News
Anheuser-Busch InBev-owned craft brewery Goose Island announced it is launching a session IPA in the U.K. called Hail Hydro. Brewed with hydroponically-grown hops, the beer is available in limited supply only on the Goose Island U.K. website.
The 4.7% hazy session IPA is brewed with hops grown hydroponically at AeroFarms’ global headquarters in Newark, New Jersey, which Goose Island says lend a fresh “citrus punch with hints of lemon and lime” to the beer’s flavor profile. This new hazy IPA is a part of Goose Island’s Impossible IPA series, which is a line of beers that are made using recipes with new hops and techniques to create craft session brews.
Not only do these hydroponically-grown hops offer a unique flavor profile to the beer, but they also make the beer unique in terms of its environmental footprint.
“Hydroponically cultivated hops are an exciting prospect, and the potential innovation opportunities and sustainable benefits are exciting for the craft community,” said AeroFarms CEO David Rosenberg in a release. He noted that this collaboration with Anheuser-Busch InBev to create Hail Hydro was under wraps for more than a year as the companies developed a solution that suited both their needs.
AeroFarms’ growing technology can yield up to 390 times greater productivity annually while using up to 95% less water and zero pesticides versus traditional field farming, the company said in a release. By foregoing soil in favor of submerging the plant roots in a growth medium, the vertical farming facility can produce hops year-round with no pesticides or interruptions to harvest schedules.
Consumers can get a closer look at the farming technology by scanning a QR code on the Hail Hydro packaging that will take them to a farm tour.
Hydroponics is an emerging farming technique that arrived in response to agriculture supply-chain challenges. Climate change has resulted in adverse effects on global crop yields that have strained supply, and AeroFarms is one of the many startups responding to that challenge through developing year-round growing techniques. Through this new partnership, AB InBev is securing access to mature hops with less variability in seasonality as compared to hops that are grown in more traditional environments.
20 Nov 2025
Oat Barista is a clean label, sustainable, and innovative drink base specifically designed to create the perfect foam in one single ingredient.
Read more
18 Nov 2025
Gen Z and millennial consumers’ preferences for transparency, functionality, and purpose are “redefining the very nature of consumption itself”, says SPINS.
Read more
17 Nov 2025
Trend forecasters expect food and drink to move more fluidly across occasions, functions, and formats as consumers seek versatility, novelty, and convenience.
Read more
13 Nov 2025
Danone is betting on a food industry “tipping point” that will bloat the market for healthy products, particularly those related to gut health.
Read more
10 Nov 2025
Ingredients companies are being urged to enter “a new era of partnership and innovation” following the launch of the industry’s first non-UPF verification scheme.
Read more
28 Oct 2025
At Fi Europe 2025 in Paris (stand 72M39), Faravelli showcases FARA® Customized Functional Solutions and a wide ingredient portfolio for food and nutra – delivering quality, innovation, and expertise.
Read more
27 Oct 2025
Agrigum has transformed gum acacia into a natural, science-backed fibre that supports gut health, sustainability, and innovation across global food and nutrition applications.
Read more
23 Oct 2025
IMCD and FrieslandCampina Professional expand partnership to deliver Kievit® across EMEA, enabling brands to enhance quality and accelerate time-to-market for tomorrow’s food & beverage creations.
Read more
22 Oct 2025
Global e-commerce giant Amazon has introduced a new private-label food brand, combining existing Amazon Fresh and Happy Belly products with new everyday items.
Read more
21 Oct 2025
Coca-Cola’s Powerade brand has launched a zero-sugar, electrolyte-enhanced functional water, marking the brand's entry into the hydration space.
Read more