Proven Results For 100+ Crops
Alfalfa
Almonds
Basil-Cinnamon
Basil-Lemon
Basil-Purple
Basil-Sweet
Bell Peppers (Mississippi)
Bell Peppers (California)
Bermuda Grass T2
Broccoli (California)
Crabgrass
Coastal Bermuda grass
Cabbage (California)
Cattle Forage Grains
Celebrity Tomatoes
Celery (California)
Cherry Tomatoes
Cilantro
Clover
Common Bermuda Grass
Corn (Arkansas)
Corn (Illinois)
Corn (Mississippi)
Corn (Wisconsin)
Corn Silage (Arizona)
Cotton
Cow Horn Pepper
Cucumbers (Bulgaria)
Dallis Bermuda Grass
Egg Plant
Garden Bean
Garden Pea
Grape
Hot Pepper
Jalapeno Pepper
Long Green Pepper
Okra
Orchard Grass and Clover
Pasture Forages
Pea
Peanuts
Pineapple
Potatoes (Minnesota)
Purple Hull Pea
Rice (Texas)
Rice (Michigan)
Roma Tomatoes
Serrano Pepper
Sorghum
Soybean Asgrow 5606
Soybeans
Squash
Sugarcane (Hawaii)
Sugarcane (India)
Sweet Corn
Switch Grass - Carthage
Switch Grass - Cave in Rock
Switch Grass - Dakota
Switch Grass - Forest Berg
Tea Leaves
Tomatoes (Beef Steak)
Tomatoes (California)
Tomatoes (Generic)
Tomatoes (Generic)
Tomatoes (Giant Tomato)
Tomatoes (Mississippi)
Tomatoes (Roma)
Turnip
Watermelon
Wheat (China)
Wheat (Mississippi)
Wheat (Romania)
Wheat (Zambia)
Barley (Lower Elevation)
Barley (Higher Elevation)
Oats, (Lower Elevation)
Oats (Higher Elevation)
Oil Palms
Orchard grass
White Clover
Fescue
Winter Pea (Lower Elevation)
Winter Pea (Higher Elevation)
Wonder Bush Beans
World Feeder Bermuda Grass
Yellow Pepper - Banana Supreme
- Partial List -
Crops Listed for Information Purposes Only
Increasing Profits with Acela Biotek
For over 10 years, Acela Biotek's flagship product, LALITHA 21®, has been tested and proven in extensive studies and real-life applications in diverse geographic locations and soil conditions throughout the world. Our product is suitable for both high value crops, such as fruits, vegetables, medicinal plants and low value crops such as wheat, rice, corn, etc. Our technology can help revitalize depleted soil and even begin converting deserts into agricultural land. With better quality soil, growers can reduce the reliance of harmful chemicals, while increasing yields and producing more nutritious and better tasting foods. In combination with the significant reduction of water use for farm irrigation, growers can improve their profits, while accelerating sustainability. Below are photos to see comparisons between treated and untreated plants:
Increase Yields
LALITHA 21® improves the soil surrounding plant roots thus increasing crop yields by helping farmers grow better quality, hardier plants that are more resistant to environmental stresses like transplant, extreme temperatures, and drought. LALITHA 21® helps balance soil pH, making nutrients more available for plants, increasing root development, and strengthening their natural defense systems. Higher consistent yields for growers means greater return on investment (ROI) for every acre using Acela Biotek.
For over 10 years, Acela Biotek's technology has consistently increased yields and profits for growers, thus providing more economic incentives for large scale adoption of sustainable agricultural practices.
Almond Production Increased By: 28%
Zili Almond Orchard - Colusa County
Report Summary:
Young almond trees treated with LALITHA 21® grew 10% faster than untreated trees over a 3-month period, 30% faster on an annualized basis. Production from the old orchard in 2018, after applying LALITHA 21®, was 28% greater than the previous year, despite the adverse impacts of the freeze and natural yield decline from degraded soil and older trees.
Reduce Water Use
CONTROL
Abu Dhabi City Golf Course
TREATED
Abu Dhabi City Golf Course
Results - Abu Dhabi City Golf Course
In the Acela Biotek treated area, fertilizer and water usage was reduced by 50%. Despite significant reduction in water use, the turf core sample treated by Acela Biotek shows stronger root development (both longer and thicker). Also the more developed root structure helps the grass recover faster from damage. Golf courses often pay a high price to water their fields everyday. With Acela Biotek, reduce your water usage, while strengthening your soil health.
Water Savings Starting From: 50%
Conserving Water with Acela Biotek
LALITHA 21® improves water efficiency and moisture holding capacity by increasing the soil organic matter content. A recent USDA study shows that a 1% increase in organic soil matter saves 25,000 gallons of available water – a savings of $650 per acre. In addition, LALITHA 21® stimulates the plant production of aquaporins, an important water control protein, which increases water absorption and retention. Recently Acela Biotek has also demonstrated the ability to grow grass on desert sand and aims to utilize microbial technology as the key to combat desertification.
Monterey Peninsula Country Club
Golf Course in Pebble Beach
TREATED
50% Water Savings
Significant Labor Savings
Revitalize Soil while
Increasing Sustainable Growth
Today, over 25% of the world’s agricultural land is depleted or degraded. In the United States, soil is eroding 10 times faster than the rate at which it is being replenished. The annual economic impact of soil depletion is $37.6 billion in the United States and $400 billion around the globe. LALITHA 21 reduces soil erosion and prevents vital topsoil runoff. By increasing the soil organic matter and reducing soil compaction, LALITHA 21 increases the water and nutrient holding capacity of the soil. Less water remains on the surface, reducing the amount of topsoil, nutrients and chemical applications that run off into nearby waterways and groundwater. For over 10 years, Acela Biotek's technology has been tested and verified to successful revitalize soil, while significantly increasing yields. Below is a summary of Trial Results from Michigan State University:
RICE
TRIAL
YIELD #1
YIELD #2
HEIGHT
CONTROL
5g
5.2g
55cm
TREATED
21g
20.85g
65cm
SORGHUM
TRIAL
CONTROL
TREATED
YIELD
120g
175g
GARDEN BEANS
TRIAL
CONTROL
TREATED
YIELD #1
23.5g
48.6g
YIELD #2
192g
299g
HEIGHT
102cm
135cm
BEEFSTEAK TOMATOES
TRIAL
CONTROL
TREATED
YIELD #1
140g
400g
YIELD #2
380g
1,900g
PEAS
TRIAL
CONTROL
TREATED
YIELD
7.5g
14g
HEIGHT
33cm
45cm
OKRA
TRIAL
CONTROL
TREATED
YIELD
38.7g
130g
HEIGHT
98cm
130cm
CORN
TRIAL
CONTROL
TREATED
YIELD #1
201g
292g
YIELD #2
119g
384g
HEIGHT
101cm
142cm
PEANUTS
TRIAL
CONTROL
TREATED
BIOMASS
91g
115.8g
EGG PLANT
TRIAL
CONTROL
TREATED
YIELD #1
1606g
3012g
YIELD #2
803g
1701g
YIELD #3
413g
2008g
PINEAPPLE
TRIAL
CONTROL
TREATED
YIELD #1
44g
71g
YIELD #2
101.6cm
106.7cm
SOYBEANS
TRIAL
CONTROL
TREATED
YIELD
44g
71g
HEIGHT
101.6cm
106.7cm
PURPLE HULL PEAS
TRIAL
CONTROL
TREATED
YIELD
HEIGHT
10.75g
14.75g
40.64cm
60.96cm
Fertilizer Reduction By: 75%
Okra Farm - Desert Empire
"I was also able to reduce my fertilizer use by 75%. Apart from the herbicide I used to control weeds, I did not have to use any pesticides at all for the entire growing season. The cabbage loopers and other pests seemed to get scared by LALITHA-21."
Reduce Chemical Fertilizers & Pesticides
LALITHA 21® increases the bioavailability of nutrients that already exist in nature,resulting in an increase in the plants' general health, thereby reducing the need for both chemical fertilizers and pesticides. In many cases, complete elimination of chemical fertilizers have been reported, thus providing substantial costs savings to growers from the reduce costs from fertilizer, pesticide and labor.
In addition to significant costs, fertilizer and pesticide runoff is commonly carried into aquatic and surface environments. This harms wildlife, contaminates fresh water sources, and exposes farmers to serious legal liabilities. According to the United States Geological Survey, 95% of sprayed insecticides and herbicides reach destinations other than their intended targets. Chemical fertilizer and pesticide run-off has been directly linked to cause of serious environmental and public safety catastrophes.
For over 10 Years, Acela Biotek's technology has helped growers significantly reduce chemical fertilizer and pesticide use, providing both significant return on investment (ROI), while accelerating the adoption of sustainable agricultural practices.