24.01.2024 Views

Revista Analytica Edição 128

Revista Analytica Edição 128

Revista Analytica Edição 128

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

para plantas. Estas analises<br />

podem ser realizadas por<br />

métodos como o da resina<br />

de troca iônica. Todas<br />

as metodologias usadas<br />

requerem etapas de<br />

amostragem, tratamentos,<br />

e envio das amostras a um<br />

laboratório que faça as<br />

análises pertinentes. Neste<br />

trabalho desenvolveu-se<br />

um filtro que ao ser colocado<br />

no solo atuou como<br />

trocador iônico, permitido<br />

que após a sua remoção<br />

do solo a analise seja realizada,<br />

sem que ocorra<br />

o envio ou tratamentos<br />

de amostras do solo. O<br />

material foi confeccionado<br />

utilizando fibras vegetais<br />

previamente tratadas, e<br />

modeladas em formato<br />

que permitam a sua inserção<br />

no solo.<br />

Palavras Chave: Bastonetes.<br />

Solução do solo. Análise<br />

de solo. Troca iônica.<br />

Biodegradável.<br />

ABSTRACT<br />

Soil is an environment<br />

formed by materials of<br />

mineral and organic origin,<br />

pore water and air. The<br />

mineral part is made up of<br />

rock fragments of different<br />

minerals, with varying shapes<br />

and sizes. Organic matter<br />

originates from plant<br />

and animal remains in<br />

varying degrees of decomposition.<br />

The water present<br />

in the soil is responsible<br />

for dissolving and making<br />

metallic elements available,<br />

and for this reason it is<br />

called soil solution. In this<br />

complex environment that<br />

is the soil, different types<br />

of plants are cultivated,<br />

and they use the nutrients<br />

available in the soil solution<br />

for their complete development.<br />

Each plant needs<br />

different amounts of these<br />

nutrients, and in order to<br />

know the content of these<br />

elements in the soil, it is<br />

analyzed. The analysis is<br />

divided into numerous<br />

steps and aspects related to<br />

plant nutrition. Macro and<br />

micronutrients are evaluated<br />

for their total content<br />

and availability for plants.<br />

These analyzes can be<br />

carried out using methods<br />

such as ion exchange resin.<br />

All methodologies used<br />

require sampling steps,<br />

treatments, and sending<br />

the samples to a laboratory<br />

that carries out the relevant<br />

analyses. In this work, a filter<br />

was developed that, when<br />

placed in the soil, acted as<br />

an ion exchanger, allowing<br />

analysis to be carried out<br />

after its removal from the<br />

soil, without sending or<br />

treating soil samples. The<br />

material was made using<br />

previously treated vegetable<br />

fibers, and shaped into<br />

a shape that allows it to be<br />

inserted into the soil.<br />

Keywords: Rods. Soil<br />

solution. Soil analysis. Ion<br />

exchange. Biodegradable<br />

<strong>Revista</strong> <strong>Analytica</strong> | Janeiro 2024<br />

33

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!