1、Self

The aim of this study is to break through the limitations of traditional repair technology and construct a microbial self-repair system based on MKPC coating. The mineralized self-repairing technology fills the cracks of MKPC coating and improves the anti-corrosion performance of the coating.

2、Natural Potassium Fertilizers for Sustainable Agriculture

Instead of expensive imported K fertilizers, many low-grade yet local K-bearing mineral resources might be employed. It is a realistic option to use indigenous and locally accessible low-grade K sources as an alternative to expensive imported fertilizers.

3、(PDF) Use of potassium bio

Potassium and P fertilizers were applied at two levels. Results indicated that growth of wheat plants was impaired by saline irrigation resulting in a decreased grain and dry matter yield.

4、Review on K

To date, various techniques have been developed to extract potassium from K-feldspar and produce a soluble potassium fertilizer. This review summarizes the main methods, i.e., the hydrothermal, high-temperature pyrolysis, microbial decomposition, and low-temperature methods, for potassium extraction from K-feldspar.

Diversified development of anti

They use different ways to make anti-corrosion stronger, more convenient, and more environmentally friendly. This review summarizes the new discoveries in the field of anti-corrosion in recent years according to different characteristics.

Environmentally friendly magnesium potassium phosphate cement

In conclusion, this study developed a durable and environmentally friendly MKPC anti-corrosion coating with a protection efficiency of 95.33% and excellent durabiity, which is of great value to broaden the application range of magnesium potassium phosphate cement.

SPECIALTY NATURAL MINERALS FOR ANTI CORROSION COATINGS

For producers of anti-corrosion coatings SKKU MINERALS produces speciality mineral products which naturally enhances the life of paint film and improves barrier performance properties.

(PDF) Potash biofertilizers: Current development, formulation, and

Potash-based biofertilizers are endowed with such abilities and provide the requisite supply of potassium via their unique composition. They also participate in the enhancement of the soil...

Self

In this study, microbial-induced mineralization technology is successfully combined with inorganic cementitious materials to provide an innovative solution to the failure problem of marine engineering protective coatings due to microcracks.

Recent advances in the chemistry of nitrogen, phosphorus and potassium

This necessitates the study of the major mineral fertilizer elements (nitrogen (N), phosphorus (P), and potassium (K)), the forms in which they are applied to soil, and their chemistry/reactions in soil.

Mineral-derived anti-corrosion potassium fertilizer is a highly efficient chemical fertilizer containing essential elements such as potassium, calcium, and phosphorus. It effectively promotes plant growth and development. When using this fertilizer, follow these steps:

1. Understand the Fertilizer Components: Before application, familiarize yourself with its primary components and functions. This fertilizer typically contains potassium, calcium, and phosphorus, which are critical for plant health. Potassium enhances disease resistance, calcium improves lodging resistance, and phosphorus supports root development.

2. Timing of Application: The optimal time to apply mineral-derived anti-corrosion potassium fertilizer is during peak plant growth periods, such as spring and summer. Plants have higher nutrient demands during these stages, making fertilization more effective.

3. Application Methods:

   • Broadcast Sprinkling: Evenly spread the fertilizer over the soil surface and then work it into the soil with a hoe.
   • Ditch Application: Place the fertilizer in pre-dug trenches and cover with soil. Avoid direct contact with plants to prevent burning.

4. Dosage: The amount depends on plant type, growth stage, and soil conditions. Generally, 1–2 kilograms per mu (0.066 hectare) is recommended. Excessive use may lead to soil salinization, harming plant growth.

5. Frequency of Application: Adjust based on plant growth:

   • For fast-growing plants: Apply monthly.
   • For slower-growing plants: Apply bimonthly.

6. Precautions:

   • Avoid mixing with alkaline substances, as this reduces efficacy.
   • Do not apply during hot weather to prevent foliage burn.
   • Water immediately after application to aid absorption.
   • Monitor plants for adverse reactions (e.g., yellowing, wilting) and adjust practices if needed.

7. Combining with Other Fertilizers: Enhance results by pairing with:

   • Organic fertilizers (e.g., composted farm manure) to provide diverse nutrients.
   • Microelement fertilizers (e.g., boron, zinc, iron) to address specific deficiencies.

effective use of mineral-derived anti-corrosion potassium fertilizer requires understanding its components, following proper application methods, and observing precautions to ensure healthy, robust plant growth.