Organic carbon soil amendments and their production methods.

Abstract

OCR 09WP 20 / 05 / 2569 Organic carbon soil amendment, composed of organic matter. Organic carbon extracted from petroleum products, and filter cake from sugarcane products. Natural minerals, which consist of fine sand, lime, and humic acid. The specified proportions are then mixed together. Next, organic carbon compounds extracted from petroleum are added. The filter cake made from sugarcane products is mixed again, then strained through a sieve and packed into burlap sacks. Weir is used to reduce the amount of nitrogen nutrients in the soil and prevent soil-borne fungal diseases by inhibiting fungal growth. The Fusarium spp. group is being used to help solve the problem of durian fruit dropping for durian farmers. The young fruit stage, from the tail-like stage to the 45-day-old fruit stage, and soil-borne fungal diseases affect durian trees. The durian trees fell ill and the crop was damaged.

Claims

OCR 09WP 20 / 05 / 2569 1. Organic Carbon Soil Amendment consists of: Organic carbon extracted from petroleum products, in a proportion of 20% by weight. Filter cake made from sugarcane, in a proportion of 60% by weight. Natural minerals in the proportion of 20% by weight. Where natural minerals are found. Fine sand, in a proportion of 70% by weight. Lime in a proportion of 20% by weight. Humic acid in a proportion of 10% by weight.

2. Methods for producing organic carbon soil amendment according to the following principles: Right 1 involves the following steps: A. Prepare the raw materials. Gather a group of natural minerals consisting of fine sand, lime, and humic acid. Mix thoroughly. Mixing time: 20 minutes / 15 tons of production. B. Mix the organic carbon raw materials extracted from petroleum with the natural minerals obtained from step A. Mix thoroughly for 20 minutes per 15 tons of production. C. Mix the filter cake raw material from sugarcane with the organic carbon obtained from step B. Mix thoroughly for 45 minutes per 15 tons of production to obtain a soil conditioner. D. Take the prepared soil conditioner mixture from step C and put it into the container. D. Take the soil conditioner from the tank obtained in step D and filter it through a sieve to remove any remaining stones and gravel. filter F. Take the filtered soil conditioner obtained from step E and pack it into gravure sacks. Each sack weighs 25 kilograms and is sewn with thread.