Archive: September 6, 2019

New Notice of Intent to Sue EPA

EPA Receives New NOI message header and EPA seal
US EPA Receives New NOI

RE: New Notice of Intent to Sue EPA

The U.S. Environmental Protection Agency has recently received a notice of intent to sue (NOI) that may be of interest to you. The Clean Air Act NOI is submitted pursuant to 42 U.S.C. § 7604(b)(2) for failure to review and revise certain NESHAPs and NSPS every eight years. This information is provided for your information only, and this notice does not require you to take any action.

A copy of the NOI can be found here: https://www.epa.gov/sites/production/files/2019-08/documents/oce_noi_08202019.pdf

# # #

To view other NOIs, 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.

 

 

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Google快讯 – waste incinerator

Google
waste incinerator

每天更新 2019年9月6日
新闻

The one day in the last five months that 17-year-old Abdul Rafiq decided to sleep in and not report for work, was the day he missed all the excitement …

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Top Key Vendors in Market: Bertin Technologies, Hazardous Waste Experts, Hydroclave Systems, Incinerator Consultants, Medasend Biomedical, …

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"Our incinerators are working well. We religiously collect and incinerate waste, both the hazardous and non-hazardous kind, from 14 of our hospitals …

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With an expected annual capacity of 200,000 tonnes, the new plant will … COWI has worked on a range of international waste incineration plants …

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Japan's Hitachi Zosen industrial corporation will build a waste incineration plant outside Moscow that will be capable of processing up to 7,600 tonnes …

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… from Waste Plant, Slough Northacre Resource Recovery Centre in Westbury, which has been given permission to build an incinerator on the plot.

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Two garbage dumps, located a few yards from the hospital, were being … “The old technology of burning/incinerating waste has been replaced by …

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The proposals, which involve the conversion of a domestic building into a small incinerator, have been earmarked for Frondeg Cottage near …

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Biological process can be used in a process where anaerobic decomposition of the solid waste is required. In Asia pacific, incineration is the most …

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Lincolnshire's Energy from Waste (EfW) plant, based near Teal Park in … It also produces around 215,000 tonnes of incinerator bottom ash, which is …

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Technical specification for burning machine

Technical specification for burning machine
1.Two systems are required to be installed in the south of the Kingdom of Saudi Arabia. The two systems will be used by custom authority to 
burn different kinds of drugs. All need equipment must be provided.
2.Warrantee:  booth systems must be provided with 3 years warrantee from the date of acceptance. All needed spare parts, preventative 
maintenance repair and corrective maintenance must be included in the cost and provided to the customer.
3.All needed electric and water connections must be provided.
4.Both systems must be of high quality and must be environmental friendly.
5.The capacity of each system should be up to 100 kg/hr.
6.The system must have automatic feeding.
7.Each system must consists of two burning  rooms, one primary room for burning the drug and another room for burning the gases  that emit as 
a result of primary burning. 
8.The oven must be made of steel that is rust resistance and with thickness not less than 6 mm.
9.Each system must be of high efficient in burning different kinds of drugs, and should have 99.9% efficiency for burning organic materials.
10.Waste products should not exceed 5%.
11.System must have automatic ignition system. 
12.System should use diesel (HSD) as fuel and should not consume more than  8 to 10 lt/hr . 
13.Each system should be provided with fuel tank  of size adequate to operate the system for one full day.
14.The temperature in the primary room should be 850 C ± 50 C. the system should also be capable to operate up to 1050 C ± 50 C. the system 
should be capable of continues operation and should be provided with cement layer insulator with adequate thickness.
15.Oven should be provided with heat insulator to allow easy operation.
16.Gas should remain in the secondary room for not more than 1.5 second. 

Google快讯 – waste incinerator

Google
waste incinerator

每天更新 2019年9月5日
新闻

Recycling such as plastic and paper may be burnt in Gloucestershire's waste incinerator if Britain leaves the European Union without a deal, a district …

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Those opposing efforts to refurbish the regional waste incinerator in Hartford have promoted landfilling as a viable option within a zero- waste strategy.

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Waste Incinerator Market 2019 Report Provides an extensive summary of Industry Status as well as, Recent Developments, Product Specification and …

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The Collective aims to curb that pollution by reducing what's going to the incinerator and landfill. “Burning trash causes people to have cancer and …

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Doctors in Derbyshire have said problems with incinerators in the area has led to a build-up of waste storage centrally and therefore waste collectors …

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“Tamihere's idea of a public-private partnership for a waste incinerator will cost the city and its ratepayers dearly. Waste incinerators don't magic away …

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The ULBs need to collect, segregate and transport solid waste daily to the plant, which will process and convert it into power by using incineration …

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British rubbish imports held up due to waste processing problems … now run into trouble because of the problems at Amsterdam's AEB incinerator.

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Worldwide Medical Waste Incineration Equipment Market size 2019 Value (USD Million) for historical period 2015 – 2018 and projected years 2019 – …

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… operations of the district heating companies; the type and quantity of any waste stored and incinerated and their compliance with company records, …

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Google快讯 – waste incinerator

Google
waste incinerator

每天更新 2019年9月4日
新闻

Earl and Berks get $2 for each ton of waste dumped in the landfill. … Rolling Hills is authorized to accept municipal solid waste, incinerator ash, …

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TACLOBAN CITY — Korean firms are upbeat in promoting eco-friendly incinerators in the Philippines to manage solid waste and produce renewable …

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More often than not, these items can't be recycled and so end up in landfill, in an incinerator or polluting our oceans. Fortunately, we're seeing a rise in …

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The Waste Incinerators market study Added by DataIntelo provides an in-depth analysis pertaining to potential drivers fuelling this industry. The study …

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Disposal of yard wastes and major appliances in sanitary landfills … of an air curtain incinerator for burning vegetation and untreated wood waste in all …

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Over 90% of potentially infectious medical waste was incinerated before 1997. In August 1997, the U.S. Environmental Protection Agency (EPA) …

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According to La Paix, if new garbage is placed on top of the areas sprayed … He proposes the use of an air burner – an incinerator that burns waste …

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The latest insightful report on Global Incinerator Equipment Market status, … The Incinerator Equipment market report correspondingly provides new … Sewage incineration, Medical waste incineration, Agricultural incineration, Others …

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The Global Incinerator Market report is a recent research added by Market. … Request a FREE Sample Report of Incinerator Market at: … Industrial waste, Medical waste, Special Chemical Waste, Aviation waste, Funeral and …

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The report on the Global Incinerators market has been prepared by … figures that give an exact picture of the growth of the Global Incinerators market.

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SPECIFICATIONS OF THE MEDICAL BIOLOGICAL WASTE INCINERATOR

SPECIFICATIONS OF THE MEDICAL/BIOLOGICAL WASTE  INCINERATOR
It should  be  a three chambered incinerator 
The load capacity of 250 kg
The housing for the incinerator should be able to withstand the temperatures and other operational requirements.
The chimney should have a strong refractory lining of special type of cement to withstand temperatures more than 1200oc.
It should have a strong base for the machine to keep it stable, firm and secure during its operational lifespan.
The primary (combustion) and the secondary (scorching) chambers to be fitted with burners for effective combustion.
In the third chamber, scrubbers and precipitators will need to be installed as pollution control equipment before emission of gases into the atmosphere.
A system for continuous emission Monitoring and Environmental Monitoring.
A mechanism with which to treat the waste water before discharge into the sewerage system.
Temperature control and monitoring devices (probe thermometer) should be availed to ensure that the right temperatures are attained in the chambers during operation.
Motor (fans) sufficient to induce enough air into the combustion chambers and direct the gases towards the flue 9 chimney).
High power electricity and emergency generator connection for automated ignition purposes.
The chimney should be tall enough and be at least one meter above the tallest building in the vicinity.
The fuel tank (industrial diesel) to be constructed next to but out side the incinerator housing for security purposes and to prevent fire hazards. Capacity of 250.
Other Requirements
Training of all the personnel involved in health care waste (HCW) management.
The Automatic Feeding system of the Incinerator
Automatic waste loading mechanism with conveyor belts. These will lead the waste into the first primary chamber.
An Automatic bottom ashes discharge system.

Incinerator Spare part list

Spare part list – Ignition burner
                         Item description                   N0 of required   
                         Motor                                       2
                         Control box                              2 
                         Pump couplings                       4
                         Photo cells                               2
                         Sets ht. leads                           2
                         Sets electrodes                         4
                         Oil valve                                   1
                         Nozzle                                       2
                                                           
Spare part list – After burners
                         Item description                   N0 of required   
                         Motor                                       2
                         Control box                              2 
                         Pump couplings                       4
                         Photo cells                               2
                         Sets ht. leads                           2
                         Sets electrodes                         4
                         Oil valve                                   1
                         Nozzle                                       2
Spare part list – Ram loader 
                         Item description                   N0 of required 
                       Reed switch                               4
                       Seal kit                                       1
     Medical waste incinerator Accessories 
– Clean out tools
– Loading and ash removal methods.
     – Fuel storage tank with the two pump and all accessories. 
– Flue gas cleaning system
– Stack discharge.
– 
    Medical waste incinerator civil work
– Construct incinerator foundation
    – Provide stack support
    – Provide open steel structure room for the incinerator.
    Medical waste incinerator submittal shall include:-
-Detail installation drawing
– Incinerator and auxiliary product data
     – Test reports
     – Certificates like CE, ISO, LR, AFNOR, TUV and UL.
     – Energy analysis report
     – Project experience 
     – Pollution control equipment emission rate.
     – Noise level limitation.
     – Quality assurance 
     – Guarantee
    
  

MEDICAL/BIOLOGICAL WASTE INCINERATOR

SPECIFICATIONS OF THE MEDICAL/BIOLOGICAL WASTE  INCINERATOR
It should  be  a three chambered incinerator 
The load capacity of 250 kg
The housing for the incinerator should be able to withstand the temperatures and other operational requirements.
The chimney should have a strong refractory lining of special type of cement to withstand temperatures more than 1200oc.
It should have a strong base for the machine to keep it stable, firm and secure during its operational lifespan.
The primary (combustion) and the secondary (scorching) chambers to be fitted with burners for effective combustion.
In the third chamber, scrubbers and precipitators will need to be installed as pollution control equipment before emission of gases into the 
atmosphere.
A system for continuous emission Monitoring and Environmental Monitoring.
A mechanism with which to treat the waste water before discharge into the sewerage system.
Temperature control and monitoring devices (probe thermometer) should be availed to ensure that the right temperatures are attained in the 
chambers during operation.
Motor (fans) sufficient to induce enough air into the combustion chambers and direct the gases towards the flue 9 chimney).
High power electricity and emergency generator connection for automated ignition purposes.
The chimney should be tall enough and be at least one meter above the tallest building in the vicinity.
The fuel tank (industrial diesel) to be constructed next to but out side the incinerator housing for security purposes and to prevent fire 
hazards. Capacity of 250.
Other Requirements
Training of all the personnel involved in health care waste (HCW) management.
The Automatic Feeding system of the Incinerator
Automatic waste loading mechanism with conveyor belts. These will lead the waste into the first primary chamber.
An Automatic bottom ashes discharge system.

U.S. EPA awards close to $8 million to protect and restore San Francisco Bay and its watersheds

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 3, 2019

U.S. EPA awards close to $8 million to protect and restore San Francisco Bay and its watersheds

SAN FRANCISCO – The U.S. Environmental Protection Agency (EPA) has awarded almost $8 million in grants to protect and restore wetlands and streams in the San Francisco Bay Area. EPA’s Regional Administrator for the Pacific Southwest Mike Stoker made the announcement today at an event to celebrate the funding for the Three Creeks Parkway Restoration project in Brentwood, California.

“EPA is honored to be a part of the investments being made by our San Francisco Bay partners to revitalize and restore local watersheds,” said EPA Pacific Southwest Regional Administrator Mike Stoker. “Supporting these aquatic resources can improve water quality, fish and wildlife habitat, flood protection, and recreational opportunities.”

Regional Administrator Stoker was joined at the event by American Rivers, Contra Costa County Public Works, City of Brentwood officials and County Supervisor Diane Burgis’ office. American Rivers received $1,376,623 for its Three Creeks Parkway Restoration Project in the Marsh Creek Watershed. The funding will help restore 12.5 acres of floodplain and 4,000 feet of creek in east Contra Costa County that have been degrading due to rapid urbanization.

“With our fantastic partnership with American Rivers, and the assistance of EPA and other grants, we are able to expand our single purpose flood risk mitigation project into a multi-benefit project enhancing the habitat for local wildlife, creating a healthier environment, and providing recreational access for Brentwood residents,” said Chief Engineer for the Contra Costa County Flood Control & Conservation District Brian Balbas.

“This project will be a great example of how a healthy stream can provide so much value to our communities, from flood protection to salmon and wildlife habitat, to recreation opportunities,” said California Director for American Rivers Steve Rothert. “We are grateful to the EPA and our partners for seeing the potential in Marsh Creek. This is the type of multi-benefit project that we need to replicate across the region.”

The following organizations also received EPA grants for projects that benefit San Francisco Bay and its watersheds:

San Francisco Estuary Partnership – Transforming Shorelines Project, $1,481,109
Funds will be used to provide vulnerable shoreline communities, wastewater treatment plants, and other managers of shoreline property with the tools they need to make infrastructure investment choices that adapt to climate challenges such as sea-level rise. 

City of San Pablo – San Francisco Bay Stormwater Trading Pilot, $680,000
The cities of San Pablo and Richmond will pilot a stormwater trading program to exchange water quality credits across jurisdictional boundaries, a current impediment to cities investing efficiently to reduce polychlorinated biphenyl (PCB) loads to the bay.

East Bay Regional Park District – Alder Creek Restoration in San Leandro Creek Watershed, $1,509,268
Funding will help restore Alder Creek by removing a set of failing culverts and daylighting the creek in a 2,000-foot section. The project will also create 4 acres of aquatic and riparian habitat benefiting the native rainbow trout.

County of Napa – Oakville to Oak Knoll Reach Restoration, $740,000
Funds will be used to complete a series of restoration sites on the banks of the Napa River through the creation of 3.5 acres of floodplain. In addition, restoration of instream and riparian habitat will improve water quality for the benefit of salmon and steelhead trout.

Oro Loma Sanitary District – Microvi Nutrient Sidestream Treatment, $1,000,000
The project will install additional Microvi technology to increase the wastewater treatment plant’s ability to remove nutrients from the effluent that is discharged into San Francisco Bay.

County of San Mateo – San Mateo Regional Stormwater Project, $500,000
Funding will help produce preliminary designs for two regional subsurface stormwater projects to treat stormwater and reduce flooding. Both projects will reduce PCB loads to the bay.

County of Marin – Marin County Trash Control Infrastructure Project, $685,000
Funds will be used to install trash capture devices to intercept 11,000 gallons of trash annually.

San Francisco Bay is a designated “estuary of national significance” under the Clean Water Act. The bay and its tributary streams, situated in an urban area with more than seven million people, provide crucial fish and wildlife habitat at the heart of the larger Bay-Delta Estuary. The bay’s users and nearby residents are all affected by threats to its ecological health, including legacy pollutants like mercury and PCBs, polluted stormwater, and the challenges of drought and climate change.

For more information about EPA’s San Francisco Bay Water Quality Improvement Fund, visit: http://www.epa.gov/sfbay-delta/sf-bay-water-quality-improvement-fund

For more information about EPA’s Wetland Program Development Grants, visit: https://www.epa.gov/wetlands/wetland-program-development-grants

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

 

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Spesifikasi Incinerator 200kg/jam

Spesifikasi Incinerator 200kg/jam
Spesifikasi dan Daftar Material
Dimensi dan Power Capacity
Nama Barang                                : INCINERATOR
Type / Model                 : PWR-INC-KMN 20
Kapasitas                                 : 200kg/Jam (2 m3)
Length                               : 384 cm  
Width                                : 182 cm  
Height                                    : 213 cm  
Height of Chimney std            : 700 cm  
TOTAL WEIGHT                   : 9.500 kg 
Panel – timer                 : Digital Included Auto Alarm
Finishing                            : Hot endured paint 
Fuel tank                           : 200 Liter 
Covering Element from steel   : 3-8mm 
Banyaknya Burner                   : 3 pcs  
Banyaknya Blower               : 2 pcs 
Max. Fuel consumption           : 15-40 Liter/Jam 
Max. Elektric consumption   : 1300 Watt  
Bahan bakar               : Kerosene / Diesel (solar)  
Voltage                              : 220 V / 1 phase / 50 Hz  
Material 
1. PANEL CONTROL
Type                       : Digital 
Buatan                    : Local KAMINE ( Panel dan Incinerator satu Merek)
Voltage                   : 220 V / 1 phase / 50 Hz  
Safety operator       : Emergency Stop 
System                    : Microkontroller 
Pengoperasian         : Semi Automatic
Temperatur control  : Digital Coupler Type
Control panel : Manual dan automatic
Tipe : Self Standing Type / Wall Mounted Type
Material  : Mild steel
Thermocontrol : 2 (Dua)  1200 ºC
Set of timer : 0- 2 jam
Tombol saklar : on/off
2. CONTRUCTIONS
    
Fire Brick                  : SK 34
Castable                          : R 16
Castable                    : R 14
Isolator                   : Insulating Brick serat tahan panas Keramik 1.450 ⁰ C
Element from steel     : 3-8 mm
Finishing                     : Cat Fetalit coating, Epoxy Resin (hot-endured paint)
Total berat keseluruhan     : 9.500 kg
Ketebalan Dinding Dalam : 21 Cm
3.DIMENSION OF CHAMBER (Dimensi Ruang Bakar)
Chamber 1 Ruang Bakar Utama : 130 x 115 x 132 cm = 1.973.400 cm3 = 1.97 m3
Chamber 2  Ruang Bakar Kedua: 50 x 115 x 132 cm = 759.000 cm3= 0.76 m3
4. EXHAUST STACK (Chimney)
         –     Diameter (inch): Ø 12″, 10″
-Panjang: 700 cm (7 m) dari permukaan tanah 
-Cerobong pertama dengan system Cor tipe MWHT
-Material Mild steel ( Baja Hitam )
5. INSTRUMENTATION & KONTROL
                      1. Suhu Control: Optimal
                           – Model: Digital
                           – Jumlah (unit): 2 (dua) unit
                           – Kontrol Mode: On-Off
                      2. Power Supply (volt / fase / herts): 15A / 220 V / 1 Phase / 50 Hz
                      3. Panel kandang: Mild Steel + powder coating
                      4. Thermocouple: K
                           – Jumlah: 2 (dua) unit
                           – Bahan: Stainless Steel + Ceramic
                      5. Timer: 0-2 Jam
                      6. De-ashing: Manual
          7. System pembuangan Abu 2 unit 
6. PINTU 
Pintu    : Baja ringan dan Linning dengan castable 
System : Double lock system ( penguncian ganda )
7. AIR SUPPLY SYSTEM 
Model / Type: fan sentrifugal 3 “
Kapasitas (m3/minute): 3.000 m3/mnt
Statis Tekanan (mmAq): 98 mmAq
Power : 200 watt/unit
Jumlah (unit): 2 (dua)
8. FUEL SYSTEM
 Pembakaran Burner:
Type: Gun type OM 2N
Bahan Bakar: Diesel Oil / Kerosene
Konsumsi Bahan Bakar: 10-18 ltr / jam
Power : 250 watt
Jumlah unit : 1 unit 
Type: Gun type OM 2N
Bahan Bakar: Diesel Oil / Kerosene
Konsumsi Bahan Bakar: 10-18 ltr / jam
Power : 250 watt
Jumlah unit : 1 unit 
Type: Gun type OM 2N
Bahan Bakar: Diesel Oil / Kerosene
Konsumsi Bahan Bakar: 10-18 ltr / jam
Power : 250 watt
Jumlah unit : 1 unit 
9. THERMOCOPLE
Ruang bakar pertama dan kedua
Tipe : K
Protective tube : Stainless steel + ceramic
Max. temperature : 1200 ºC
Jumlah : 2 unit
Sistem pemberian umpan : Manual
Sistem pengeluaran hasil : Manual
10. TANGKI BAHAN BAKAR
Material : Mild steel
       Kapasitas : 200 liter