Incineration Sample Clauses

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Incineration. Veolia owns and operates incineration facilities in Arkansas, Illinois and Texas. They are fully permitted to meet all applicable EPA regulations and requirements having CERCLA, RCRA, and in the case of Texas, TSCA permits. These incineration locations offer a full-range of incineration technology through the use of both rotary kiln and fixed-hearth design. This allows Veolia the flexibility to manage hard to handle wastes and the ability to handle bulk or drummed wastes thus eliminating the expense of special containers or special packaging. Both incinerators have access to the efficiencies and cost savings of rail transportation. Veolia is providing customers with the most efficient and cost-effective incineration services in our industry. No other hazardous waste treatment can match the combination offered by high-temperature incineration: efficient destruction of hazardous organic compounds and the capability to deal with a wide variety of such wastes. The resulting incineration ash and other residue is stabilized and placed in permanent land disposal. With Veolia’ incineration option, you get: ▪ Assured destruction of the hazardous wastes generated, at a cost-effective price ▪ Access to the Veolia network of incineration facilities, strategically located across the U.S. and fully permitted to meet all applicable regulations and requirements ▪ The security of complete cradle-to-grave service, from collection and transportation of your hazardous waste materials in Veolia and Veolia approved vehicles to the incineration treatment facility, through the final disposal of any ash or other residue in a secure land disposal facility ▪ A full-range incineration system that includes both rotary kilns and fixed-hearth incineration technology, providing the utmost in flexibility to handle the most difficult hazardous wastes ▪ The ability to handle bulk or drummed wastes, eliminating the expense of special containers or special packaging of wastes ▪ In many areas, access to the efficiencies and cost savings of rail transportation Veolia owns a fully-permitted RCRA Subtitle C landfill in Gum Springs, AR. It is directly served by the Union Pacific railroad for rail shipments and 4 miles off Interstate 30 for truck shipments. Currently, the landfill accepts waste for disposal that meets LDR treatment standards and also provides stabilization services for waste streams requiring treatment prior to landfill. Veolia owns and operates a permitted facility in Wisconsin fo...
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Incineration. Incineration of sludge includes exposing sludge to extreme temperatures, resulting in the burning off of volatile compounds and an ash end-product. Incineration can be used to break the strong carbon-fluorine bond found in PFAS and PFOS, which will continue to become more important as regulations target these compounds. Additionally, the volume of solids is significantly reduced compared with other biosolids management alternatives, and the end-product may be commercially marketed. Challenges with incineration include air quality concerns and permitting, high capital investment, and high energy costs. Additionally, incineration is most economical with large volumes of sludge, not likely to be produced by Newton County entities alone. Incineration may only be viable if a regional solution is considered, in which sludge is accepted from entities outside of Newton County. A variety of factors will affect the suitability of a given biosolids management alternative for a given objective. Such factors may include but are not limited to: • Desired end product • Input quality (i.e., solids %) • Chain of custody for emerging contaminants • Available energy sources • Operational structure (i.e., number of shifts, duration of equipment use) • Seasonal conditions • Contract negotiations for shared facilities Given the many factors involved, detailed side-by-side cost comparisons are not appropriate at this stage. However, of the concepts reviewed above, it can be reasonably assumed that from a capital expenditure perspective, composting would likely be least expensive, incineration the most expensive, and drying options would have a range of costs somewhere in between.
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Incineration. With the exception of metal and glass containers, all regulated and associated material must be reduced completely to ash at the end of the incineration cycle.
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Incineration is the controlled burning of waste, either to reduce its volume, or its toxicity. Energy recovery from incineration can be made by utilising the calorific value of paper, plastic, etc to produce heat or power. Current flue-gas emission standards are very high. ▇▇▇ residues still tend to be disposed of to landfill. Industrial Waste - waste from any factory and from any premises occupied by an industry (excluding mines and quarries). Inert Waste - waste which, when deposited into a waste disposal site, does not undergo any significant physical, chemical or biological transformation and which complies with the criteria set out in Annex III of the EC Directive on the Landfill of Waste.
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Incineration. Wastes that cannot be recycled in any other way are incinerated. About half of the municipal waste is incinerated, and energy is recovered either as heat or combined heat and power (Avfall Sverige 2007). The use of technique varies, some are using grates and others use fluidized beds.. Temperatures are between 850 – 1100 °C. Due to law regulations a great emphasis is put on purifying of the smoke by either dry or wet purification. Incineration facilities use multiple filters to prevent hazardous materials in the gases from being released to the air. Any by-products from incineration is separated and disposed safely (RVF 2005a). Aluminium, paper, plastics and newspaper are all transported to different facilities to be recycled into new packages. At a metallic recycling facility large machines sort the incoming waste in order to make sure that the material has a high enough quality. A mix aluminium metals are melted to liquid at 700 °C before solidification and transport to industries. Sweden has one industry that recycles all the incoming plastics. The incoming plastics (both hard and soft) are sorted by a blowing technique. Before treatment it is crushed to small pieces and washed to remove any paper labels. The plastics is mixed with water. The mass is left to dry before it is being transported to customers. The one paper recycling facility in Sweden recycles paper from 30 trucks every day. In a large cylinder paper is being washed with water in order to break up the paper to single paper fibers. The pulp is compressed to carton and thereafter processed in the format the clients wish. Newspapers are processed similar but the final product is newspaper. Coloured and uncoloured glass needs to be separated to get a high quality enough of the new glass produced. Therefore they are treated in the facility every other day. In the facility glass of different sizes are mixed together, crushed and transported to different sorting machines. This is transported to glassworks where it is melted in to new glass. Biodegradable waste is supplied from households, restaurant, garden waste and the agri-food industry. Biodegradable waste is treated in two different ways, one being composting and the other one anaerobic digestion. In Scandinavia there are a number of facilities producing compost from biodegradable waste. Waste from hoseholds and restaurants that consists mainly of food waste is normally co-composted with park and garden waste. Some facilities only accept was...
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Incineration. This is a thermal process for burning the waste at a very high temperature. Incineration requires high calorific value waste, which can burn without any external fuels. Indian waste contains only 3 to 7% of combustible paper, plastic by the time the waste reaches the disposal site. This is principally because most of the burnable material is retrieved by rag pickers from the waste lying on the streets, dust bins and dump yards. This calorific value of Indian waste at the dump yards is found to range from 800 to 1000 Kcal/kg., which is very low. The system of incineration is therefore not suitable under Indian conditions for this and the following additional reasons:
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Incineration. To reduce garbage to ash by burning.
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Related to Incineration

  • Compaction 11.1 Concrete shall be thoroughly compacted and fully worked around the reinforcement, around embedded fixtures and into corners of the formwork. 11.2 Concrete shall be compacted using mechanical vibrators complying with IS 2505, IS 2506, IS 2514 and IS:4656. Over vibration and under vibration of concrete are harm full and shall be avoided. Vibration of very wet mixes shall also be avoided. Whenever vibration has to be applied externally, the design of formwork and the disposition of vibrators shall receive special consideration to ensure efficient compaction and to avoid surface blemishes.

  • Transport The Parents consent to the Pupil travelling by any form of public transport and / or in a motor vehicle driven by a responsible adult who is duly licensed and insured to drive a vehicle of that type.

  • Disposal The Recipient will not, without the Province’s prior written consent, sell, lease, or otherwise dispose of any asset purchased or created with the Funds or for which Funds were provided, the cost of which exceeded the amount as provided for in Schedule “B” at the time of purchase.

  • Drainage ▪ Prevent silt bearing road surface and ditch runoff from delivering sediment to any streams or wetlands. ▪ Maintain rolling dips and drivable waterbars as needed to keep them functioning as intended. ▪ Maintain headwalls to the road shoulder level with material that will resist erosion. ▪ Maintain energy dissipaters at culvert outlets with non-erodible material or rock. ▪ Keep ditches, culverts, and other drainage structures clear of obstructions and functioning as intended. ▪ Inspect and clean culverts at least monthly, with additional inspections during storms and periods of high runoff. This shall be done even during periods of inactivity. ▪ Perform preventative maintenance work to safeguard against storm damage, such as blading to ensure correct runoff, ditch and culvert cleaning, and waterbar maintenance.

  • Waste Borrower shall not commit or suffer any waste of the Property or make any change in the use of the Property which will in any way materially increase the risk of fire or other hazard arising out of the operation of the Property, or take any action that might invalidate or give cause for cancellation of any Policy, or do or permit to be done thereon anything that may in any way impair the value of the Property or the security of this Security Instrument. Borrower will not, without the prior written consent of Lender, permit any drilling or exploration for or extraction, removal, or production of any minerals from the surface or the subsurface of the Land, regardless of the depth thereof or the method of mining or extraction thereof.