*Required fields


*Name:

Company:

Department:

Address:

City:

State:

*Telephone:

Fax:

*E-mail:

_____________________________________________

Project Features

Project name:

Goal:

_____________________________________________

Characteristics of the effluent

Effluent Type:

If industrial, please inform the type of product / factory:

Sewage effluent flow:

Industrial effluent flow:

BOD:

NTK (Total Kjeldahl Nitrogen):

Total Organic Load:

pH:

Minimum Effluent Temperature:

Maximum Effluent Temperature:

_____________________________________________

Deployment Site Characteristics

County:

State:

Temperature:

Constructive way:

Constructive Material:

Amount:

Dimensions

Width:

Length:

Diameter:

Useful Depth:

Total Depth:

_____________________________________________

Process Characteristics

Process of treatment

please describe the type of process required:

What equipment do you need:
REMOVABLE DIFFUSION AIR AERATION SYSTEM DIFFUSED AIR NOT REMOVABLE GENERATING SYSTEM FOR INTERLIGATION ORDERS (EXHAUST SYSTEM, ELECTRICAL PANEL, O2, ETC PROBES):

Attach the design of your project:

Additional information:

_____________________________________________

How did you B&F Dias:
Magazine HydroMagazine H2OMagazine MeioIndustrial EnvironmentChemistry and DerivativesGoogleOthers

*Required fields


*Name:

Company:

Department:

Address:

City:

State:

*Telephone:

Fax:

*E-mail:

_____________________________________________

Start date of the work:

Client:

Work:

_____________________________________________

COMPETE

Type:

Application:

Flow Direction:

DIMENSIONS

Width:

Height:

_____________________________________________

CHANNEL

Depth of Floor (drive) to Bottom:

Water level

Nominal:

Maximum:

_____________________________________________

OPERATION


Tension:

Work pressure:

Accessories:

Axis:

_____________________________________________

DRIVE SUPPORT

Stainless SteelPedestal GalvanizedStainless SteelFrame GalvanizedFrameSet directly to Comporta

Other information:

_____________________________________________

How did you hear about B & F Dias:
Magazine HydroMagazine H2OMagazine MeioIndustrial EnvironmentChemistry and DerivativesGoogleOthers

*Required fields


*Name:

Company:

Department:

Address:

City:

State:

*Telephone:

Fax:

*E-mail:

_____________________________________________

Project Location:

Required quantity:

Required fields


*Name:

Company:

Department:

Address:

City:

State:

*Telephone:

*E-mail:

_____________________________________________

Project:

Effluent temperature:

Type of ETE:
MunicipalIndustrial

Date:

Parents:

2. Flow of the effluent (only for municipal ETE)

Number of inhabitants:

Industrial contribution can be calculated as population equivalent

Project Flow:

Maximum flow:

Eg: rainwater, peak daytime flow

3. Effluent flow (ETE Industrial only)

Type of industry:

Flow rate:

Additional flow rate:

Maximum flow:

PH Value:

4. Basic design

Measuring point:
Primary InputSecondary Input

COD:

Chemical oxygen demand according to standard methods

BOD5:

Biological oxygen demand according to standard methods

Solids suspended:

Total Nitrogen: mg/l

5. LOutput limit / discharge pattern
Measurement point: ETE Effluent

COD:

BOD5:

Total Nitrogen:

Ammonia-Nitrogen:

Nitrate - Nitrogen:

Phosphor:

6. Existing tanks:

6.1 Primary sedimentation

Exist:

YesNo

(continued item 6.2)

Number of tanks:

Total volume**:

Retention time:

Total surface area *:

Additional components (in ETE's Industrial, eg filter press belt):

6.2 Aeration tank - activated sludge

Number of tanks:

Total volume*:

Useful Depth:

MLSS:

Total Depth:

6.3 Decanter

Number of tanks:

Total surface **:br />

Effective Depth:

IVL:

Ex .: Tapered bottom = depth measured to 2/3 of the radius

Number of tanks:

*Required fields


*Name:

*E-mail:

Company:

Department:

Address:

City:

State:

*Telephone:

Project Location:

How did you hear about B & F Dias: