Internally Fed Rotary Drum Screens

  |   By  |  0 Comments

Internally Fed Rotary Drum Screens

JWC Environmental offers three IPEC internally fed drum screens for solids recovery from industrial wastewater applications. All models are constructed with 304 stainless steel to ensure longevity, are customized to meet your specific needs, and can include optional features like internal spray bars and variable frequency drives. Flow rates vary based on the screen design and model used. Drum diameters range from 18 to 80 inches, and lengths from 24 to 180 inches.

Continue reading...

Monster Industrial Manhole

  |   By  |  0 Comments

Monster Industrial Manhole

Our compact and customizable Monster Industrial Manhole is designed to be easily installed in applications that lack pre-existing space for a grinder but offer sewer line tie-in access. It features our 3-HYDRO grinder to easily shred rags, rocks, wood, and other challenging debris, our exclusive immersible motor, and a factory-installed access ladder and guide frame. It also ships pre-fabricated and fully assembled and can be outfitted with optional Wipes Ready® Cutter Technology to make quick work of rags, wipes, and other disposable items.

Continue reading...

Sidehill Screens

  |   By  |  0 Comments

JWC Environmental's SHS Static Sidehill Screens

Our SHS and SHP sidehill screens are designed for static dewatering applications. The SHS model comes in a range of widths, spanning from 12 to 120 inches, and can manage flow rates as high as 2,000 GPM. The SHP screen is offered in 24, 48, and 72-inch lengths with a capacity to handle flows reaching up to 600 GPM, depending on its specific use.

Continue reading...

Tank-mounted Screens

  |   By  |  0 Comments

Tank-mounted Screens

JWC Environmental’s TLT sewage receiving systems securely contain sewage within a stainless steel tank. This system is equipped with a screening cylinder with a wash area and a compaction zone, effectively reducing the volume and weight of screened materials. It’s also capable of managing flow rates of up to 2,100 GPM and processing solids within sewage or septage to a dryness level of 40% or greater.

Continue reading...