environment metal waste

8/6/2019 Environment Metal Waste

1/16

,,

!":$%&'()%%%*)

), -./0 (

Development of models for environmental

performance improvement of steel product

manufacturing

DOWNLOAD

PDF !"

Modelisation du four a arc dans le logiciel

EMTP-RV

DOWNLOAD

PDFModelisation#$ %& '$%danslogiciel EMTP-"% )

Supported catalysts, from polymers to gold

nanoparticles supports

DOWNLOAD

PDF

*+,- ./ 0%1** - 2 34 *+,- %567

The impact of cadmium on a multi-species

biofilm degrading naphthalene and the role of

hydrogen peroxide in cadmium-biofilm

interaction

DOWNLOAD

PDF

87 % 9:5% 7- ;& ? )+@* 5% 87 A-B! ?

Stabilization of nickel by aluminum- and iron-

rich ceramic materials: Reaction pathways

and product leaching behavior

DOWNLOAD

PDF

C" 5 )D >E 5 8>D F" B* 3>>7 G: 5 ;>75 94 +4 %+%

Fission product ion exchange between zeolite

and a molten salt

DOWNLOAD

PDF 4 IJ C* 5 K ) 9 Photocatalytic oxidation of cobalt(II)-EDTA in

aqueous titanium dioxide

DOWNLOAD

PDFPhotocatalytic7 ;7)85(-EDTAD 8*+ 7 %

The use of optimization methods---and

thermodynamic implications---in mineralogy

DOWNLOAD

PDF> - 5 " > N5% 3@+"------">4 *7 %

Laboratory research for high-temperature

waste vitrification

DOWNLOAD

PDF 0%O P% ,4 Q* 0


2/16

,,

!":$%&'()%%%*)

), -./0 (

EVALUATION OF ION-EXCHANGE PROPERTIES

OF FERRIC-HYDROXIDE FLOCS FOR THE

REMOVAL OF HEAVY METAL WASTES USING A

HIGH GRADIENT MAGNETIC SEPARATOR

DOWNLOAD

PDF75% C VS * %FLOCSJO P )W>" 6 X

9= />Y 3>>7P 3@+"

Tube-based field-portable x-ray fluorescence

(FPXRF) as a qualitative screening tool for

Resource Conservation and Recovery Act(RCRA) metals in children's products and

comparison to total metals analyses to predict

hazardous waste metals toxicity characteristic

DOWNLOAD

PDF

Z*"% Z !4 BO B$ > #" )FPXRF(%6 C 9>

9*$ 5 [@O U> @7 WE)RCRA(5 977 0 % 06% 06 *\, 0!T 06 " S > ;- B 5 6Q B7

Dilute metal recovery from hydrometallurgical

process waste streams

DOWNLOAD

PDF> 0!T 6 '$%hydrometallurgical9P

Retention of heavy metals from acidic sulfur-

rich waste water by water treatment residuals:

A reconaissance study

DOWNLOAD

PDF

ID @ 3*$ == >E " I- )W>" 06 %W*:!">4

Conversion of mill-scale waste to nanoscalezero valent iron (nZVI) for 'green' hydrogen

generation via metal-steam reforming

DOWNLOAD

PDF)D +[ @] ** #D !>] B]O IJ 5 8= 6

Hydrous metal sulfate minerals associated with

mine waste: Atomic structure, hydrogen

bonding and phase equilibria

DOWNLOAD

PDF

% % 0@" R>* 6 *! 9! `:*- 2 %+S" ! 5 *:5%

An investigation of metal concentrations in

waste rock piles, stream water, benthic

macroinvertebrates, and stream bed

sediments to assess long-term impacts of

intermittent precipitation events in the

Lefthand Creek watershed, northwestern

Boulder County, Colorado

DOWNLOAD

PDF

2 ID 9P 2 U4 0!T a>" % 06 bE "%macroinvertebratesbenthicI5>+ N% U$5 0 % 0A % % 9P 5 + 0"% 2

TO %Lefthand757 2 % 9+"4 E 4 % 2 C


3/16

,,

!":$%&'()%%%*)

), -./0 (

Characterization and modeling of heavy metal

removal by industrial biomass wastes

DOWNLOAD

PDF+!>] 3 F" )W>" 6 XJO " 5 VS

Trace metal sources in mixed municipal solid

waste compost systems

DOWNLOAD

PDFP 4 "c7 `\ % 6 ?+" % U>

Background concentrations of heavy metals

and their role in clean up of hazardous waste

sites: Application to Ventura and Los AngelesCounties

DOWNLOAD

PDF

bE X 5 " 06 5 XJO Z4% 5 *P 0!T

The Falconbridge Limited Smelter Conservation

Area: Sediment and metal characteristics in amining waste-water treatment settling pond

DOWNLOADPDFFalconbridgeO [@O I51 5:=d5 5 I"% 9! % 6 7 BO ID @

Parametric study of heavy metal partitioning in

a pilot-scale incinerator burning simulated

municipal solid waste

DOWNLOAD

PDF% )W>" 6 > ),%- +%- !incinerator34 " 4 9S


4/16

,,

!":$%&'()%%%*)

), -./0 (

Beta test version. A screening process to

transform heavy-metal laden industrial

wastewater treatment plant sludge from a

waste to a commodity: A systematic approach

to explore waste minimization opportunities

and enhance waste exchange

DOWNLOAD

PDF

4 + ,D \*.@ )Q 6 )W>" B WE *5%.T *S7 *S%7 +!>] I:B$O ] f,7 > 8b* 5%

K ;6 5 0!T 9*"%

Bioavailability of nutrients and metals followingland application of organic wastes DOWNLOADPDF Z- 06 5 JY + D ) "S%

Biological impacts and recovery from marine

disposal of metal mining waste

DOWNLOAD

PDF6 9! % U 5 ) 0A

Sorbet technology for metal emission control

during coal combustion and waste incineration

DOWNLOAD

PDF:>Sorbet" 5 a>" E1 g+O / % 6 %,+* +>7

Chemchar gasification of metal-bearing

wastes, chlorinated organics and Department

of Energy surrogate wastes

DOWNLOAD

PDFW 97 BChemchar :* 0%5 5 D 7 2 B 6

8 VS 0!multicomponent6 7


5/16


6/16

,,

!":$%&'()%%%*)

), -./0 (

Controlling mechanisms of metals release from

cement-based waste form in acetic acid

solution

DOWNLOAD

PDFC+" " % >+ 8 9" 06 %,+* +>7 86*

Design and scale-up of a heavy metals

recovery process from municipal solid waste

incinerator residues

DOWNLOAD

PDF

4 P K 3* $ )W>" 06 > #" 0P

Waste pulps as biosorbents for metal recoveryDOWNLOAD

PDF9> l- 0!Tbiosorbents6

CHEMICAL SPECIATION AND FLYASH

STABILIZATION OF ARSENIC, BARIUM,

CHROMIUM, AND LEAD IN DRILLING FLUID

WASTES (LEACHABILITY HEAVY METALS,

DISPOSAL)

DOWNLOAD

PDF

SPECIATION0A 5 4FLYASH%@O % I" 5 2 857 2 ?% 2 C>"%D U )LEACHABILITYU 2 )W>" 06(

EVALUATION OF ION-EXCHANGE PROPERTIES

OF FERRIC-HYDROXIDE FLOCS FOR THE

REMOVAL OF HEAVY METAL WASTES USING A

HIGH GRADIENT MAGNETIC SEPARATOR

DOWNLOAD

PDF75% C VS * %FLOCS )W>" 6 XJO P

/>Y 3>>7P 3@+" 9=

Characterization of various metal matrix

composite thermal management materials

DOWNLOAD

PDF%O c7 Z 6 f+\ VS


7/16

,,

!":$%&'()%%%*)

), -./0 (

Metal accumulation and abundance of turtles

on the West Kentucky Wildlife Management

Area/DOE Paducah Gaseous Diffusion Plant

complex

DOWNLOAD

PDF

;O5 0O 7+>7 IE % ,- R *5 5 ]> 4* *5%/5* 0%5Paducah3= 3m- %,+* =

Fabrication and characterization of high

thermal conductivity metal matrix composites

using graphite fibers: The next-generation

thermal management materials

DOWNLOAD

PDF

= X Z 3@+" %O 6 c7 VS 5 S":%O ! B*

Metal distribution, speciation, and

bioavailability in stormwater management

oil/grit chamber systems and marine receiving

waters

DOWNLOAD

PDF2 + Uspeciation)E5% % 5 + 2stormwater/?+"

ID % % 5 )4 g

Using a systems based approach, what are the

barriers and strengths to implementing an

effective substance use management

program at A.J. Forsyth (A division of RusselMetals Inc.)

DOWNLOAD

PDF

3@+" 3 A P 0$ `

Dimensional management in metal assembly

process validation: A multivariate approach

DOWNLOAD

PDF> :+* %+ 6 % ! :3Y+ >& N5%

Modeling and management of process-

induced shape distortion of sheet metal

products

DOWNLOAD

PDF6 g%5 0 4* oP B4 > 5

Effect of state hazardous waste taxes on the

generation and management of metal

hazardous wastes

DOWNLOAD

PDF 0!T 5 % R*S 5 0 AR*S 6


8/16


9/16

,,

!":$%&'()%%%*)

), -./0 (

Low quality waste heat recovery for a gas

gathering compressor package

DOWNLOAD

PDF%"c7 %5D UP + = 0%O K @7 ?7

Using biosurfactants produced from agriculture

process waste streams to improve oil recovery

in fractured carbonate reservoirs

DOWNLOAD

PDF 3@+" biosurfactants 9P *5% %5,7 0!T 34

0>7 +4 9\ % @*

Freeze-drying for water recovery from solid

waste

DOWNLOAD

PDF

C,S v-P K ID

State governments' performance and

effectiveness in reducing solid and hazardous

waste under the Resource Conservation and

Recovery Act (RCRA): A study of the chemical

industry

DOWNLOAD

PDF

U> [@O R*S 5 P K ;7 % A 5 + 5 5 9*$)RCRA: (4 U>] !

The recovery of sinapic acid from the waste

permeate from yellow mustard protein isolation

DOWNLOAD

PDF" sinapic% S )w5- 56* % K 1@*

Optimizing thermoelectric waste heat recovery

from an automotive cooling system

DOWNLOAD

PDF 5%S 3>>7 C>S ?+" 0%O %O " >Recovery of waste acids using anion

exchange membranes

DOWNLOAD

PDF9*D x,E 3@+" "

Synthesis and characterization of mixed matrix

systems for the removal and recovery of

divalent metals from waste streams

DOWNLOAD

PDF

]S "% 5 6+>" 06 5 XJO Z `\ ?+" 04% 5 *P 0!T

Recovery and characterization of Yersinia

enterocolitica in swine wastes

DOWNLOAD

PDF0]S "% 5 Yersinia enterocolitica 7S %

Recovery of volatile fatty acids and enzymesfrom dilute model aqueous and ruminal waste

streams

DOWNLOAD

PDF 9P 4 5 '$% D ?6*D 5 % I& "

Availability analysis of waste-water recovery

systems

DOWNLOAD

PDF #+" B 5 6QID 0!T ?+" 9

Recovery of chlorine from waste anhydrous

hydrogen chloride by means of an

electrochemical membrane reactor

DOWNLOAD

PDF

5 x,E 45+ %+7% 3@+" ID 7 9:5% 0!T 7 ,E >D


10/16

,,

!":$%&'()%%%*)

), -./0 (

The role of vegetation in the phytoremediation

and ecological recovery of hazardous waste

sites

DOWNLOAD

PDF% = ;4- ;" 2 O/extractantsZ75%-organometallicB$ radionuclidesD *P 0!T *



DOWNLOADPDF

6 9! % U 5 ) 0A

Electrolytic membrane recovery of bromine

from waste gas-phase hydrogen bromide

streams using a molten salt electrolyte

DOWNLOAD

PDF

C 3@+" 9P = 9:5% 0!T 8 x,E +5+IJ C* 5+

Hardwood lignin recovery by chlorine dioxide

generator waste acid acidification

DOWNLOAD

PDF%*: F" 7 7 85 I& )>W" 94 "

Recovery of lead from lead-bearing wastes:

Process development and leachingmechanism

DOWNLOAD

PDF B Q> *- I" :?* 94 +4 5 >D !"

Synthesis of an efficient process flowsheet for

waste reduction and resource recovery

DOWNLOAD

PDF6+>"flowsheetU> 5 0!T ;7 A *5%

Beverage container design and material

recovery from solid waste

DOWNLOAD

PDFP K 5 X[ O/ *4D

Reactive extrusion of poly(ethylene

terephthalate) blends for polymer waste

recovery

DOWNLOAD

PDF- y7 ,>75 9:5+7)0+ )(-

Pollution, politics, and policy: Implementation

of hazardous waste policy through the

Resource Conservation and Recovery Act

DOWNLOAD

PDF

"" 5 2 "" 2 =D:[@O '/ % R*S "" P 5 9*$ U>

Thermo-chemical recovery of styrene from

polystyrene waste

DOWNLOAD

PDF0!T 9+" 4 5 %O 9+" -

Thermo-chemical recovery of low molecular

weight oligomers from polyethylene waste

DOWNLOAD

PDF?7 4 5 %O oligomers) - 0!T 95


11/16

,,

!":$%&'()%%%*)

), -./0 (




DOWNLOAD

PDF

4 P K 3* $ )W>" 06 > #] 0!T

a>&S

Flue gas waste energy recovery optimization

with spray recuperators

DOWNLOAD

PDF " > :* X. = ;75recuperatorsc"

Application of crawfish chitosan as a

coagulant in recovery of organic compounds

from seafood processing wastes

DOWNLOAD

PDF

D 07 % 3>>7 3 9> a>&S #%+ 3@+"% JE N-

COMPUTER SIMULATION AND OPTIMIZATION

FOR THE ASSESSMENT OF WASTE HEAT

UTILIZATION TECHNOLOGIES (THERMALEFFLUENT, RECOVERY, AQUACULTURE)

DOWNLOAD

PDF

0%O 0!T 3@+" %5D ) % " > 5 " 4)0%O

%5- 6D 2 2 I-(

Waste pulps as biosorbents for metal recoveryDOWNLOAD

PDF9> l- 0!Tbiosorbents6

Destruction, detoxification, and recovery of

cyanide from cyanide wastes

DOWNLOAD

PDF %*" %*" 5 ?" 2 y\

PULSED-FLOW AIR CLASSIFICATION (SOLID

WASTE, ENVIRONMENTAL RESOURCE

RECOVERY)

DOWNLOAD

PDF 9P Z- > 2 P K (

INDUSTRIAL APPLICATION AND ASSESSMENT OF

WASTE ENERGY RECOVERY TECHNOLOGIES

DOWNLOAD

PDF:* %5D ) % 5 +!>] %7

RESOURCE RECOVERY FROM SOLID WASTE: SUB-

SYSTEM OPERATING ECONOMIC ANALYSIS OF

THE AMES, IOWA, SYSTEM

DOWNLOAD

PDFP K U> :?+" 2 D 2 6 +$ B 6*D ?+"

An examination of recovery of resources from

solid wastes in the city of Edmonton

DOWNLOAD

PDF{"9+* 9+"4 % U>


12/16

,,

!":$%&'()%%%*)

), -./0 (

Waste heat recovery via three-phase fluidized

bed heat exchangers using low quality water

DOWNLOAD

PDF\ " '/ 0%O fluidized ID 3@+" 0%O

)- @7

The recovery of proteins and lipids from

packing houses waste waters

DOWNLOAD

PDFID K > + *S c 5 )w5-

An investigation of the waste material from the

recovery of pectin from sugar beet pulp

DOWNLOAD

PDF "%>$ %>Y& @ )+- K

Dilute metal recovery from hydrometallurgicalprocess waste streams DOWNLOADPDF > 0!T 6 '$%

hydrometallurgical9P

Acid mine drainage: Sludge dewatering, metal

recovery and synthesis of magnetite

nanoparticles

DOWNLOAD

PDF, 9! ":+>W 0%1 ** 6+>" 5 6 2 WD )Q

Engineering of mesoporous magnetic carriers

for metal recovery

DOWNLOAD

PDF6 />Y %-56 BO ">

The feasibility studies for decomposition and

metal recovery of metalloporphyrin and

metallophthalocyanine by ultrasonication

DOWNLOAD

PDF

06 5 6Q Q>" 9 0! 8Q*metalloporphyrin5

metallophthalocyanine0] o F"

Metal recovery from slags using DC arc

furnace technology

DOWNLOAD

PDF 06 slags#$ 3%7 :> 3@+" "

Studies of metal affinity interactions in metal

recovery and bioremediation

DOWNLOAD

PDF5 6 % 6 B 0!@* 5 B! 0!bioremediation




DOWNLOAD

PDF

4 P K 3* $ )W>" 06 > # l- 0!Tbiosorbents6

MEMBRANE PROCESSES FOR METAL RECOVERY

AND POLLUTION CONTROL IN THE COPPER

REFINING AND PLATING INDUSTRIES

DOWNLOAD

PDF

>D " ,E >D 5 x,E2 Z @ % =D +>7 5 6 U>] %D

Metals recovery from industrial wastewaters

and metallic hydroxide sludges through

microbial sulphate-reduction

DOWNLOAD

PDF5 +!>] I- 06 sludges5 '/ 6 75%

0@";7


13/16

,,

!":$%&'()%%%*)

), -./0 (

By-product synergy in the textile industry:

Indigo waste recovery in the denim finishing

process

DOWNLOAD

PDFP* !>] % % :>D 8 )P % 0!T *

Recycling the city: The impact of urban

change on the informal waste-recovery trade

in Hanoi, Vietnam

DOWNLOAD

PDF

9+"4 :2 * % "% E 0%Q % 4 0Y A8>+5

Reactive extrusion of poly(ethylene

terephthalate) blends for polymer wasterecovery

DOWNLOADPDF ,>75 9:5+7- y7 )0+ )(-

Investigation into the attenuation of metals in

GCLs intended for mine waste containment

DOWNLOAD

PDF06 f!z ="%GCLs 9! % 34 += b* %

Tube-based field-portable x-ray fluorescence

(FPXRF) as a qualitative screening tool for

Resource Conservation and Recovery Act

(RCRA) metals in children's products and

comparison to total metals analyses to predicthazardous waste metals toxicity characteristic

DOWNLOAD

PDF

Z*"% Z !4 BO B$ > #" )FPXRF(%6 C 9> 9*$ 5 [@O U> @7 WE)RCRA(5 977 0 % 06

\, 0!T 06 " S > ;- B 5 6Q B7 % 06 *

Dilute metal recovery from hydrometallurgical

process waste streams

DOWNLOAD

PDF> 0!T 6 '$%hydrometallurgical9P

Retention of heavy metals from acidic sulfur-

rich waste water by water treatment residuals:

A reconaissance study

DOWNLOAD

PDF

%W*ID @ 3*$ == >E " I- )W>" 06:!">4

Conversion of mill-scale waste to nanoscale

zero valent iron (nZVI) for 'green' hydrogen

generation via metal-steam reforming

DOWNLOAD

PDF

** #D !>] B]O IJ 5 8= 6 8

Hydrous metal sulfate minerals associated with

mine waste: Atomic structure, hydrogen

bonding and phase equilibria

DOWNLOAD

PDF

9! `% % 0@" R>* 6 *! :*- 2 %+S" ! 5 *:5%


14/16

,,

!":$%&'()%%%*)

), -./0 (

An investigation of metal concentrations in

waste rock piles, stream water, benthic

macroinvertebrates, and stream bed

sediments to assess long-term impacts of

intermittent precipitation events in the

Lefthand Creek watershed, northwestern

Boulder County, Colorado

DOWNLOAD

PDF

2 ID 9P 2 U4 0!T a>" % 06 bE "%macroinvertebratesbenthicI5>+ N% U$5 0 % 0A % % 9P 5 + 0"% 2

TO %Lefthand57 2 % 9+"4 E 4 % 2 C7

Characterization and modeling of heavy metal

removal by industrial biomass wastes

DOWNLOAD

PDF+!>] 3 F" )W>" 6 XJO " 5 VS

Trace metal sources in mixed municipal solid

waste compost systems

DOWNLOAD

PDFP 4 "c7 `\ % 6 ?+" % U>

Background concentrations of heavy metals

and their role in clean up of hazardous waste

sites: Application to Ventura and Los Angeles

Counties

DOWNLOAD

PDF

" R*S 97 R- % *D ;" 06 bE X 5 "4% 5 *P 0!T

The Falconbridge Limited Smelter Conservation

Area: Sediment and metal characteristics in a

mining waste-water treatment settling pond

DOWNLOAD

PDFFalconbridgeO [@O I51 5: 9! % 6 =d5 5 I"%7 BO ID @

Parametric study of heavy metal partitioning in

a pilot-scale incinerator burning simulated

municipal solid waste

DOWNLOAD

PDF% )W>" 6 > ),%- +%- !incinerator34 " 4 9S

4 P K 9*" #


15/16

,,

!":$%&'()%%%*)

), -./0 (

carbon

Pulse microwave-mediated sample clean-up

method to analyse trace metals, PCBs and

pesticides, and for the treatment of organic

wastes

DOWNLOAD

PDF

6Q N5% 97 R- ** "5 55 Z-% 2 06 % B 5D K 9% 5 2 ;7 D 5 -& %

Beta test version. A screening process to

transform heavy-metal laden industrialwastewater treatment plant sludge from a

waste to a commodity: A systematic approach

to explore waste minimization opportunities

and enhance waste exchange

DOWNLOAD

PDF

4 + ,D \*.@ )Q 6 )W>" B WE *5%7 *S%7 +!>] I.T *S:B$O ] f,7 > 8b* 5%

0!T 9*"%K ;6 5

Bioavailability of nutrients and metals following

land application of organic wastes

DOWNLOAD

PDFD ) "S% Z- 06 5 JY +



DOWNLOAD

PDF

6 9! % U 5 ) 0A

Sorbet technology for metal emission control

during coal combustion and waste incineration

DOWNLOAD

PDF:>SorbetE1 g+O / % 6 %,+* +>7 " 5 a>"

Chemchar gasification of metal-bearing

wastes, chlorinated organics and Department

of Energy surrogate wastes

DOWNLOAD

PDFW 97 BChemchar :* 0%5 5 D 7 2 B 6

8 VS 0!multicomponent6 7


16/16

,,

!":$%&'()%%%*)

), -./0 (

Use of the Comet assay and metallothionein

assay as biomarkers of stress in the Asiatic

clam, Corbicula fluminea, at a metals-

contaminated hazardous waste site

DOWNLOAD

PDF

;Q>" N5% 3@+"5 % * 3%+"metallothioneinW*,* 9> 2 "D X] % #+" +fluminea Corbicula" 3D 06 % 2

R*S

A study on the removal of metals from nuclear

waste and the electrochemical reduction of

nitrate and nitrite at three dimensional

electrodes

DOWNLOAD

PDF

% +* 5 0+* 45+ ;7 5 + 06 XJO % !! 5+ "

Evaluation of subsurface flow constructed

wetlands for the treatment of heavy metals in

municipal solid waste landfill leachate

DOWNLOAD

PDF

) B % )W>" 06 9% 7 34 +S" I " 9P "%4 leachateP

Synthesis of ettringites using large-volume

industrial wastes and their applications in

solidification/stabilization of metal pollutants

DOWNLOAD

PDF6+>"ettringitesQ* % *D %7 5 +!>] ?QO 3@+" h%6/

6 3>D 0A

environment metal waste

Documents