Is Salt & Straw Less Processed Than Other Ice Cream?
Almost all ice cream is processed to some degree. The difference lies in how. Salt & Straw generally falls below heavily industrial ice creams that depend on stabilizers and artificial…
Calories and Sugar: What You’re Really Getting in a Scoop
Salt & Straw ice cream is rich and dense. Because of that, one scoop often has more calories than lighter ice creams. Most scoops fall between 200 and 350 calories. Simple…
What “Healthy” Means When We Talk About Ice Cream
Ice cream is made for pleasure, not nutrition. It is not meant to replace fruits, vegetables, or whole grains—and that is fine. When people ask if Salt & Straw is healthy,…
Why Do People Love Salt & Straw?
Fans often describe Salt & Straw as fun, rich, and memorable. The appeal goes beyond sweetness. People enjoy: Bold and unexpected flavor mixes Menus that change often Real, familiar ingredients…
Who Owns Salt & Straw?
Salt & Straw is still owned by its original founders. The company is privately held and has not been bought by a large food corporation. Because of this, the brand…
Where Did Salt & Straw Start?
Salt & Straw started in Portland, Oregon, in 2011. It was founded by cousins Kim and Tyler Malek. The brand began as a small ice cream cart. What made it…
How Big Data in Energy Sparks a Renewable Revolution
Analytics isn’t an “add-on” to green energy. It’s its foundation, the base without which the entire system simply can’t operate efficiently. Big Data helps transition from reaction to forecasting, from chaos…
There’s data, but no insights
The main problem of modern energy isn’t lack of data. On the contrary, there’s too much data. Anyone from the industry will confirm this. The problem is that this data…
The human factor: analytics helps support, not replace, professionals
There’s a widespread fear that big data and AI will “take jobs” from engineers and dispatchers. But practice shows the opposite. Analytics removes routine from people, leaving them what machines…
AI + Big Data = Smart Grids without chaos
The convergence of big data in energy and artificial intelligence creates intelligent grids that operate autonomously.” When artificial intelligence meets big data, “smart grids” are born. Smart grids are energy…
Transparency instead of guesswork: Predictive analytics in action
Predictive analytics transformed energy from a reactive industry into a proactive one. A turbine used to break, then you’d wait for repairs. Now the system says in advance: “This turbine…
What to Look for in a Turf System for Kids
When designing a play or sports space, consider the following features: ✅ Certified shock pad for impact protection✅ Non-toxic, allergen-free materials✅ UV resistance to stay cool and prevent fading✅ Safe infill like cork or coated sand (avoid…
Why Use Turf for Playgrounds and Sports Fields?
Swapping out natural grass or loose-fill materials like mulch or pea gravel comes with a number of advantages: 1. Consistent Safety Unlike grass, which can develop ruts and bare patches, synthetic…
Choosing Fire-Safe Synthetic Grass in Los Angeles
Not all turf products are made equal—especially when it comes to fire resistance. If you live in a fire hazard severity zone (FHSZ) or near the wildland-urban interface (WUI), here’s…
Fire Ratings: What They Mean for Your Turf
Modern synthetic turf products are tested for fire safety using national standards. The most important is: ASTM D2859 – The “Pill Test” This test measures how turf reacts when exposed…
As you embark on the journey of selecting artificial grass for your lawn or landscape
The Key Distinctions To sum it up, the primary differences between C8, C6, and C4 artificial turf yarns boil down to the type of polymer used, the melt flow index…
Our final stop on this yarn journey introduces us to C8 carbon fibers.
Let's begin with C4 carbon fibers. These are made of polypropylene (PP), which is stiffer and less flexible than the polyethylene (PE) used in C6 and C8 fibers. Due to…
Water Drainage System:
Effective water drainage is an unsung hero in maintaining the stability of artificial grass surfaces, particularly in areas prone to heavy rainfall or irrigation. Well-designed drainage systems ensure efficient water…
Infill Selection and Installation:
Elevating performance and resilience often involves the strategic use of infill materials. Materials like sand or rubber granules are incorporated to enhance shock absorption, stability, and overall durability. Thoughtful selection…
Enhancing Artificial Grass Strength
Enhancing Artificial Grass Strength: Beyond Tuft Bind and Blade Resilience In the intricate world of artificial grass manufacturing, achieving robust strength and durability extends beyond the pivotal factors of tuft…