Eco Experiment: Assessment of Clear Drop Soft Plastic Compactor

Eco Experiment: Assessment of Clear Drop Soft Plastic Compactor

Soft plastics pose a significant challenge for sorting machines, interfere with processing lines, and harm the environment. They are typically excluded from curbside recycling initiatives. While there are facilities that recycle these types of plastics, achieving clean, contaminant-free waste is challenging, often leading to the majority of soft plastics ending up in landfills. The SPC, a “pre-recycling device” developed by Arbouzov, aims to facilitate this process by providing contained and traceable plastic that has a higher likelihood of being recycled.

I was curious about converting these blocks into products like patio furniture, which became evident when Arbouzov shared a video from a facility in Frankfort, Indiana, dedicated to processing these plastics. The blocks are shredded into small pieces, then pressed into decking, chairs, and more.

“The timeframe from sending a block to its arrival in recycling takes several weeks,” Arbouzov mentioned. At present, Frankfort is the sole processing site, but Arbouzov intends to move processing operations nearer to material generation to lessen logistics dependency, utilizing the postal system as a temporary solution.

Recycling, Rewired

My family of three generated a block every two weeks, exceeding the supply of mailers, leading to a buildup of blocks. I hoped the SPC would create consumer-ready products like spoons or 3D printing filament, but a 2023 Greenpeace report pointed out that recycling plastics could heighten their toxicity, as the heating process might release or create dangerous chemicals. I wondered if recycled plastic fits into a circular economy and sought Arbouzov’s insight.

The US Saw a Notable Increase in Battery Demand Last Year

The US Saw a Notable Increase in Battery Demand Last Year

In 2025, the United States saw a historic rise in energy storage, as detailed in a freshly released solar industry report on Monday. This boom in battery storage signifies a considerable milestone for clean energy amid the renewable-unfriendly second term of the Trump administration and suggests that utilities may be modifying electric grids to meet increasing demand across the country.

The report, issued by the Solar Energy Industries Association (SEIA), corresponds with recent findings from Bloomberg New Energy Finance, showcasing a comparable surge in battery development. As per SEIA, the United States added 57 gigawatt hours of new energy storage in 2025, representing nearly a 30 percent rise from the prior year. This capacity is enough to supply power to over five million homes each year.

The report predicts a 21 percent market growth by the conclusion of this year, with an additional 70 gigawatt hours anticipated in 2026. These statistics sharply contrast with less than a decade ago when storage on the grid amounted to only around half a gigawatt.

Batteries have demonstrated considerable political endurance. Tax incentives for wind and solar were cut last summer amid legislative challenges to renewables, yet faced opposition from Republican lawmakers in regions with clean energy initiatives. Nonetheless, battery tax credits largely remained unharmed.

In spite of the federal administration’s position on renewables, batteries and solar experienced considerable advancement in certain conservative states last year. Texas stands out, where solar energy constituted over 15 percent of summer demand, exceeding coal for the first time. SEIA projects that Texas will outpace California this year in terms of gigawatt hours of storage deployed.

Jigar Shah, from the advisory firm Multiplier and a former director of the Department of Energy’s Loan Programs Office, points out that Texas’s independent and deregulated power grid favors solar and batteries over alternative solutions, notwithstanding White House opposition. Recent surveys reveal that MAGA voters back solar power, and prominent individuals like Katie Miller have voiced support for solar energy.

“Texas fundamentally ignores cultural prejudices,” Shah states. “‘Heed the market signals. Construct whatever you wish, whether it’s coal plants or batteries.’ Batteries received the most financial backing.”

While solar and batteries thrive in Texas, the majority of battery installations last year were standalone, not linked to particular solar projects, which is a positive trend for grids coping with heightened demand.

Generally, US energy grids utilize only about 50 percent of their available energy on a daily basis. This intentional underutilization guarantees capacity for peak demand days. Deploying batteries at all levels of the grid aids in harnessing surplus energy during off-peak hours to mitigate waste.