• Skip to primary navigation
  • Skip to main content
  • Skip to primary sidebar
  • Skip to secondary sidebar
  • Skip to footer
  • info@vsep.com
  • +1-775-783-7600
New Logic Research
  • Home
  • Technology
    • Benefits
    • VSEP System Components
    • Membrane Technology
    • Applications
    • FAQ
    • Pilot Testing
  • Products
    • Series i
      • i18 VSEP Filtration System
      • i36 VSEP Filtration System
      • i84 VSEP Filtration System
      • High Pressure Systems
    • Lab & Pilot Systems
      • Series B
      • Series LP
      • Series P50
      • Batch Titan® 1000
    • Spiral RO Systems
      • S-80 Spiral RO System
      • S-240 Spiral RO System
      • S-800 Spiral RO System
      • S-1600 Spiral RO System
      • S-3200 Spiral RO System
      • S-7200 Spiral RO System
      • S-9600 Spiral RO System
      • S-18000 Spiral RO System
      • S-28800 Spiral RO System
      • S-36000 Spiral RO System
    • VSEP Membrane Cleaners
      • NLR 103
      • NLR 202
      • NLR 404
      • NLR 505
      • NLR 550
      • NLR 707
      • NLR 757
      • NLR 758
      • NLR 759
  • Industries
    • Animal Protein and By-Products
      • Aquaculture Wastewater
      • Fish Meal Stickwater
      • Fish Processing Wastewater
      • Leather Tannery Wastewater
      • Rendering Wastewater Treatment
      • Slaughterhouse Wastewater
    • Biogas Effluent
    • Brine and Brackish Water
      • RO Reject / Brine Minimization
      • Zero Liquid Discharge (ZLD)
    • Food and Beverage
      • Beer Bottoms Filtration
      • Beverage Production
      • Bottled Water
      • Coffee Extract Dewatering
      • Cooked Corn Wastewater
      • Fruit Juice Clarification
      • Olive Processing
      • Palm Oil POME Treatment
      • Sugar Juice Clarification
      • Whey Wastewater
      • Winery Wastewater
    • Industrial Wastewater
      • Calcium Chloride Recovery
      • Colloidal Silica Dewatering
      • Glycol Recovery
      • Hot Rolled Steel Wastewater
      • Indigo Dye Wastewater
      • Laundry Wastewater
      • PET Recycling Wastewater
      • PFAS Remediation and Treatment
      • Sodium Sulfate Recovery
      • Textile Dye Wastewater
      • Yeast Wastewater
    • Landfill Leachate Treatment
      • PFAS Removal for Landfill Leachate
    • Manure Management
    • Metal Finishing Wastewater
      • Aluminum Can Wastewater
      • Anodizing Wastewater
      • Electroplating Wastewater
      • Galvanizing Wastewater
      • Powder Coating Wastewater
    • Mining and Metals
      • Acid Purification and Recycling
      • Copper Refining Wastewater
      • Gold Tailings Pond Water
      • Gypsum Stack Wastewater
      • Iron Tailings Pond Water
      • Lithium Extraction
      • Manganese Ferroalloy Wastewater
      • Phosphoric Acid Filtration
      • Platinum Group Metals
      • Rare Earth Elements
      • Red Mud Dewatering
      • Zinc Smelting Wastewater
    • Municipal Wastewater
      • Indirect Potable Reuse
      • POTW Discharge
      • Reclaimed Water Treatment
      • Remote Community Wastewater
    • Oil and Gas Applications
      • Algae Dewatering & Harvesting
      • Desalter Effluent
      • Drilling Mud Treatment
      • Fuel Storage Tank Water
      • Frac Water
      • Oily Wastewater
      • Produced Water
      • Slop Oil Treatment
      • Stripped Sour Water
    • Pigment Dewatering
      • Calcium Carbonate Dewatering
      • Carbon Black
      • Iron Oxide Pigment
      • Kaolin Clay Dewatering
      • Metal Chromate Pigment
      • Titanium Dioxide Filtration
    • Polymer Manufacturing
    • Power Plant Effluent
      • Cooling Tower Blowdown
      • FGD Wastewater
      • Fly Ash Leachate Treatment
      • Nuclear Power
    • Pulp & Paper
      • Black Liquor
      • Box Plant Wastewater
      • End of Pipe Wastewater
      • Hardboard Wastewater
      • MDF Wastewater
      • Paper Coating Recovery
      • Whitewater Treatment
    • Semiconductor
      • Gallium Arsenide Wastewater
      • HF Wastewater
      • PCB Wastewater
      • Scrubber Wastewater
      • Ultrapure Water
      • Wafer Fabrication Wastewater
    • Stillage and Vinasse Dewatering
      • Glycerol Recovery from Stillage
  • Company
    • Careers
    • Contact
    • Distributors
    • Join our Mailing List
    • News
    • Privacy Policy
    • Sitemap
  • Downloads
    • Case Studies & Application Notes
    • Technical Articles Featuring VSEP
    • VSEP Brochure
    • VSEP Video Clips
    • VSEP System Drawings
    • New Logic Customer Forms

News

New Logic Research Partners With Kantharos Process Water Systems to Serve the Winery Market

January 26, 2010

VSEP Technology Supports Sustainable Water Solutions in Northern California Wineries

EMERYVILLE, CA, Jan. 26, 2010 — Northern California is known for its fine wines, but few consider the environmental impact of winery operations while enjoying a glass of cabernet sauvignon. To address this challenge, Riechers Spence and Associates and Heritage Systems joined forces to create Kantharos Process Water Systems. Their mission is to provide the best in engineering services and process water systems tailored for the winery market.


Modernizing Water Use in Winemaking

While many aspects of winemaking have evolved over the past fifty years, water use and wastewater treatment practices have remained largely unchanged. Kantharos sought to transform this by finding an innovative and efficient separation system that could improve sustainability.

With the assistance of New Logic Research’s engineering team, Kantharos conducted an extensive study of VSEP (Vibratory Shear Enhanced Processing) membrane technology at one of the world’s most well-known wineries, Kendall-Jackson in Oakville, California.

The results were highly successful. Based on these findings, the first commercial VSEP installation is now being implemented at Kendall-Jackson’s Santa Rosa facility.


Reducing Fresh Water Demand Through Innovation

“Our team realized that through the use of vibratory membrane technologies, we could drastically reduce the volume of fresh water needed for process washing,” said Hugh Linn, President of Riechers Spence and Associates. “By using innovative engineering and environmental practices, we were able to design a fully integrated approach to water management and conservation.”


A Partnership for Greener Wineries

“Our (former) Emeryville location is just an hour from Napa Valley, so it’s a natural fit for us,” said Greg Johnson, CEO of New Logic Research. “We’ve been building VSEP systems for the industrial market for over twenty years, but Kantharos saw the potential for reducing water use and reclaiming valuable Napa Valley real estate through their innovative recycling process. We’re excited about the partnership and the potential for growth in this market.”

Through this collaboration, New Logic Research granted Kantharos exclusive rights to winery applications in Northern California. Alongside the Kendall-Jackson installation, numerous additional winery projects are now in development.


About New Logic Research

New Logic Research, headquartered in Minden, Nevada, is a leading provider of high-performance membrane separation systems used in a wide variety of applications including pure water and wastewater treatment, chemical process clarification, and industrial separation.

Now in its twenty-third year, New Logic continues to grow to meet the needs of its expanding global customer base, which includes major corporations from around the world. The company provides a full range of products and services for water and wastewater treatment, industrial and chemical processing, energy, and other industries.

For more information, please use the contact form on the right to schedule a free consultation with our VSEP experts.

Primary Sidebar

About us
  • Company
  • Careers
  • Distributors
  • Events
  • News

Secondary Sidebar

New Logic Research

Subscribe to
our newsletter

Address:
2527 Aviation Way
Minden, NV 89423

775-783-7600
info@vsep.com

Copyright © New Logic Research All Rights Reserved.

Copyright © 2026 · Genesis Framework · WordPress · Log in