Hach Integrated Information Management Waste Water, Drinking Water, Industrial Applications

Computerized Maintenance

Management Systems

Inventory and Asset Maintenance

Examples: Maximo, Hansen,

Dataforum

Computerized Maintenance

Management Systems

Inventory and Asset Maintenance

Examples: Maximo, Hansen,

Dataforum

Hach JOB Cal® BasicHach JOB Cal® Plus

Maintenance Scheduling and Tracking Solution

Easy to set up..Easy to learn..

Easy to use

Hach JOB Cal® BasicHach JOB Cal® Plus

Maintenance Scheduling and Tracking Solution

Easy to set up..Easy to learn..

Easy to use

Hach solutionsHach solutions

Data from automated & manual sources in a central, secure

repository providing easy regulatory & ad hoc

reporting, analysis & monitoring

On

Dem

and

Saa

S

Laboratory Information Management Systems

Designed for commercial and highly centralized

laboratoriesExamples:ATL, Tribal

Laboratory Information Management Systems

Designed for commercial and highly centralized

laboratoriesExamples:ATL, Tribal

Hach LAB CalTM

Sample Scheduling and Tracking Solution

Affordable, Effective, Lab Data Management

designed for sample scheduling workflow in water utility labs

*requires WIMS

Hach LAB CalTM

Sample Scheduling and Tracking Solution

Affordable, Effective, Lab Data Management

designed for sample scheduling workflow in water utility labs

*requires WIMS

Hach Water Information Management SolutionTM

Hach WIMSTM

Range of products

Enterprise,

Professional,

Deluxe,

Standard,

Single User

WIMSWIMS CMMSCMMS LIMSLIMS

Pric

e/P

rice/

Per

form

ance

Per

form

ance

Operations & Operations & BusinessBusiness InformationInformation

Maintenance Maintenance InformationInformation

Laboratory Laboratory Sample Sample InformationInformation

Operations Operations ControlControl

SCADASCADA

Supervisory Control and Data

Acquisition(SCADA)

Examples: GE iFix (built-in

interface) Wonderware,

Foxboro, Rockwell

Saving power by managing your aerationSaving power by managing your aeration

Problem:Fine bubble aeration systems have saved wastewater treatment plants significant dollars in power costs. However, these systems need to be maintained.

Oxygen transfer efficiency is a function of bubble size. The smaller the bubble, the higher the efficiency. •Ceramic diffusers will foul in time, causing the bubble size to increase.•Membrane diffusers foul and they also age.

Current practices:•Equip several diffusers (0.01%) with pressure transducers to detect fouling. •Drain the basins and hand clean the diffusers.

Problem:Fine bubble aeration systems have saved wastewater treatment plants significant dollars in power costs. However, these systems need to be maintained.

Oxygen transfer efficiency is a function of bubble size. The smaller the bubble, the higher the efficiency. •Ceramic diffusers will foul in time, causing the bubble size to increase.•Membrane diffusers foul and they also age.

Current practices:•Equip several diffusers (0.01%) with pressure transducers to detect fouling. •Drain the basins and hand clean the diffusers.

Saving power by managing your aerationSaving power by managing your aeration

Solution:

Electricity is used to run the blowers to remove pounds of BOD from the waste stream. Why not just track pounds of BOD removed per kilowatt hour of electricity. In Hach WIMS™ we define a variable that we can track. It is an equation.

Calculate the efficiency of the aeration system to determine when to clean.

Efficiency = Pounds of BOD Removed / Energy Used

Solution:

Electricity is used to run the blowers to remove pounds of BOD from the waste stream. Why not just track pounds of BOD removed per kilowatt hour of electricity. In Hach WIMS™ we define a variable that we can track. It is an equation.

Calculate the efficiency of the aeration system to determine when to clean.

Efficiency = Pounds of BOD Removed / Energy Used

Saving power by managing your aerationSaving power by managing your aeration

By trending the Efficiency over several years, a benchmark can be established. When the Efficiency drops below the benchmark, WIMS will alert you. Simply plot this data over time and it quickly becomes apparent when diffusers need to be cleaned.