main structure of the
incinerator, fabricated from mild steel plate and stiffened with
rolled steel sections. It is carried from the floor level on a
substantial steel support frame. Internally the shell is lined with
calcium silicate insulation and a hot face combination of super
duty brickwork or high strength castable.
▪       The primary combustion chamber must ensure minimum exit
temperature is not less than 850°C.
One Manual Load Incinerator comprising:
▪       Manual Loading door (heavy duty steel door with appropriate
refractory lining)
▪       Horizontal solid hearth, refractory lined primary combustion
chamber. Approximate dimensions 800 mm diameters x 2100mm
long
▪       Full sized bulk load/ash removal door
▪       1 off diesel-fired ignition burner — temperature controlled
▪       1 off combustion air supply fan and distribution system, automatic
control
▪       High capacity secondary combustion chamber with residence time
not less than 2 seconds @ >1100°C
▪       1 off diesel-fired afterburner — temperature controlled
▪       Control panel — automatic operation
▪      Temperature indication primary and secondary chambers 0-
1200°C. Both chambers must be insulated with refractory
material (super duty 100mm thick firebrick with 25mm thick
calcium silicate insulation)
Note: The secondary combustion chamber must ensure that the gas temperature as measured against the inside wall in the secondary chamber & not in the flame zone, is not less than 1100°C.
2.2     Throughput
100kg/hour at a nominal calorific value of 4,000 kcal/kg and an average bulk density of I20kg/ M3 for general waste and l60kg/ M3 for health care waste.
2.3    Ash
The waste will be reduced by 90~95% to leave 10 -5% ash
2.4    Quality/Environmental Standards
▪       Environment Management and Coordination Act, 1999
▪       BS3316
2.5    Operating Period
▪      Anticipated daily operating period 8 hours
▪      Maximum operating period 12 hours
2.6    Chamber
▪      Should be refractory lined to the following standard; Hearth and
lower section of chamber walls
2.7    Hot face material
▪      Super duty firebrick
▪      Limiting continuous service limit 1500°C
▪      Thickness 100mm
▪      Thermal conductivity 1.3 W/mk
2.8    Insulation
▪      Calcium silicate
▪      Limiting continuous service limit 1000°C
▪      Thickness 25mm
▪      Thermal conductivity 0.095 W/mk
2.9     Chimney / Stack
▪      Should be manufactured from refractory lined mild steel or high
quality air-cooled stainless steel. The chimney/stack should have a
minimum height of 10 meters above ground level.
▪      Refractory lined flanged chimney must be above the height of
any existing roof adjacent to the incinerator
▪      Provide lifting gear to hoist, erect and mount chimney, and
provide supports slings as necessary. Allow for cutting of tree
branches to facilitate the exercise.
▪      The chimney shall be painted with approved heat resistant
paint after installation.
2.10     Ignition Burners
Fully packaged oil type, complete with electric ignition and flame failure controls, wired with continuous running fan and complete with all valves, fan and motor.
·         Maximum rating:            at least 450kW/hour
·         Burner:                            arranged for on/off operation
·         Maximum consumption: at least 6 litres/hour
·         Average consumption:    at least 3 litres/hour
2.11    Afterburner
Fully packaged oil type, complete with electric ignition and flame failure controls wired with continuous running fan and complete with all valves, fan and motor.
Maximum rating:    at least 450kW/hour
Burner:    arranged for on/off operation
Maximum consumption:    at least 9 litres/hour
Average consumption:    at least 4.5 litres/hour
2.12    Flue gas treatment
▪      Should have particulate remover (scrubbers). A mechanical
particulate collector must be incorporated after secondary
combustion chamber for removal of particulate pollutants
entrained in the flue gas stream.
2.13    Diesel Tank
▪      To provide for diesel services tank (Capacity 400 litres)
including level indicator
▪      The tank should be connected to the incinerator at higher level
to enable free-flow of diesel from the tank to the incinerator.
The connecting pipe must be a black pipe of approved gauge
and diameter. Include other accompanying accessories and
fittings
▪      Connect burners to fuel supply.
2.14     Electrical Supply
▪      Three phase 415 V a.c., 50/60 Hz.
3    Documentation:
Operation manual    2 sets
Service/maintenance manual    2 sets
4    Certification
▪      National Environment Management Authority (NEMA)
certification
5    Capacity to service equipment
▪      The agent/supplier shall have adequate facilities, spare parts,
consumables and qualified and skilled technical staff.
Installation works
▪      Provide lifting gears as forklift, gantry, rollers, and lifting
jacks and position incinerator.
6    Commissioning and Training
▪      The Agent will test all set operating parameters
▪     The agent shall conduct a two days operation & maintenance
training to the Biomedical engineering personnel and incinerator
operators after installation & commissioning of the equipment.
7    Commissioning Maintenance Contract
▪     Before the expiry of the warranty/ signing off, the supplier shall
provide a one-year replacement service parts (e.g. oil filters, air
filters), the Quarterly routine maintenance price per quarter
for three (3) quarters.
Maintenance control proposal.
▪      The maintenance contract price includes labour, transport and
accommodation for the attending technicians.

fournisseur d'incinérateur de la Chine

  1. f) Alarmes
  2. i) L’unité doit avoir des alarmes visuelles ou sonores pour avertir les opérateurs de toute défaillance du système pouvant entraîner

résultats erronés.

  1. ii) Les indicateurs sonores et / ou visuels doivent s’activer lorsque la lecture de l’affichage atteint et reste à la limite d’alarme.

iii) Toutes les alarmes doivent être expliquées en détail dans le manuel de l’opérateur.

  1. g) Alarmes sonores
  2. i) Les alarmes sonores doivent être distinctes et facilement identifiables.
  3. ii) Les alarmes sonores doivent être activées lorsque l’unité est allumée (c’est-à-dire que le volume par défaut ne doit pas être réglé sur OFF)

et doit être clairement audible à tout réglage de volume.

iii) Si le volume de l’alarme est réglable, il ne devrait pas être possible de baisser le volume si bas qu’il est peu probable

être entendu.

  1. iv) Bien qu’un silence d’alarme sonore soit acceptable, l’alarme doit se reproduire automatiquement si la condition n’est pas

corrigée.

  1. v) Si une alarme est désactivée, un affichage visuel doit indiquer clairement quelle alarme est désactivée.
  1. h) Alarmes visuelles
  2. i) Les alarmes visuelles doivent être faciles à identifier.

2-85 Section VI. Conditions

Incinerator

Basic Info.

Model NO.:30 kg per hour
Pullution Sources:Solid Waste Processing
Processing Methods:Combustion
Export Markets:Global

Additional Info.

Trademark:clover

Product Description

Items/Model TS30(PLC)
Burn Rate 30 kg/hour
Feed Capacity 60kg
Control Mode PLC
Combustion Chamber 330L
Internal Dimensions 75x75x60cm
Secondary Chamber 180L
Smoke Filter Chamber Yes
Feed Mode Manual
Voltage 220V
Power 0.5Kw
Oil Consumption (kg/hour) 10.2–20
Gas Consumption (m3/hour) 9.8–20
Temperature Monitor Yes
Temperature Protection Yes
Oil Tank 100L
Feed Door 55x50cm
Chimney 5Meter
Chimney Type Stainless Steel
1st. Chamber Temperature 800 degree –1000 degree
2nd. Chamber Temperature 1000 degree –1200 degree
Residency Time 2.0 Sec.
Gross Weight 3000kg
External Dimensions 175x120x140cm

Principle of This Incinerator Gear is incineration/combustion/burn.

Costo de compra de un incinerador de desechos médicos

Información básica.

No. de modelo: equipo de cremación a la venta en china
Mercados de exportación: Global

Descripción del producto

Nanjing Clover Medical Technology Co., Ltd. es un fabricante líder de incineradores de desechos en China. Somos fabricantes locales y uno de los mayores exportadores de China. El equipo técnico de incineración pirolítica es el principal tratamiento de desechos en todo el mundo, para desechos médicos, incineración de animales, cremación de mascotas y otros wste sólidos. La capacidad de 10kgs / Hr. Hasta 500kgs / Hr., Hasta 6ton por día. Actualmente, suministramos diferentes series para los requisitos de los clientes locales y diseñamos un incinerador actualizado con nuestra tecnología líder. La característica de diseño actualizado de nuestra gama de incineradores los convierte en uno de los más rentables del mundo.

Características principales:
* Todos los modelos con doble cámara de combustión.
* Chimenea / chimenea de acero inoxidable, larga vida útil. * según pedido
* Alta temperatura, larga vida útil del incinerador.
* Instalación gratuita o mínima en obra.
* Alta velocidad de combustión, de 10 kg a 500 kg por hora, hasta 6 toneladas por día.
* Plano de control PLC. * según pedido
* Nuevo diseño para el negocio de cremación de animales de compañía.
* Garantía de un año en incinerador y piezas en stock.

Ámbito de aplicación:
1. Hospital y clínica: Residuos Iátricos, Residuos Infecciosos, Vendajes, Biorresiduos, Medicina.
2. Matadero y hospital y granja de mascotas: animal muerto, biorresiduos.
3. Comunidad y puerto marítimo y animal de cremación, animal de cremación, quemador de cremación, quemadores de cremación, equipo de cremación, equipo de cremación de porcelana, diseño de equipo de cremación, equipo de cremación a la venta, Estación: Residuos Sólidos Municipales, etc.
4. Laboratorios, ubicaciones remotas, operaciones de socorro en casos de desastre, cremación de animales

Artículos / Modelo YD-30 YD-50 YD-100 YD-150
Tasa de combustión (kg / hora) 30 kg / hora 50 kgs / Hr. 100 kgs / Hr. 150 kgs / Hr.
Capacidad de alimentación (kgs) 60 kilogramos 150 kilogramos 200 kilogramos 300 kilogramos
Peso del equipo 2300 kilogramos 4000 kilogramos 4300 kilogramos 7000 kilogramos
Cámara primaria (litros) 360 900 1200 1500
Cámara secundaria (litros) 200 200 500 500
Dimensiones externas (cm) 145x90x175 200 x 160 x 230 220x180x360 240x170x380
Dimensiones internas (cm) 100 x 60 x 60 120 x 90 x 85 130x100x90 150x100x96
Tanque de aceite (litros) 200 300 300 500
Apertura de la puerta (cm) 48 x 60 62 x 80 55 x 80 59 x 81
Chimenea (M) 5 5 10 10
Tipo de chimenea Acero inoxidable Acero inoxidable Acero inoxidable Acero inoxidable
Cámara secundaria SÍ SÍ SÍ SÍ
Cámara de mezcla de combustión SÍ SÍ SÍ SÍ
Cámara de filtro de humo SÍ SÍ SÍ SÍ
Combustible de combustión Gas de petróleo Gas de petróleo Gas de petróleo Gas de petróleo
Tiempo de residencia 2,0 seg. 2,0 seg. 2,0 seg. 2,0 seg.
Monitoreo de temperatura SÍ SÍ SÍ SÍ

hospital incinerator manufacturer

Incinerator to have double combustion chamber and control amount of dioxin and other gasses emitted without being harmful.
Estimated dimensions, to manufacturers standard, but to be compact as possible. capacity: approximately 60kg per day, voltage: 220V and diesel fired.
CSH  Hospital, (Calabar, Nigeria)
Mmedical waste incinerator capable of disposing up to 0.5 cubic meter of infectious or pathological waste.
Incinerator to have double combustion chamber and control amount of dioxin and other gasses emitted without being harmful.
Estimated dimensions, to manufacturers standard, but to be compact as possible. capacity: approximately 120kg per day, voltage: 220V and diesel fired.INCINERATOR (WASTE INCINERATOR)
Designed to burn disposables that can and should be destroyed on-site. Theses wastes include infectious and contaminated “red bag.” Surgical dressings, plastic test devices and other wastes
Fast, complete, efficient waste disposal
Dual chamber combustion, Chambers insulated and lined with high temperature refractory. Programmable digital temperature controls, temperature indicators and charge recorder. Modulating control for fuel and air lowers fuel consumption.
Minimum installation and start up time
Aluminized steel jacket lined with refractory and firebrick. Monitors recorders and other accessory equipment should be available.
Charging system:
•    Vertical charge door on primary chamber.
•    Pneumatic or hydraulic ram charging system.
•    Auto shut down of the door after charging.
•    Primary and secondary chamber temperature displayed and recorded (optional)
Charging rate:
•    Up to 100kgs per hour of waste or red bag waste rated at 2200 BTU’s per kg.
Fuel:-     Natural Gas
Capacity (Cubic Mtr):    1.65M3 or more
Ave Capacity:    100kg per hour
Secondary Chamber Capacity (CubicMtr) :3.88 or more
Length (mm):    1880 or better
Width (mm):    1280 or better
Height Incl. Flue (mm):    7700 or better
Ash  Door Opening (mm):    475×900 or better
Min. Operating temperature:    90 degree centigrade
Max, Operating Temperature:    1350 degree centigrade
Residency time in Second Chamber:    2 sec
Temperature Monitoring: Both for primary and secondary chambers.
Loading SystemManual/semi-automatic
Waste destruction efficiency:> 90% by weight
Filter: Ceramic or other equivalent filters in order to reduce the induction of hazardous air pollutants, particulates, co,dioxin/furane into the atmosphere.
De ashing system: Manual/semi-automatic.
The System must be quoted complete with:-
•    Plumbing
•    Electrical panels
•    Civil works
•    Waste collection Trolleys
Finish/ Paint:-
High Quality heat resistant, two layers high-grade epoxy Paint coating.
Installed Power (Electric Voltage): 440V/ 50 Hz
Waste Management Equipment must have ;
Mobile loading trolley:    06 No’s – For transportation of hospital waste from wards to incinerator site/ room, Opening from the top.
WASTE BINS MOBILE:    06 No’s-Made of Plastic, in blue color with a cover flap.
Plastic Bags:    2000 no’s each in Red and Yellow color.
Heavy Duty Gloves Pairs: For Waste handling staff-06 Pairs
Long Shoes Pairs:    For waste handling – 06 Pairs.

incinérateur de déchets médicaux à petite échelle

Déchets toxiques et dangereux,
Déchets médicaux pharmaceutiques et liquides hospitaliers
Ordures ménagères
Déchets électriques et électroniques
Déchets industriels
En général, tous les types de déchets et ordures
Capacité 50-60Kg / h

Matériaux de soutien de la combustion
Huile de charbon, gasoil

Température à l’intérieur
800-10000C

1000-12000C

Efficacité de combustion
> 98%

Consommation d’énergie
1,3 kW

Bruit
< 78 dB

Indice de la fumée et des gaz résiduaires
Indice de fumée de Ringelman < niveau 1

Concentration de fumée
Huile
45,5

(Mg / m3)
Gaz
25,5

(Mg / m3)

DONC
Huile
0,176
Gaz
0,065

NOX
Huile
0,031
Gaz
0,038

H2S
Huile
0,016
Gaz
0,008

CO
Huile
8,32
Gaz
35,64

Exigences relatives aux incinérateurs de déchets médicaux à petite échelle
Matières incombustibles et explosives interdites dans

Manière de processus
Deux enceintes de combustion (séchage par humidité, dépoussiérage à haute température)

Combustion / brûleur
Bonne qualité fabriqué en Italie

Ventilateur
Bonne qualité fabriqué en Chine

Contrôle électrique
Bonne qualité fabriqué en Chine

Capacité 50 Kg / h

Tension de travail
220 V

Pouvoir
1 000 W

Appliqué pour
200 lits

Mode d’entrée
Manuel

Incinérateur médical, 24 kg / h
Incinérateur médical, 24 kg / h avec panneau de contrôle, commandes et accessoires
Porte du four
Cheminée
Ventilateur
Brûleur à combustion

Incinérateur médical, 12 kg / h
Incinérateur médical, 12 kg / h avec panneau de contrôle, commandes et accessoires
Porte du four
Cheminée
Ventilateur
Brûleur à combustion

Incinérateur médical, 6 kg / h
Incinérateur médical, 6 kg / h avec panneau, commandes et accessoires
Porte du four
Cheminée
Ventilateur
Brûleur à combustion

Установки для сжигания животных

Базовая информация.

Номер модели: производители инсинераторов для животных
Экспортные рынки: глобальный

описание продукта

Наша история
Компания Nanjing Clover Medical Technology Co., Ltd. является ведущим производителем мусоросжигательных установок в Китае. Заводская мастерская расположена в зоне экономического развития Люхэ, пригород Нанкина, а бизнес-офис – в центре города. В настоящее время рынок продуктов для мусоросжигательных заводов охватывает территорию бывшего Советского Союза, страны Африки, страны Азии и Ближнего Востока. Nanjing Clover Medical Technology Co., Ltd.
С 2010 года мы ведем переговоры с производителями новейших технологий из Европы и Америки и устанавливаем отношения сотрудничества на территории рынка Китая. Производители оборудования для сжигания электронных отходов, сжигание для кошек, сжигание для стерилизации, сжигание опасных отходов в Италии, сжигание дешево. К сожалению, конкуренция на рынке других стран, дискриминация стран и опасения по поводу прав интеллектуальной собственности в конечном итоге приводят к провалу. В настоящее время мы инвестируем больше усилий, средств и развития технологий в наш собственный бренд, мы должны стать одним из крупнейших производителей мусоросжигательного оборудования в мире.

Предметы / Модель Ярд-10С Ярд-20С YD-30C YD-50C
Скорость горения (кг / час) 10 кг / час. 20 кг / час. 30 кг / час. 50 кг / час.
Емкость подачи (кг) 40 кг 40 кг 50 кг 80 кг
Вес оборудования 1200 кг 1200 кг 1800 кг 2200 кг
Картина
Первичная камера (литры) 200 200 250 400
Вторичная камера (литры) 140 140 140 140
Внешние размеры (см) 170x140x160 170x140x160 170x140x190 180x160x200
Внутренние размеры (см) 55x55x65 55x55x65 55x55x85 70x70x85
Масляный бак (литры) 50 100 100 150
Дверной проем (см) 38 х 48 38 х 48 38 х 48 45 × 55
Дымоход (M) 5 5 5 5
Тип дымохода Нержавеющая сталь Нержавеющая сталь Нержавеющая сталь Нержавеющая сталь
Вторичная камера ДА ДА ДА ДА
Камера смешанного сгорания ДА ДА ДА ДА
Камера дымового фильтра ДА ДА ДА ДА
Горючее топливо Нефтяной газ Нефтяной газ Нефтяной газ Нефтяной газ
Время проживания 2.0 сек. 2.0 сек. 2.0 сек. 2.0 сек.
Контроль температуры ДА ДА ДА ДА

incinerator suppliers

incinerator suppliers.7) Burn rate: 15 – 20 Kg/h
8) Capacity: not less than 130 L
9) Concentrations of most pollutants in stack gases below detection limits
10) Diesel fuel
11) Electronic system control
12) Easy to operate and minimal training
13) Any accessory or dedicated device necessary to the proper functioning and utilization of the equipment included.Incinerator medical waste diesel, construction in painted steel aluminum resistant to high temperatures, device control
indicator flame, reload indicator, temperature control device, burning capacity of 250kg / 10 hours in 2 stages
(primary camera and secondary camera). One furnace to be installed in a hospital of 440 architectural beds and 375 administrative beds. This furnace should have the capacity to burn from 180 to 220 kilogram per day of medical waste and organic waste.
2.  One furnace to burn expired medicine that can incinerate around 500 kg of medicines or around 4,000 kg of expired medicine per day.a biology research lab uses an average of 2 000 rats per year and we hope to have a tool to incinerate and avoid putting them in the landfill.-Muhimbili National Hospital
-Kigoma Regional Hospital
-Ndanda Mission Hospital
-Musoma Regional Hospital
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Superfund Task Force Issues Final Report and Announces Plans to Continue Program Improvements Moving

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Superfund Task Force Issues Final Report and Announces Plans to Continue Program Improvements Moving Forward

Tar Creek site in Oklahoma saw progress under Task Force guidance

 

Media contacts: Jennah Durant or Joe Hubbard, [email protected] or 214 665-2200

 

DALLAS – (Sept. 9, 2019) Today, U.S. Environmental Protection Agency (EPA) Administrator Andrew Wheeler announced the completion of the Superfund Task Force and issued the Task Force’s final report outlining significant accomplishments over the past two years at Superfund sites across the country. The announcement included plans for integrating the work of the Task Force into EPA’s ongoing cleanup work moving forward.

 

The Tar Creek site in Oklahoma was among those that benefitted from the Task Force’s guidance on accelerating cleanup efforts. In March 2019, EPA issued the draft Strategic Plan to Improve Cleanup Progress at Tar Creek for public comment. The plan, which was developed in cooperation with the state of Oklahoma and the Quapaw Nation, is expected to be issued later this month.

 

“Thanks to the hard work of EPA career officials, the Superfund Task Force has strengthened the program in numerous ways, from accelerating cleanups to promoting redevelopment to improving community engagement,” said Administrator Andrew Wheeler. “The recommendations generated by the Task Force and applied by the Superfund program have directly improved the health and economic opportunity of thousands of people living near Superfund sites. We are taking concrete steps to ensure that the work of the Task Force continues to enhance the Superfund program moving forward.”

 

“The work of the Superfund Task Force over the past two years is paying dividends for communities nationwide, including those near the Tar Creek Superfund site,” said Regional Administrator Ken McQueen. “EPA will continue working with our partners toward a clean-up that will benefit the surrounding communities.”

 

“Thank you to Administrator Wheeler and the Superfund Task Force who have energized the program and been a catalyst for getting these contaminated sites cleaned up,” said Ken Wagner, Oklahoma Secretary of Energy & Environment. “In Oklahoma, we are particularly grateful for the Administrator’s Emphasis List that has resulted in a substantial funding as well as a long-term strategy for the cleanup of the Tar Creek Superfund site in Northeastern Oklahoma. The plan brings together the Quapaw Nation, the state of Oklahoma and EPA for a collaboration that has a real chance to make a significant difference.”

 

Commissioned in May 2017 to provide recommendations on how EPA could streamline and improve the Superfund Program, the Task Force issued its initial report in July 2017 with 42 recommendations in five goal areas. Based on the collective experience of EPA’s career staff and others, the recommendations offered important suggestions for improving the program and expediting site cleanups through remediation and back to productive use. By implementing the recommendations over the past two years, the Task Force has helped to provide certainty to communities, states, tribes and developers that the nation’s most hazardous sites will be cleaned up as quickly and safely as possible.

 

The important work of the Task Force will continue under the Superfund Program and at all sites on the National Priorities List (NPL). The agency will continue to prioritize expediting cleanups to protect people’s health and the environment. Moving forward, the agency plans to:

  • Conduct a strategic and comprehensive portfolio review of every site remaining on the NPL to enable EPA to better utilize the Task Force’s tools and lessons learned in advancing cleanups across the country.
    • Continue to identify and implement new opportunities and approaches to improve the program’s performance and effectiveness.

 

 

Highlights of the Superfund Task Force Accomplishments

 

Goal 1: Expediting Cleanup and Remediation – The Task Force developed several tools to expedite cleanup and remediation at sites including the Administrator’s Emphasis List, a list of sites targeted for the administrator’s immediate and intense attention. The agency will continue using the Emphasis List to focus on sites needing immediate and intense attention and will update the list quarterly. Substantial progress has been made at sites on this list, for example:

  • New Castle, Delaware: At the Delaware Sand and Gravel Landfill Superfund Site a settlement with responsible parties was secured allowing the initiation of pre-design work and installation of two groundwater interceptor wells to protect water supply wells.
  • Picher and Cardin, Oklahoma: At the Tar Creek Superfund Site the Agency brought together various parties to develop a long-term strategy to manage risks, cleanup, and economic opportunities at the site.

 

Goal 2: Re-Invigorating Responsible Party Cleanup and Reuse – The Task Force developed new enforcement guidance for EPA’s regional offices to accelerate remedial design starts at potentially responsible party (PRP)-lead Superfund sites. Moving forward, the guidance’s recommended settlement strategy will be considered by EPA regions as a matter of national practice. This guidance has accelerated work at several sites, for example:

  • Calvert City, Kentucky: At the B.F. Goodrich Site EPA negotiated a settlement agreement with PRPs for the remedial design. The agreement allows the PRPs to begin designing the cleanup while negotiating a separate agreement for the remedial action phase of the cleanup.

 

Goal 3: Encouraging Private Investment – The Task Force recognized that EPA should support, where appropriate, innovative approaches to promote third-party investment in cleanup and reuse of contaminated properties consistent with statutory authorities. By the end of 2019, EPA plans to issue a memorandum to EPA regional offices to promote this approach where appropriate and in the interest of the Superfund Program, for example:

  • Fredericktown, Missouri: At the Madison County Mines Site, EPA entered into an administrative settlement with Missouri Mining Investments, LLC to conduct removal actions at the site. This will result in the consolidation and capping of on-site mine waste and allow the approximately 1,750-acre property to be redeveloped for future mining of cobalt and other metals.

 

Goal 4: Promoting Redevelopment and Community Revitalization – The Task Force worked to increase the number of NPL sites that are returned to communities for redevelopment through focused management attention and improved program practices. In Fiscal Year (FY) 2018, EPA achieved the goal sitewide ready for anticipated use at 51 sites, the highest total since FY 2013. EPA will continue to post specific information about sites available for redevelopment prominently on the Superfund Redevelopment website for stakeholders, developers, and businesses seeking information, for example:

  • Libby, Montana: The agency identified the Libby Asbestos Superfund Site and the Libby Groundwater Contamination Superfund site as redevelopment opportunities. In addition to a cleanup that restored neighborhoods and business areas, parts of the sites are now in reuse. The Riverfront Park now has river access, pavilions, a memorial, parking, and picnic tables.

 

Goal 5: Engaging Partners and Stakeholders – The Task Force initiated a number of ongoing outreach activities to engage communities near Superfund sites, for example:

  • Partnership and Stakeholder Engagement Strategy: EPA developed and released a “Partnership and Stakeholder Engagement Strategy”(https://semspub.epa.gov/work/HQ/100000860.pdf) to strengthen EPA partnerships and increase public participation and transparency at Superfund sites across the country.
  • Risk Communication Strategy: The agency developed a plan (https://semspub.epa.gov/work/HQ/199586.pdf) to improve risk communication and community involvement practices during the long-term stewardship phase of Superfund site remediation. Lessons learned from implementing this plan will be applied across the life-cycle of the Superfund process.

 

More information on EPA’s Superfund Task Force and the final Superfund Task Force Report can be found at: https://www.epa.gov/superfund/superfund-task-force-recommendations-and-accomplishments

 

A storyboard highlighting Superfund Task Force success stories from across the country can be found at: https://epa.maps.arcgis.com/apps/MapSeries/index.html?appid=21708909e0164750b20b351e2d931092

 

 

 

 

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