523
Company
11746
fa-lightbulb-on
About KLa
Discover our history in jet aeration, proven field performance across 38+ countries, and integrated approach to complex wastewater challenges.
11747
fa-droplet
IWS Companies
Explore our specialized family of brands delivering industry-leading aeration, filtration, and modular wastewater treatment technologies.
11750
fa-unicorn
Integrated Water Services
Founded in 2003, IWS is our parent company and turn-key provider of water and wastewater solutions across North America.
11748
fa-unicorn
Complete Filtration Resources
An industry leader in process filtration and industrial wastewater solutions, with deep expertise in the food and beverage industry—specifically in the dairy sector.
11749
fa-unicorn
Hi-Line Industries
Delivers high quality metal fabrications, special purpose equipment, custom machinery, and manufacturing services.
11751
fa-unicorn
M|MBR Systems
Industry-leading provider of replacement parts, retrofits, and modular systems to membrane bioreactor (MBR) customers.
11752
fa-unicorn
Tetrasolv
Tetrasolv Filtration, an industry leader in specialized filtration, separation, and mobile media services and rentals.
11753
fa-unicorn
AESINC
AESINC designs, engineers, and assembles reverse osmosis systems for seawater desalination, brackish water treatment, and high-purity water applications.
Founded in 2003, IWS is our parent company and turn-key provider of water and wastewater solutions across North America.
An industry leader in process filtration and industrial wastewater solutions, with deep expertise in the food and beverage industry—specifically in the dairy sector.
Delivers high quality metal fabrications, special purpose equipment, custom machinery, and manufacturing services.
Industry-leading provider of replacement parts, retrofits, and modular systems to membrane bioreactor (MBR) customers.
Tetrasolv Filtration, an industry leader in specialized filtration, separation, and mobile media services and rentals.
AESINC designs, engineers, and assembles reverse osmosis systems for seawater desalination, brackish water treatment, and high-purity water applications.
aside column

Droughts and water scarcity are making it increasingly difficult to farm for a growing global population. And while those supply factors could be disastrous if not addressed, newer technology applications are tackling the demand side of the equation.

In Africa, for example, farmers are just starting to replace traditional irrigation with drones to be more effective. A farmer in Zimbabwe cut his water costs 60 percent, resulting in tens of thousands of dollars of annual savings on just one of his crops while lessening the farm’s stress on the local water supply. Using the drones — which cost about $4,000 and have a 15-liter capacity — the farmer transports water from a nearby dam. The drone reduces and eliminates the need for the pipes and sprinklers infrastructure of a traditional irrigation system.

The farmer says he can cover more than 30 acres in 30 minutes with precise distribution using drones, an improvement over traditional irrigation where most of the water seeps through the topsoil to the underlying bedrock. Another farmer in that country reported saving money and getting a nearly 90 percent better yield across his crops, which include tobacco and cabbage.

In America, a new style of farming may provide a model for urban agriculture that uses 95 percent less water in the process.

Inside a warehouse, Bowery Farming in New Jersey grows vegetables under meticulously controlled conditions. Seedlings are grown under LED lights that have been tuned to mimic the sun and plants sit on racks that move around the facility on robotic conveyor belts, allowing for easy access. The entire operation runs on purified water, which is then recycled and reused through the system to minimize waste.

Because the environment is contained, Bowery can grow year-round without concern for weather and seasons. Officials there say the indoor farm can be 100-times more productive than a traditional farm on the same footprint.

Although it may be a while before drone watering and indoor farming model have a big enough impact to feed billions of people, they are a step in the right direction as droughts are expected to last longer, be more intense, and be spread over wider areas in the years to come.