For any additional information please contact: RIS-ALiCE project, email: klemen.teran@geo-zs.si, phone: 00386 1 2809 752

Legal status

Please specify the type of material which is not listed

 

According to the EC Waste Framework Directive

 
 
ECHA
Land – Municipality of Litija and private owners
Material - unclear

Location of waste.

Litija - Sitarjevec
46.04910000

WGS 84 coordinates in decimal form

14.82900000

WGS 84 coordinates in decimal form

Transportation options

 
 

Quantities

0.00

t

480000.00

t

Chemical composition of the material

8.93

wt%

wet chemistry after EN 196-2
69.83

wt%

wet chemistry after EN 196-2
4.31

wt%

wet chemistry after EN 196-2
0.47

wt%

wet chemistry after EN 196-2
0.40

wt%

wet chemistry after EN 196-2
0.03

wt%

wet chemistry after EN 196-2
0.05

wt%

XRF (Li-tetraborate fused beads)
 

wt%

 
 

wt%

 
1.24

wt%

1.40

wt%

0.15

wt%

0.09

wt%

2.1070

mg/kg

Potentially toxic elements, metals and metalloids (please write them with symbols) with corresponding elemental levels.

  • Ag
    <15

    mg/kg

  • As
    <30

    mg/kg

  • Ba
    33434

    mg/kg

  • Be
    <3

    mg/kg

  • Cd
    <3

    mg/kg

  • Ce
    37

    mg/kg

  • Cu
    52.5

    mg/kg

  • Dy
    <7.5

    mg/kg

  • Er
    <7.5

    mg/kg

  • Eu
    <5

    mg/kg

  • Ga
    <15

    mg/kg

  • Gd
    <15

    mg/kg

  • Ho
    <7.5

    mg/kg

  • La
    18.6

    mg/kg

  • Mn
    374

    mg/kg

  • Nb
    <15

    mg/kg

  • Nd
    16

    mg/kg

  • Ni
    53.2

    mg/kg

  • Pb
    1921

    mg/kg

  • Pr
    <15

    mg/kg

  • Sb
    <15

    mg/kg

  • Sc
    4.8

    mg/kg

  • Sm
    <7.5

    mg/kg

  • Sr
    506

    mg/kg

  • Ta
    <30

    mg/kg

  • Tb
    <7.5

    mg/kg

  • Th
    <15

    mg/kg

  • Tm
    <7.5

    mg/kg

  • U
    <45

    mg/kg

  • V
    36.4

    mg/kg

  • Y
    15.8

    mg/kg

  • Yb
    <2

    mg/kg

  • Zn
    379

    mg/kg

  • Zr
    137

    mg/kg

Mineralogical composition of the material

  • Quartz
    SiO2
    51.3

    wt%

  • Illite/ Muscovite
    (K,H 3O)(Al,Mg,Fe) 2(Si,Al) 4O 10[(OH)2,(H 2O)]
    9.5

    wt%

wt%

 

wt%

 

wt%

37.0

wt% (XRD)

Physical characteristics of the material

2.84

g/cm3

 

kg/m3

 

%

Please describe homogeneity of the material including particle size distribution, chemical variability and variations in production etc.

 

 

(10% of a particle smaller than D10)

 

(50% of a particle smaller than D50)

 

(90% of a particle smaller than D90)

 
 

m2/g

There are no files uploaded.

Radiological characteristics of the material

470±3.1

Bq/kg

<0.04

Bq/kg

25±4

Bq/kg

26±1

Bq/kg

31±2

Bq/kg

1.7±0.2

Bq/kg

29.0±4.5

Bq/kg

Life-cycle assessment parameters

-6.60E-02

Kg CO2 eq.

-2.32E-16

Kg CFC 11 eq.

-7.57E-05

Mol H+ eq.

-4.83E-08

Kg PO4 eq.

-7.72E-05

Kg NMVOC eq.

-7.31E-03

m world eq. deprived

There are no files uploaded.

Additional data

i.e. safety data sheet, technical specifications, waste assessment reports, etc.

There are no files uploaded.
There are no files uploaded.

One of the mining waste deposits in Litija.JPG

7.78 MB

A bench in one of the Litija mining waste deposits.JPG

10.32 MB

Sampling the mining waste deposits in Litija.JPG

10.19 MB

There are no files uploaded.

Data relevancy

Klemen Teran
Litija-Sitarjevec is a former Pb-baryte-Hg-Ag mine.
Sample of Litija mining wastes was collected on 11.03.2020 from the two major waste heaps - waste heap of "Prikopni adit" (above the museum entrance) and flotation waste heap located along the road Litija-Zavrstnik. Approximately 40 kg of material was collected on several randomly selected subsampling locations at each waste heap. Sample represent material from the surface of the mining waste (0-30 cm). Mining wastes have a very heterogeneous composition in terms of lithology,and particle size.

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