Keeping up with growing demand for food, in the context of climate change and increasingly varying growing conditions, is one of the defining challenges of our time. We will need to produce far more food (estimates range between 25 – 100% increase required by 2050), while limiting the environmental impact to ensure enough food is available for all of us for generations to come.
Worldwide, an estimated 20-40% of crop yield is lost to pests and diseases. Losses of staple cereal (rice, wheat, maize) and tuber crops (potatoes and sweet potatoes) directly impact food security and nutrition, while losses in key commodity crops such as banana and coffee have major impacts on both household livelihoods and national economies.
Furthermore, the threat of plant pests and diseases are increased by climate fluctuations, hindering progress in several of the UN’s Sustainable Development Goals.
Reducing crop loss will need to be a major component of this, and significant efforts are needed for improved management of pests, including pathogens and weeds.
Disinfect your water, remediate your soil and oxidize diseases simultaneously with OXYBOM.
Nutrients and healthy soil are keys to planting and harvesting saleable crops. OXYBOM gives a big boost to soils of all types.
Once seeds are planted, watering with pre-treated water gives a head start to successful growth. OXYBOM will oxidize pathogens while enhancing dissolved oxygen.
OXYBOM will participate on many levels with water treatment. From keeping water lines cleared to working as an eco-friendly pesticide...an All-In-One approach makes sense.
While crops are growing, other forms of nature are attacking them. Be prepared with OXYBOM to deter pathogens and insects successfully.
The mortality of crops failure will decrease significantly when using OXYBOM. Getting more yield will be a norm rather than an exception.
OXYBOM is a leader in post-harvest wash by working with some of the largest businesses in this sector. Why? Because our chemical does not have to be washed off once it is applied.