Remediation of depleted soils by addition of ion exchange resins

Солдатов, В. С.; Pawłowski, Łucjan; Kloc, E; Szymańska, Iwona; Matushevich, V.V

doi:10.1016/s0925-8574(97)00027-x

Cited by 11 publications

(4 citation statements)

References 4 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…The Lublin University of Technology, Poland, has commenced modeling studies with different kinds of ion exchange substrates as fertilizer additions to sand (Soldatov et al, 1997;Wasąg et al, 2000). In these tests the main objective was to maximize the plant biomass.…”

Section: Introductionmentioning

confidence: 99%

Effect of ion exchange substrate on grass root development and cohesion of sandy soil

Chomczyńska

Солдатов

Wasąg

et al. 2016

International Agrophysics

View full text Add to dashboard Cite

A b s t r a c t. The effect of small additions of ion exchange substrate (nutrient carrier) on root development and accompanying ground cohesion (characterized by its penetration resistance) was studied. During two pot experiments Dactylis glomerata L. was grown on sand and its mixture with 1 and 2% (v/v) of ion exchange substrate, respectively. The number and total length of roots were measured during the first test. Penetration resistance was measured with a pentrologger, following the second experiment. After six weeks of growth, number and length of roots in sand mixture with 1 and 2% substrate was greater than in sandonly medium by 211-287 and 273-323%, respectively. At the same time, penetration resistance in series with substrate additions was significantly higher than in control medium at depth of 2.5-7(8) cm, whereas after 12 week of growth, penetration resistance in series with 1 and 2% substrate additions was significantly greater than in control sand at the whole analyzed depth. The highest resistance values in media with substrate additions 2-2.5 times greater than those in sand alone -were observed at depth of 3.5-4.0 cm. Higher resistance of sand-substrate mixtures results from more intensive development of root systems, forming a mesh which binds sand particles. Such media would be less susceptible to erosion.

show abstract

Section: Introductionmentioning

confidence: 99%

Effect of ion exchange substrate on grass root development and cohesion of sandy soil

Chomczyńska

Солдатов

Wasąg

et al. 2016

International Agrophysics

View full text Add to dashboard Cite

show abstract

“…Among other things, such solutions could include application of ion-exchange substrates (Biona) prepared on the basis of ion-exchange resins at the Institute of Physical Organic Chemistry in Minsk (Soldatov, Pieryškina, and Horoško 1978;Soldatov and Periškina 1985). Ionexchange substrates are excellent macro-and micronutrient carriers that can be used as fertilizers of soils, horticultural media, and peats (Soldatov et al 1997;Soldatov et al 2001). The Biona substrates contain 5-8% (mass) of nutrients in the form available for plants.…”

Section: Introductionmentioning

confidence: 99%

Productivity and Chemical Composition of Tomato and Cucumber Plants Growing in Nickel‐Polluted Soils Fertilized with Biona‐312

Matraszek

Szymańska

Chomczyńska

et al. 2010

Communications in Soil Science and Plant Analysis

View full text Add to dashboard Cite

The effect of ion-exchange substrate Biona-312 additions to nickel (Ni)-polluted soil on yield and mineral composition of cherry tomato and cucumber was evaluated. The plants were grown on the following media: untreated soil (the control series) and soil with added Ni (40 and 100 mg of Ni kg 21 , respectively) as well as Biona-312 (2 and 5% mass additions, respectively). In the presence of 40 mg of Ni kg 21 of soil, the plant yield did not change significantly, whereas in conditions of 100 of mg Ni kg 21 , it decreased significantly. Biona-312 application on Ni-polluted soil increased the productivity of both species. The content of macronutrients in the plant biomass varied depending on the growth stage, Ni level, and Biona-312 dose. For both species, higher Ni content was observed in the aboveground organs than in roots, but tomato contained more Ni than cucumber. Biona application reduced the Ni content in plant biomass of both species after being introduced into soil with a higher Ni level.

show abstract

“…The first attempts at utilizing synthetic ion-exchangers in soil reclamation have already been made (Podlesakova, 1979;Soldatov et al, 1997Soldatov et al, , 1998. These employed monoionic forms saturated with one sort of ion, or ionexchange substrates being mixtures of cation and anion exchangers saturated with macro-and microelements in certain proportions.…”

Section: Introductionmentioning

confidence: 99%

“…These employed monoionic forms saturated with one sort of ion, or ionexchange substrates being mixtures of cation and anion exchangers saturated with macro-and microelements in certain proportions. The results of these experiments al-lowed it to be stated that fertilizer additions prepared on the basis of ion-exchange resins, and especially ion-exchange substrates, increased the productivity of the soils (Soldatov et al, 1997(Soldatov et al, , 1998. Unfortunately, the application of new ion-exchangers in soil reclamation can be very expensive, so one solution might entail the use of the spent ion-exchangers discharged by water purification plants.…”

Section: Introductionmentioning

confidence: 99%

Utilization of Spent Ion-Exchange Resins for Soil Reclamation

́ska¹,

Pawłowski²

2003

Environmental Engineering Science

View full text Add to dashboard Cite

Investigations concerned the effect on plant productivity in sand of a small addition of the standard ionexchange substrate Biona-312, compared with alternative additions of the ion-exchange substrate Mp and a mixture of NPK monoionic forms-the latter both prepared from used ion-exchangers. The addition to sand of 2% v/v of the Biona-312 substrate increased the total orchard-grass yield 9.78-fold, and the total yield of birds-foot trefoil 6.47-fold. The effect of adding the Mp substrate and NPK monoionic forms was also very pronounced (with yields 1.66 to 4.49 times greater than in the control), although more limited than that obtained with the standard substrate Biona-312. The results therefore confirmed that additions of fertilizers prepared from used ion-exchangers are of value in the recultivation of degraded soils-something that allows the benefits of utilizing spent ion-exchangers to be combined with those of soil reclamation.

show abstract

Remediation of depleted soils by addition of ion exchange resins

Cited by 11 publications

References 4 publications

Effect of ion exchange substrate on grass root development and cohesion of sandy soil

Effect of ion exchange substrate on grass root development and cohesion of sandy soil

Productivity and Chemical Composition of Tomato and Cucumber Plants Growing in Nickel‐Polluted Soils Fertilized with Biona‐312

Utilization of Spent Ion-Exchange Resins for Soil Reclamation

Contact Info

Product

Resources

About