Natural Organic Fertilizer (NOF)
Food grade natural organic fertilizer
Over the past thirty years, we have been committed to studying soil, the relationship between soil and plants, the natural ecosystem of the soil, the balance of the soil system, the activation of polluted land, etc., developing biotechnology, and using ecological (ECOZYME) biodegradation technology, activate the accumulation of lime and clay in the soil, repair soil contaminated by hydrocarbons (HC), use organic product MICOPEK to activate soil, change the composition of caked land or acid soil into usable farmland .
Develop NOF Natural Organic Fertilizer, NOF will condition the soil and provide sufficient nutrients for plants. Promote plant growth, nourish the soil, rebalance the activity of microorganisms in the soil, regenerate and balance the natural ecosystem of the soil, making plants healthier, stronger, larger, and more resilient. Enhance plants’ resistance to drought, improve their ability to resist heat, cold, pests and diseases, and their tolerance to environmental stress.
We purchased agricultural land in Hong Kong and used NOF natural organic fertilizer to restore soil microbial balance and soil ecosystem conditions, rebalance the crop period, shorten the crop growth cycle, improve crop yield and quality, and practice organic ecological agriculture.
NOF contains more than 130 kinds of macro & micro-nutrients.
The ingredients come from humus, kelp, yucca, blood meal, bone meal, fish protein concentrate, hydrolyzed poultry liver, steam-hydrolyzed poultry feathers and soybean meal, as well as natural root and leaf growth promoters (cytokinins, auxins and gibberalins). Natural carbohydrates, enzymes, coenzymes and fatty acids come from amino acids containing animal and plant components and naturally occurring micronutrients, including sulfur, magnesium, calcium, sodium, boron, iron, manganese, copper and zinc. The nitrogen, phosphorus and potassium contents of its main nutrients are 10.25% (2.00% ammonia nitrogen + 1.50% nitrate nitrogen + 6.75% water-soluble organic nitrogen), 6.60% (effective phosphoric acid (P2O5)), and 4% (soluble potassium (K2O)).
NOF is used to restore the natural agricultural ecosystem of the soil, improve soil fertility by stimulating soil microbial activity, and convert nitrogen, phosphorus, potassium and sulfur into usable forms that are easier for plants to absorb. It promotes the decomposition of natural microbial activity, converts organic matter, minerals and gaseous compounds in the soil into elemental forms, and provides sufficient nutrition for crops/plants.
NOF also cares for the soil, allowing the soil to gradually become moist. Healthy and moist soil can grow healthy crops/plants, enhance crops/plants’ resistance to environmental stress (drought, waterlogging, etc.) and avoid insect/pathogen attacks. It also increases and improves crop yields and quality, accelerates the growth cycle of crops, reduces the fallow period of farmland, and promotes the sustainable development of organic agriculture.
Different plants have different growth requirements.
NOF series products for plant types:
- NOF-GP: General
- NOF-TL: For hard-shelled fruits (such as coffee)
- NOF-TP: For turf
- NOF-CT: For citrus fruits
- NOF-AQ: For aquatic plants
- NOF-AC: For liquid natural accelerators
NOF-GP is fully applicable to rice, sorghum, wheat, purple alfalfa, forage grass, feed grains, lettuce, spinach, Chinese cabbage, mustard, vegetable core, rose, sunflower, celery, shallot, onion, beet, soybean, grape, peach, apple, fig, apricot, tomato, radish, white bean, pear, sweet corn, tea, coffee, cocoa, American ginseng, Korean ginseng, mulberry, tobacco, hemp, cotton, banana, pineapple, citrus, durian, lychee, longan, ginger, orchid, mango.
The yield of cantaloupe, papaya, wax gourd, field melon, melon, avocado, orange, grapefruit, lemon, trees, bamboo, grassland, stadium lawn, flower field and other crops and related places increased by more than 30% on average, the quality was significantly improved, and the average growth cycle was shortened by about 20%.
NOF Applications
Cultivating North American and Asian ginseng using NOF-GP has enabled growers to achieve higher root yields, a shorter maturation period, improved plant immunity to disease, and increased concentrations of “steroidal” secondary chemicals in mature roots.
Ginseng Cultivation
The use of NOF-GP in ginseng cultivation has the following benefits:
- Increases the content of plant natural products and secondary chemicals in mature ginseng roots
- Improves plant resistance to fungal diseases including root rot, leaf blight, wilt and root rust
- Reduces the total growing period by up to 20%
- Significantly reduces the “mythical” perception of extensive soil fallow periods after harvest. Reduces fallow periods to 3 to 4 years with higher levels of secondary chemicals (steroids, etc.) maintained for the second crop
- Improves plant growth rates in high shade cultivation and/or natural understory growing conditions
Sunflower Cultivation
India-Malappur R&D Center
- Overall production increased by 27.67%
- Improves root growth and spread
- Seed oil content increased by 16.51%
- Excellent response in saline soil and water
- Eliminate “falling flowers”
- Improved seed filling of flower heads
- Significantly reduces any phototoxic effects
Sunflower has been widely cultivated in India as a source of low-cost vegetable oil and protein. Sunflower is highly prized for its anti-cholesterol properties. Commercial scale cultivation of sunflower started in 1972 throughout India, particularly in the states of Karnataka, Tamil Nadu, Maharashtra and Andhra Pradesh. In Andhra Pradesh, the major growing districts include Kurnool, Chittoor, Ananthapur, Mehaboobnagar, Medak, Nalgonda and Karimnagar. Generally, all sunflower cultivation is carried out under rain-fed environmental conditions. With previous commercial scale and highly active NOF – GP India research on tomatoes, sorghum and roses, sunflower was selected for research due to its commercial importance to the vegetable oil industry.
Water spinach
Beijing-Sijiqing Case Study
Three plots totaling 9 acres were established for growing common water spinach (Ipomoea aquatica). NOF-GP was applied to 50% of the plants at a rate of 1 teaspoon of liquid NOF-GP concentrate per 30 pounds of water for foliar application. The other 50% of the plants were fertilized with normal green manure fertilizer and 50 pounds of urea per acre.
- NOF-GP is an effective fertilizer for water spinach and related vegetable crops. NOF-GP consistently increases total yields by 30% to 40%.
- NOF-GP is a foliar-applied fertilizer, an efficient method of product delivery. NOF-GP increases important iron nutrients to leaf area by approximately 120% over a standard urea/fertilizer regime.
- NOF-GP was found to be more effective and less costly than Pen Shi Bao (a Chinese foliar fertilizer).
- The positive control, NP synthetic fertilizer applied only at a rate of 50 lbs/acre to the soil, may have provided a super nutrient-rich medium, especially given the “fertilizer-rich” soil used to begin with. The synthetic fertilizer was used at a ratio of approximately 48:1 (in pounds applied per acre) compared to NOF-GP. A cost-benefit analysis would likely establish the superior capabilities of NOF-GP.
- NOF-GP treated water spinach plants had higher mean plant height (> 0.01), mean stem diameter (> 0.01), mean grater leaf width (> 0.01) and mean root length (> 0.01) than standard plants by “paired T statistics” with locally used urea/fertilizer.
- Additional studies to “fine tune” the exact NOF-GP requirements on an ongoing basis will clearly show improved yields and improved disease resistance with NOF use.