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The quality of hydrochloric acid produced according to technological routes, contaminants and industrial applications

Mainier FB;

Guimarães PIC;

Mainier RJ.

| 94-123

The trend of bioremediation as an effective technology in soil decontamination

Bones UA;

Flach KA;

da Rosa GM.

Comparative study of influence of molecular structure of hydrogenocarbonate contaminants in adsorption process, using cactus pear forage (Opuntia fícus) as biomass

Lima LMR;

Alves AHA;

Tavares D;

Lima LMR;

et al.

Recent advances in soil glyphosate contamination and removal

Ferreira INS;

Andrade RFS;

Takaki GMoC.

Bryophytes in removal of environmental contaminants: Review and bibliometric analysis

Torres TT;

Rocha CM;

Rodrigues LHR.

The teaching of chemical technologies associated with industrial contamination that impacts the environment

Mainier FB;

Mainier RJ.

| 145-173

CADMIUM REMOVAL FROM WASTEWATER: A COMPARATIVE STUDY BETWEEN ELECTROLYTIC AND MEMBRANE SEPARATION PROCESSES

Merçon F;

Mainier FB.

| 1439-1463

Bioaccumulation and translocation of metals in Typha domingensis (southern cattail) exposed to wastewater in a mesocosm floating wetland

Bauer LH;

Silva ACB;

Rodrigues LHR.

Occupational health in the Colombian oil sector: an approach from the context of the working class

Ortega ER;

Rivadeneira TE;

Ruiz DL;

Miranda PM;

et al.

Use of lettuce (Lactuca sativa L.) As a parameter to prove the application of the landfarming bioremediation technique

dos Santos J;

Lima LMR;

da Silva JCA;

Lima LMR.

| 245-259

Plastics, microplastics, and human contamination: A literature review

de Carvalho MR;

Teixeira AF;

Dias LN;

Silva DJ;

et al.

| 1023-1034

From the plastics manufacturing process to the way to the oceans

Caldas MCF;

Oliveira KW;

Santos JCV;

Monteiro ECB;

et al.

Algae: The green solution for basic sanitation

Gomes KNF;

Pereira JS;

Jardim GE;

Santiago PS;

et al.

Dye degradation in water using Nickel/Bismuth catalyst

Souza LF;

Guimarães D;

Gimenes R;

Silva FS.

| 983-995

ACETYLSALICYLIC ACID TREATMENT IN WASTEWATER BY ELECTROCOAGULATION USING ALUMINUM ELECTRODES: ELECTRICAL VOLTAGE EFFECT

Falcón ÁJlC;

Bergamasco R;

Theodoro JDP;

Rios MlC;

et al.

| 1829-1845

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The quality of hydrochloric acid produced according to technological routes, contaminants and industrial applications

The trend of bioremediation as an effective technology in soil decontamination

Comparative study of influence of molecular structure of hydrogenocarbonate contaminants in adsorption process, using cactus pear forage (Opuntia fícus) as biomass

Recent advances in soil glyphosate contamination and removal

Bryophytes in removal of environmental contaminants: Review and bibliometric analysis

The teaching of chemical technologies associated with industrial contamination that impacts the environment

CADMIUM REMOVAL FROM WASTEWATER: A COMPARATIVE STUDY BETWEEN ELECTROLYTIC AND MEMBRANE SEPARATION PROCESSES

Bioaccumulation and translocation of metals in Typha domingensis (southern cattail) exposed to wastewater in a mesocosm floating wetland

Occupational health in the Colombian oil sector: an approach from the context of the working class

Use of lettuce (Lactuca sativa L.) As a parameter to prove the application of the landfarming bioremediation technique

Plastics, microplastics, and human contamination: A literature review

From the plastics manufacturing process to the way to the oceans

Algae: The green solution for basic sanitation

Dye degradation in water using Nickel/Bismuth catalyst

ACETYLSALICYLIC ACID TREATMENT IN WASTEWATER BY ELECTROCOAGULATION USING ALUMINUM ELECTRODES: ELECTRICAL VOLTAGE EFFECT