Industrial Waste Water Treatment (WWTP)

Do you have an industrial waste water treatment facility that is under performing or failing to meet emission standards. Is your equipment supplier blaming the chemistry provider or visa-versa. Want another unbiased opinion - or do you just want the problem fixed - perhaps we can help? After an initial consulting trip, we will consider basing our fee to improve your plant on a percentage of the savings achievable with our help. Is your plant producing a sludge that has to go to a hazardous waste landfill? Perhaps changes in your process chemistry could produce a sludge that is recyclable.

WWTP for Copper Smelters

Some basics of waste water treatment for copper refineries can be downloaded.  This applies to zinc refineries an other facilities using acidic electrolysis. As time permits, we will add some more literature on waste water treatment including some original flow sheets.

Basics of a WWTP for a Copper Refinery

WWTP Challenge

We can probably help you to identify substantial savings in the cost of operation of your industrial wastewater treatment plants. We will take part of our fees from savings produced at your facility.

Call us for an initial three-day consultation which consists of a one-day onsite evaluation of your facility and practices followed by two days to write up a plan for improving your facility.  If we see an opportunity at your facility for substantial savings, we will schedule a two week review and negotiate a contract with you.

Experience

Consultant for WWTP's in Metal Finishing Industry

Designed and commissioned plant to recycle sludges from WWTP’s

Evaluated WWTP Technology for Gresik Copper Smelter

Designed WWTP for Doe Run Peru’s Copper Refinery

Process Studies to Reduce Size of Central Waste Water Treatment Plant for Doe Run Peru

Set up contracts with Cyprus Amax to recycle sludges from WWTP’s

Sulfide Chemistry, NaHS, Na2S, CuS, etc.

Technical Director for Southern Water Treatment Company

Strengths

Cost reduction in existing facilities.

Modifying operation existing WWTP to enable sludges to be recycled.

Conceptual Design

Evaluation of Competitive Technologies to Minimize Capital or Operating Cost

Evaluation of Existing Facilities

Evaluation of Critical Flaws in Plants Under Design or Existing Plants

Pay based on performance