- VP Growing Operations
- Head Grower Strawberries, Australia
- Growing Manager for Hydroponic strawberry producer
- Farm Manager Costa Rica
- Regional Sales Manager Fresh Produce
- Head Grower Strawberries, Norway
- Export Trade Manager
- Business Developer - Northern Europe
- Orchard Sector Manager
Technology converts organic wastes into organic fertilizer in just one day
Biomax Technologies from Singapore uses a similar concept but its patented technology converts organic wastes into organic fertilizer in just one day. What’s more, the quality of fertilizer is at a completely different level from traditional compost because of its rich nutrient and organic matter content. The essential ingredient to this technology is the use of enzymes which break down the wastes at an accelerated rate. However, the use of enzymes alone is not enough to make this process possible. A properly controlled space is required for wastes to be decomposed. That is where Biomax’s digestor comes in and provides temperature, aeration and mixing capabilities for wastes and enzymes. In a simple way, the digestor and enzymes work together to produce fertilizer from waste.
To many, the backyard composting method seems to be economical, but it takes time, space and creates pathogen issues. Fertilizer born by pathogens, if used for plants, can be transferred to plants and once it happens, there is a risk of a serious outbreak. Biomax’s digestor prevents this by heating up the wastes at 80°C – a temperature where even the most notorious pathogens are killed. Because the process takes place under controlled environment, there is no compromise on the quality of fertilizer due to external factors such as weather conditions or mixing efficiency. Moreover, the otherwise occurrence of nutrient loss to the atmosphere is prevented. As a result, the organic fertilizer can retain not only high nutrient level but also organic matter level of more than 70%.
So what happens if the organic matter is high? One of the main benefits is that it can retain nutrients and water, thus promoting the growth of plants while requiring lesser amount of water. It also encourages the microbial activity which then improves the soil fertility. This is particularly important for soils that have been degraded with over application of chemical fertilizers, fungicides and pesticides. While chemical fertilizers cause nutrient leachate (especially nitrates) through soil into groundwater and surrounding water bodies – imposing environmental pollution, organic fertilizer does not create such problem.
Biomax claims that this organic fertilizer can significantly reduce the use of chemical fertilizer without compromising on the yield and in this way, growing large scale plants can be done in a sustainable manner. According to Biomax, the conversion rate of waste into fertilizer is usually 70%. For example, a digestor with 15 tons of input capacity can produce approximately 10 tons of organic fertilizer. The technology has already been used in more than 13 countries around the world, dealing with wastes such as animal manure, horticulture waste, food waste and sewage sludge.
For more information:
Thiri Aung Myint Kyaing (Ms.)
Receive the daily newsletter in your email for free | Click here
Other news in this sector:
- 2023-09-21 How to identify a nutrient deficiency in hydroponic basil
- 2023-09-20 Cucumber grower sees production increase and more efficient cultivations after applying nano-fertilizers
- 2023-09-13 Toopi Organics secures €16M to flood European agricultural markets with urine-based biostimulants
- 2023-09-08 UK: Biostimulant increases yield by 17%
- 2023-09-08 Van Iperen International to expand GreenSwitch Nitrate factory
- 2023-09-05 Boosting root development with Ascophyllum Nodosum biostimulant
- 2023-08-21 UK: New range of biofertilizers launched
- 2023-08-14 Composition and production of circular fertilizer
- 2023-08-11 BASF and Vivagro to jointly distribute biological fungicide and insecticide
- 2023-08-10 Impello Biosciences adds two new biostimulants
- 2023-08-08 Overdose of boron in propagating strawberry plants
- 2023-07-11 Egbert Bok joins Intrahorti as sales manager
- 2023-07-11 Enzymes as biostimulants to make plants more resilient
- 2023-07-06 Japan: Don't flush the toilet, you may need it to fertilize plants
- 2023-07-05 Sustainable Agro Solutions acquires Biovert
- 2023-06-20 Symbiotic and pathogenic fungi may use similar molecular tools to manipulate plants
- 2023-06-14 Ireland: Kerry firm part of project to boost crop resilience to climate change
- 2023-06-14 Magnesium deficiency in tomatoes
- 2023-06-02 How to control the microbiome in soilless cultivation?
- 2023-05-30 Cheaper fertilizer is a relief for Australian farmers