Environmental Problems. – 2017. – Vol. 2, No. 4

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Науковий журнал

Засновник і видавець Національний університет «Львівська політехніка». Виходить двічі на рік з 2016 року.

Environmental Problems = Екологічні проблеми : [науковий журнал] / Lviv Polytechnic National University ; [editor-in-chief M. Malovanyy]. – Lviv : Lviv Politechnic Publishing House, 2017. – Volume 2, number 4. – P. 187–244. : ill.

Зміст (том 2, № 4)

1. Sakalova G., Vasylinycz T., Koval N., Kashchei V. Investigation of the method of chemical desorption for extraction of nikel ions (II) from bentonite clays	187
2. Sheludchenko L. Dynamics modeling of traffic-related exhaust aerosols	191
3. Komarysta B., Bendiuh V. Determining the level of resources savings of the product life cycle	195
4. Pozdnyakova O., Vnykova N. The worn tyres pyrolisis’ solid products opportunity application as fuel substitute assessment	199
5. Kvaternyuk S. Multispectral control of pesticide concentrations in aquatic environments using bioindication on phytoplankton	205
6. Kukushkina O., Vasylkevych O., Bondarenko S. Improved technology of biodiesel fuel production from waste oils	211
7. Pohrebennyk V., Dzhumelia E. The methodology for design of informational and analytical system for environmental monitoring of mining and chemical enterprise in the liquidation	215
8. Sanginova O., Bondarenko S., Andriiuk V., Kraieva K. Distributed system for monitoring and forecasting of water bodies quality	221
9. Alokhina O., Ivchenko D., Koshovy V., Rusyn B. Landscape metrics for changes detection in land cover of the west polesie transboundary biosphere reserve	227
10. Kazymyra I. Life and scientific priorities of professor Ihor Petrushka	241

Content (Vol. 2, No 4)

1. Sakalova G., Vasylinycz T., Koval N., Kashchei V. Investigation of the method of chemical desorption for extraction of nikel ions (II) from bentonite clays	187
2. Sheludchenko L. Dynamics modeling of traffic-related exhaust aerosols	191
3. Komarysta B., Bendiuh V. Determining the level of resources savings of the product life cycle	195
4. Pozdnyakova O., Vnykova N. The worn tyres pyrolisis’ solid products opportunity application as fuel substitute assessment	199
5. Kvaternyuk S. Multispectral control of pesticide concentrations in aquatic environments using bioindication on phytoplankton	205
6. Kukushkina O., Vasylkevych O., Bondarenko S. Improved technology of biodiesel fuel production from waste oils	211
7. Pohrebennyk V., Dzhumelia E. The methodology for design of informational and analytical system for environmental monitoring of mining and chemical enterprise in the liquidation	215
8. Sanginova O., Bondarenko S., Andriiuk V., Kraieva K. Distributed system for monitoring and forecasting of water bodies quality	221
9. Alokhina O., Ivchenko D., Koshovy V., Rusyn B. Landscape metrics for changes detection in land cover of the west polesie transboundary biosphere reserve	227
10. Kazymyra I. Life and scientific priorities of professor Ihor Petrushka	241

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Now showing 1 - 2 of 2

Determining the level of resources savings of the product life cycle
(Lviv Politechnic Publishing House, 2017-11-12) Komarysta, Bohdana; Bendiuh, Vladyslav; National Technical University of Ukraine “Igor Sikorsky Kyiv Polytechnic Institute”
We proposed to use a useful life index to take into account the time of decay in the environment of the product and the time of useful product use. Application of a waste generation index to assess the level of waste generation at the stage of the product life cycle is suggested. The unitary index of efficient use of natural resources is calculated on the basis of thementioned indices.
Determining the level of resources savings of the product life cycle
(Lviv Politechnic Publishing House, 2017-11-12) Komarysta, Bohdana; Bendiuh, Vladyslav; National Technical University of Ukraine “Igor Sikorsky Kyiv Polytechnic Institute”
We proposed to use a useful life index to take into account the time of decay in the environment of the product and the time of useful product use. Application of a waste generation index to assess the level of waste generation at the stage of the product life cycle is suggested. The unitary index of efficient use of natural resources is calculated on the basis of thementioned indices.