Industrial Wastewater

bttl plant

Bottling Plant

By WEXCOenviro | February 7, 2013

Issue:  A bottling company in Minnesota discharges some 6,000 gallons per day of wash   down water with a COD of 40,000 – 70,000 mg/L. The material is too strong for the local wastewater treatment plant to process, so it must be trucked off site. Action:  Design/build an aerobic onsite treatment system using micro bubble aeration…

winery photo1

Winery Discharge

By WEXCOenviro | July 15, 2011

Overview:  An Oregon winery produces 10,000 GPD discharge with a BOD5 of 10,000 – 15,000 mg/L. The discharge is too strong for the local wastewater treatment plant to process and must be trucked off site. Solution:  Build an aerobic onsite treatment system using MBD, Micro Bubble Diffusion, aeration to reduce waste strength to 300 mg/L…

endurance test

Endurance Test

By WEXCOenviro | July 15, 2011

Overview:  A chicken processing facility in the North Eastern US is concerned about surface aerators in use at their facility. They are 75 HP units and the effectiveness per HP is in question.  The possibility of using Vacuum Bubble Technology Aerators is presented to the company.  Since the MBD Model 600 Series aerator proposed has…

meat canning

Meat Canning Facility

By WEXCOenviro | July 15, 2011

Overview:  An Iowa company has a one million gallon industrial waste lagoon filled to capacity with 100% sludge.  The high strength waste consists of byproducts of canned meat production: i.e. grease, fat, and vegetable matter.  Odor issue is extreme. Solution:  The installation of four Vacuum Bubble Technology Model 600 units show immediate results.  Odor issue…

bottling plant2

Bottling Plant

By WEXCOenviro | May 20, 2011

Overview: A bottling company in Minnesota discharges some 6000 gallons per day of wash down water with a BOD5 of 40,000 – 70,000 mg/L. The material is too strong for the local wastewater treatment plant to process and must be trucked off site. Solution: Design/build an aerobic onsite treatment system using MBD Aeration to reduce…