Archive: July 12, 2019

Google快讯 – waste incinerator

Google
waste incinerator

每天更新 2019年7月12日
新闻

The Maryland Clean Energy Jobs Act of 2019 designates that the controversial “waste-to-energy” method of trash incineration counts as a form of …

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Contaminated trash is sent to incinerators and landfills for a fee, but some recyclers “just find a corner and burn it,” Wong said. “The smoke smells just …

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A South London Waste Partnership release read: "Deliveries of all recycling and rubbish to the Beddington Lane site were suspended for a period of …

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Unsupervised “private garbage haulers” dumping waste at the Pockwood Pond incinerator have been the cause of pockets of fires over the past few …

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We now have an order book in excess of USD$200m and the technical … power plant and waste incinerator exhaust streams to meet increasingly …

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After a series of downbeat announcements due to delays with its Derbyshire waste-to-energy facility and the shutdown of its Amsterdam incinerator, …

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Many incinerator plants have implemented waste-to-energy technology in mitigation efforts to capture the byproducts of burning and turn it into energy, …

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Wafula called on the hospital to install an incinerator to cater for the specialised requirements during the internal waste management process that can …

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Incinerator Ignition by Diesel

1.       Petrol: diesel
2.       Consumption: 8-10liter/hour
3.       Capacity: to cremate (carrion and spoils) 350-400kg/hour
4.       Temperature: 900-1350?C
5.       Operation temperature: -30~40?C
6.       Incinerator weight: 1800-2000 kg
7.       Volume: 0.70-0.80m/cube
8.       Exterior dimension: 1.4-1.6*1.0-1.15m (L*W)
9.       Trial able
10.   Incinerator mouth size: 50-60cm (W), 65-75cm (L)
Ignition by Diesel
Minimum burning temperature 1200 Celsius
Burning capacity of 20 Tons per day.
Cooling by water
Burn Rate 100Kg/h
Shipping Weight 4000kg
Capacity 300Kg MINIMUM
Max. Burn out time 3.0 hrs.
Avg. Ash Residue 3%
Heavy Duty refracting lining to withstand 15000C
Min. Operating Temperature 8500C
Max. Operating Temperature 14500C
Residency Time in Secondary Chamber 2 sec.
Density Insulation (high) 22mm
Avg. Fuel Consumption p/hr 7 to 9ltr
Fuel Dual, box & Oil/Diesel
Temperature Monitoring YES
Auto ignition YES
Refractory Casting (min.) 65mm
Refractory Casting (min) 65mm
INCINERATORS
Biological waste disposal system (INCINERATOR). 
Incinerator must meet the following specifications:
Combustion Capacity (kW) = 581 ±10% 
Combustion Capacity (kcal/h) = 500,000±10% 
Combustion Capacity – Solid waste IMO spec, (kg/h) = 100 
IMO spec. (I/charge)       Minimum Zero 0 to Maximum = 250 
Combustion Capacity – Sludge oil IMO spec, (l/h) (at 20% water content) -66±10% 
Max. l/h (at approx. 50% water content) = 100 ±10% 
Weight approx. (kg) = 4,850 ±10% 

Google快讯 – enviromental

Google
enviromental

实时更新 2019年7月12日
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Enviromental factors that determine responsiveness of plants to arbuscular mycorrhizal fungal …

Arbuscular mycorrhizal (AM) fungi are ubiquitous in agroecosystems and promoted as biofertilizer for sustainable agriculture. However, the …

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install incinerator

1. Can we install the unit without a roof?  ( are all electrical parts weatherproof and machine installed out door)?
2. What is the oil tank capacity supplied with the unit
3. Is the unit is supplied assembled form, except chimney?
4. Other than a concrete base what else needed to erect machines
We are an Engineering consulting firm in Zambia, Southern Africa, that deals in Building engineering services and would like to have a catalogue including technical specifications of various sizes of incinerators. We would like to have the FOB prices of all the incinerators as well from where you are.
1. What is the different between oil and gas incinerator in term of performance? 
2. What is the cost difference between oil and gas incinerator? 
3. How much area required to install one 500kg/hour incinerator? do you have a sample floor layout? 
4. Do you have some pictures of this incinerator install in some other place? 
5. Do you have a video presentation of how this incinerator work? 
the unit being offered is also designed for burning the waste 
petroleum products for a diesel power plant  and not just a medical/hospital related waste incinerator. 
Please provide us with detailed capacity of handling the following products and the product tst data and operation manual to consider the product:
1. Used petroleum oil; and 
2. Solid waste, petroleum contaminated filters, rags etc.

Google快讯 – enviromental

Google
enviromental

实时更新 2019年7月11日
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Enviromental Crimes

THE CHALLENGE. Environmental crimes are illegal acts that directly harm the environment. They can cause considerable damage to ecosystems, …

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EPA Announces 2019 Federal Facility Excellence in Site Reuse Awards

https://us.vocuspr.com/Publish/518041/vcsPRAsset_518041_112155_fef3ddd8-3a34-461c-8cde-6982e6e31b5f_0.jpg

Contact Information: EPA Press Office ([email protected])

EPA Announces 2019 Federal Facility Excellence in Site Reuse Awards 

WASHINGTON — July 11, 2019 –  Today, the U.S. Environmental Protection Agency (EPA) is announcing the winners of the second annual “National Federal Facility Excellence in Site Reuse” awards. These awards recognize the innovative thinking and cooperation among federal agencies, states, tribes, local partners, and developers that have led to noteworthy restoration and reuse of federal facility sites under the Superfund program.

“Expediting the cleanup and redevelopment of Superfund sites, including those owned by the federal government, is a top priority of the Trump Administration,” said EPA Administrator Andrew Wheeler. “These awards highlight the successes we have achieved through working cooperatively with our federal, state, and local partners to restore properties in a manner that protects public health and serves as a catalyst for economic growth and community revitalization.”

“The Denver Federal Center is a shining example of how a contaminated federal site can be transformed into a thriving and high-functioning federal property that hosts the largest concentration of federal workers outside of Washington D.C.,” said Regional Administrator Gregory Sopkin.

The Federal Facility Excellence in Site Reuse Awards cover four categories of federal facilities: (1) National Priorities List (NPL) sites, (2) NPL Base Realignment and Closure (BRAC) sites, (3) non-NPL BRAC sites, and (4) non-NPL sites. This year’s award winners are:

NPL Award: Fernald Preserve, Ohio

The 1,050-acre former U.S. Department of Energy uranium processing facility is now home to an undeveloped park, encompassing 140 acres of wetlands, 350 acres of prairies, and 400 acres of forest. The preserve employs 33 full-time employees to meet its mission.

 

NPL BRAC Award: Former Naval Air Station Cecil Field, Florida

The 17,225-acre former Navy air station now hosts the Cecil Airport, which serves corporate aircraft, general aviation, air cargo, and National Guard and Reserve aviation operations, as well as the City of Jacksonville’s Cecil Commerce Center, which is home to more than 31 million square feet of commercial and industrial space. Cecil Airport and the Cecil Commerce Center have had significant impact on job creation and economic development in the Jacksonville area. Today, more than 6,225 people are employed at both Cecil Airport and facilities in the Cecil Commerce Center.

 

Non-NPL BRAC Award: Former Myrtle Beach Air Force Base, South Carolina

The 3,936-acre former Air Force base is now home to Myrtle Beach International Airport; over 1,200 new homes; a dozen parks; walking paths and sporting facilities; a golf course; a college; a new technology and aerospace business park; and a centerpiece commercial district called The Market Common, which features various shops, and restaurants. This redevelopment project has had a large economic impact on Horry County by employing 25,781 people, and providing $2,972,700,000 in annual economic activity and $119,872,710 in annual tax revenue.

 

Non-NPL Award: Denver Federal Center, Colorado

The former 640-acre munitions site is now home to the Denver Federal Center, which hosts 27 federal agencies with over 6,250 employees, making it the largest concentration of federal workers outside of Washington DC. Other portions of the property include a light rail station, bus terminal, large hospital, and medical offices.

Background:

EPA has ongoing cleanup and property transfer responsibilities at 174 federal facility NPL sites across the country, which are some of the largest and most complex sites within the Superfund program. The Trump Administration has made the Superfund program a top priority to advance the agency’s core mission of protecting human health and the environment. EPA’s Superfund Task Force is working to promote redevelopment and reuse of sites by encouraging investment in reuse outcomes. The federal facility sites receiving resuse awards serve as examples of the types of site investment that can occur at sites owned by federal agencies. 

For more information about these award winners, please visit https://www.epa.gov/fedfac/2019-national-federal-facility-excellence-site-reuse-awards

For more information about cleanups at federal facilities, please visit www.epa.gov/fedfac

For more information about the Superfund Task Force, please visit: https://www.epa.gov/superfund/superfund-task-force

Contact Us to ask a question, provide feedback, or report a problem.

 

 

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Environmental Protection Agency, 1595 Wynkoop St., Denver, CO 80202-1129 United States

INDUSTRIAL INCINERATOR

-Size requirement for the incinerators is 750-850 kg capacity
-The burn rate should be 80-100 kg/hour
-The primary chamber should have an operating temperature of 900-1200 degree C
-The incinerator should have a high temperature secondary chamber and 2 second gas retention time at 850-1150 degree C so that it is suitable for high risk materials
-The incinerator should have temperature monitoring and thermostat control for ease of operation and assurance of burn temperature to confirm correct operation
-The incinerator should be capable of burning any of the hazardous wastes listed in the subsequent section
-The incinerator should be capable of burning diesel oil and should include a large fuel tank (10-500 litres) and generator (3-40 kV) set that can be carried on the trailer with the incinerator so that the unit requires no external electrical power supply
-The incinerator should be trailer mounted so that it is a portable unit
Hazardous Waste to be Incinerated:
Hazardous solid chemical:
Different types of combustible solids, used textiles, grease and toner, cartridges, chemicals for water purification and photographic consumables and plastic material, empty plastic/metal cans that still contain remnant hazardous materials, oil absorbent.
Hazardous liquid chemical:
Mainly different types of Acid, Paint, varnish, Acetone, White Spirit Aromatic-less Solvents, Synthetic Liquid for Break Systems, Aircraft De-icing Liquid, Hydraulic and Compressor oil, Freon, used in some older refrigeration units, Insecticide liquid/spray, air refresh spray and other similar chemicals
Contaminated Fuel:
Mainly diesel or gasoline contaminated by water or solvents
Used and/or Contaminated oil:
Used motor oils and/or mineral oils unfit for their originally intended use. Mainly motor and gearbox oil (approximately 80%) contaminated by a mixture of white spirit and acetone (approximately 5%), hydraulic liquid (approximately 5%)
Contaminated Water:
Waste oils/water, leaches, hydrocarbons/water mixtures, emulsion and leachate.
Contaminated soil:
Soil populated by oil, fuel or chemicals
Contaminated soil populated by chemicals that has to be recycled in landfill
Contaminated soil – treated and replaced on site.
Oil Contaminated solids:
Rags, Absorbents, cardboard, oil and fuel filters, air filters are not consider as hazardous materials
Electronic waste:
Waste electrical or electronic appliances or assemblies, including printed circuit boards, containing toxic material and/or heavy emitting low radiation.
Used battery cells:
Dry battery, UPS battery or other types, unsorted waste batteries/battery cells, containing materials that are hazardous
Used lead-acid batteries:
Waste lead acid batteries, drained/un-drained, and whole or crushed
Hazardous medical waste:
Clinical and related waste, arising from medical, nursing or similar practices and waste generated in clinics during the investigation or treatment of patients (bio hazards)
Expired drugs solid:
Waste pharmaceuticals, drugs and medicines, including sensitive medicines
Expired drugs liquid:
Waste liquid pharmaceuticals, different type liquid chemicals for treatment, medical grease and paraffin based expired medicines.
Expired and/or contaminated food:
Spoiled fresh food or unusable MRE’s (Meal Ready to Eat – dry food)

Bio-Medical Waste Incinerator

We have the pleasure to inform you that one of our customer interested to import Bio-Medical Waste Incinerator, capacity 30 kgs/hr operating type Electric operated or LPG/Diesel 
SMART ASH INCINERATOR
-Size requirement for the incinerators is that the unit works with a 55 gallon open ended steel drum
-the unit should operate with no fuel and use only 120V or 220V electricity for the blowers
-The unit should be capable of burning oil contaminated wastes and medical wastes with a moisture content of 0-15%
-Each unit should come with two steel drums, so that a spare drum is available
Please quote urgently a medical waste incinerator of aprox. 25 to 50 kg/day for a 130 bed hospital, or a incinerating volume of 1.25 cubic meters per cycle.I want to start providing a service to the local hospitals and clinics in my area, where I can dispose of there medical waste via the route of incineration.

Google快讯 – waste incinerator

Google
waste incinerator

每天更新 2019年7月11日
新闻

Beirut : Beirut Municipal Council (BMC) postponed discussions about its waste incineration terms amid protests bu hundreds of civil society members …

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The recent shutdown of the largest municipal trash incinerator in the U.S. marks the end of a long-fought battle for a majority Black neighborhood that …

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By Brian Hioe. Environmental protests in Yangluo (陽邏), a residential district in the Chinese city of Wuhan, have garnered international media …

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Macau (MNA) – The Environmental Protection Bureau (DSPA) has opened the public tender for the expansion of the solid waste incineration plant in …

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But this momentous action is just part of a wider strategy to challenge, change and ultimately stop the Javelin Park Incinerator and we want to share …

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Waste-to-energy incineration plants like the one proposed in Wuhan are … The proposed incinerator was to be built on the site of a large landfill that …

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With energy recovery rates soaring, recycling rates flagging and export markets closing their doors to recyclable material, some legal commentators …

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Shanghai has introduced mandatory garbage sorting, effective July 1. It aims to … Building an incinerator plant is another way of dealing with waste.

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After a fight that lasted decades, the largest municipal trash incinerator in the U.S., known as Detroit Renewable Power, was shut down.

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EPA awards Utah Dept of Environmental Quality $959k to restore fisheries, improve water quality

https://us.vocuspr.com/Publish/518041/vcsPRAsset_518041_112155_fef3ddd8-3a34-461c-8cde-6982e6e31b5f_0.jpg

Contact: Lisa McClain-Vanderpool, 303-312-6077, [email protected]

EPA awards Utah Department of Environmental Quality $959k to restore fisheries, improve water quality and rehabilitate lakes

One project plans to return Pelican Lake to Blue Ribbon fishery status

DENVER (July 10, 2019) – The U.S. Environmental Protection Agency (EPA) has awarded $959,049 to the Utah Department of Environmental Quality (UDEQ) to help protect human health and the environment through a Nonpoint Source Program Clean Water Act (Section 319) grant.  This grant is given to states to implement environmental programs that address various sources of pollution in surface and groundwater in order to meet and maintain water quality standards.

“EPA is partnering with UDEQ and other partners to restore the water quality and the Blue Ribbon fishery of Pelican Lake,” said EPA Regional Administrator Gregory Sopkin. “The water quality of our lakes and streams across the west is a high priority and by working together on these projects, our impact is greater.”

“This year we were able to award funds for multiple excellent projects to help reduce pollution from nonpoint sources in partnership with EPA and other funding agencies,” said Director of Utah’s Water Quality Division, Erica Gaddis. “The Pelican Lake project is a great example of partners working together to improve water quality.  All the partners have developed the plan and brought funding to the table, allowing us to implement this project on a much larger scale than any one of our agencies would have been able to on their own.  We hope that these types of partnerships can continue to be developed and utilized in other areas of the state.”  

Restoring the fishery is now a priority of Utah Department of Natural Resources’ Division of Wildlife Resources, the project lead, with the goal of returning Pelican Lake to the Blue Ribbon fishery status it once had. “We look forward to restoring Pelican Lake as a great fishing destination for Utahns and visitors from across the U.S. to enjoy,” said Director of Utah Division of Wildlife Resources, Mike Fowlks. “These partnerships and grants are so important in helping improve habitats so that wildlife can thrive.”  

The largest portion of the Utah grant, $426,000, will go to the Pelican Lake Rehabilitation Project which is located 20 miles southwest of Vernal in the Uinta Basin. Pelican Lake is a natural lake, and historically important recreational site, approximately 1700 acres in size, and was a nationally recognized fishery for bluegill and largemouth bass. However, in recent decades the water quality in the lake has become impaired due to elevated pH and phosphorus, and as a result, the fishery has also declined in catch rates and size of the fish. Being a shallow lake makes it very vulnerable to sediment loading from surrounding water bodies. A proliferation of invasive carp has also contributed to an increasing lack of clarity.  The total cost of the project will be about $1,448,000 and will take about 3 years to complete.

In addition to funding the “boots on the ground” local watershed coordinators in six basins around the state, the grant will also fund work that will stabilize the shoreline of Matt Warner Reservoir in order to reduce sediment and phosphorous loading. This will help address harmful algal blooms that have been blamed for the death of cattle in the past.  An information, education and outreach program through Utah State University will also be funded, which includes support of a Citizen Monitoring Program, Youth Outreach Program and Teacher Training Program.

For more information regarding EPA’s Nonpoint Source grant program visit: https://www.epa.gov/nps/319-grant-program-states-and-territories

 

 

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Environmental Protection Agency, 1595 Wynkoop St., Denver, CO 80202-1129 United States