After typhoon damage severely affected scallion fields, Rolling Greens helped farmers adopt microbial agricultural solutions to support root recovery, improve nutrient-use efficiency, and restore stable crop growth. By strengthening post-disaster field management and plant health, farmers were able to shorten the recovery period, improve yield and marketable quality, and ultimately increase net profit per acre by approximately 50%. This result demonstrates the practical value of RichFarm Booster in crop recovery, production stability, and farm profitability.

In banana cultivation, a customer using Rolling Greens’ microbial solution reduced chemical fertilizer use by approximately 100 metric tons annually while increasing banana yield by about 20%. By improving the root-zone environment and nutrient-use efficiency, the solution helps lower fertilizer inputs and production costs while supporting healthier plants and more stable crop performance. This result demonstrates the practical value of microbial technology in achieving both agricultural productivity and more sustainable farm management.

RichFarm Booster employs a dual mechanism—stabilizing the root-zone environment and establishing a protective microbial community—to reduce EC accumulation and maintain root vitality in orchids. Field application data showed EC reductions of up to 28%, with a survival rate of 99.2%, helping reduce  labor, and management costs while supporting a more stable orchid production cycle.

Following Sri Lanka’s economic crisis, Rolling Greens collaborated with the local Ministry of Agriculture and donated microbial agricultural solutions covering approximately 200 acres, helping farmers improve soil conditions and restore crop production. Rolling Greens is now entering into a formal partnership agreement with Lotus Fertilizer Company. By combining local market expertise, distribution networks, and microbial technology, both parties will continue promoting RichFarm Booster, expanding its applications, and providing Sri Lankan farmers with more efficient and sustainable cultivation solutions.

Field trials conducted over two growing seasons at two locations in Tanzania showed that RichFarm Booster combined with NPK delivered the best overall performance. Compared with standard NPK fertilization, it increased leaf area by 21.7%, cured-leaf dry weight by 23.8%, grade index by 14.4%, and nicotine content by 9.3%. Notably, the combined treatment achieved better results while reducing basal NPK fertilizer use by up to 33%. The findings demonstrate that RichFarm Booster is best used to enhance fertilizer efficiency and nutrient utilization rather than as a complete fertilizer replacement.