Install Free Gold Price Widget!
Install Free Gold Price Widget!
Install Free Gold Price Widget!
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- Technologies for Pesticides Removal: Decontamination of Apples and . . .
These chemical properties influence their persistence in apples and determine the effectiveness of different removal strategies Extensive research has been dedicated to develop and optimize technologies to effectively reduce pesticide residues in apples and apple-based products
- Adsorption of heavy metal ions via apple waste low-cost adsorbent . . .
The results revealed that ACAP, APMS and ACAP adsorbents were able to remove approximately 95% of zinc, cadmium, lead and copper from wastewater The ACAPMP indicated the best performance compared to other adsorbents in optimal condition
- Apple peels as a potential adsorbent for removal of Cu and Cr from . . .
In this study batch sorption tests were performed by varying the adsorbent dosage, pH, metal initial concentration, temperature and contact time to check the adsorption capacities of apple peels, chemically treated apple peels and apple peel charcoal for both chromium and copper removal
- HSI combined with CNN model detection of heavy metal Cu stress levels . . .
HSI and CNN models for rapid detection of heavy metal Cu contamination levels in apple rootstocks The CNN model showed superior performance in all aspects compared to the conventional model PCA and t-SNE data visualization for model validation
- The Use of Apple Pomace in Removing Heavy Metals from . . . - ResearchGate
Therefore, this study highlights the potential of an adsorbent derived from rice straw and seashells as a cost-effective alternative for heavy metal removal
- Development and validation of RP-HPLC method for determination of some . . .
For this reason, a novel and simple method for simultaneous determination of captan, folpet, difenoconazole and chlorpyrifos in apple samples has been developed and validated Acetone is used for extraction of the pesticide residues, followed by liquid-liquid (LLE) and solid–phase extraction (SPE)
- Comparison and Optimization of Operational Parameters in Removal of . . .
In this research, natural and low-cost adsorbents like the tangerine peel, bovine gut, tea waste, and sunflower seed hull were used for adsorption of heavy metals, such as chromium and iron, from contaminated solutions
- Effects of Heavy Metal Pollution of Apple Orchard Surface Soils . . .
Apple orchard surface soils in Japan are polluted with copper (Cu), lead (Pb), and arsenic (As) due to long-term use of metal-based pesticides We investigated the effects of heavy metals accumulated in the surface soils in apple orchards on the microbial biomass and the microbial communities
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