Wind Power (Step By Step Procedure):- A Case Study

-
Image
      WIND DATA (STEP BY STEP PROCEDURE):- Image Source-Ritesh Raj Stone Column Image Source-Ritesh Raj Plum Concrete (Where required) PCC (M-15 Grade) Bottom Flange Erection (With level as per drawing) Reinforcement (12 mm to 32 mm as per drawing) RCC (M-45 Grade and M-60 Grade) In the M-60 Grade-GGBS also used (JSW Brand) Image Source-Ritesh Raj Used Curing Compound (Concure AB Clear) Top Flange Erection Bitumen Paint applied on all pedestal area Backfilling with layer wise compaction Grouting in top flange (With M-90 Grade BB-90, Brand-Fosroc) Total Flange Nos.=02  Total Bolts=80*2=160 Nos. Image Source-Ritesh Raj Used Admixture- (1.) ACC HP 6517 (2.) ACC HVF 7905(Corrosion) Image Source-Ritesh Raj 10 mm and 20 mm aggregate sources:- Anjar, Nakatrana Water Source-Khavda Sand Source-Mudhan, Kunariya, Ratariya GSB Sourvce-Raytariya, Anjar Required TDS of Water=Below 2000 Required PH of water=6.5 to 8.5 GGBS=Ground Granulated Blast Furnace Slag IDT=Inverter Duty Tran...
Post a Comment

List of Registers And Formats

-




Image Source:Pexels.com



  I am presenting here some lists of registers, formats and tests details which is conducted in the initial stages of any construction sites of the respective projects and it will continue further.Some tests will also add in it in future as per client requirement.

 Different project have different format , but their content  will never changes.Test frequency will depends upon FQP (Field Quality Plan), IS Code-4926 and MORTH guidelines.  
With the help of following mentioned content, you can remove difficulties which will comes initial stages of the starting of the project:-


LIST OF REGISTERS (FOR QUALITY PURPOSE)
Sl. No.
Name Of Register
1
Cube Test Register
2
Slump Cone Test Register


Also Read:List of Important IS Codes
                     
LIST OF REGISTERS (OTHER REGISTERS)
Sl. No.
Name of Register
1
Site Order Book
2
Hinderence Register
3
Weekly Meeting Register
4
Daily Monitoring Register
5
Grievance Register
6
Excavation Details Register
7
Disposal Of Soil Register
8
Stock Register

    
LIST OF FORMATS (FOR QUALITY PURPOSE)
Sl. No.
Name of Formats
1
Test for bulking of sand
2
Test Certificate for sand (Gradation/ Sieve Analysis)
3
Water certificate for construction water
4
Test certificate for Bricks
5
Aggregate impact  value test
6
Flakiness & Elongation test
7
Gradation/Sieve analysis of 20 mm
8
Gradation/Sieve analysis of 10 mm
9
Moisture content test
10
Water absorption test /Specific Gravity Test
11
Backfilling (Soil compaction test)
12
MDD/OMC Test
13
GSB Gradation Test



LIST OF TESTS (CONDUCTED BY THIRD PARTY)
1
Drinking Water Test
2
Construction Water Test
3
Ambient Air Test
4
Ambient Noise Test
5
 Soil Test
  



Image Source:Pexels.com


Has this blog been helpful to you? If yes, please mention in the comment box.

Thanks for visiting this site.



Written By- 
Ritesh Raj
Email Id-rajritesh.motiharirr@gmail.com






Image Source:Pexels.com
      





Comments

Post a Comment

If you have any suggestions and doubts please let me know.

Popular posts from this blog

Wind Power (Step By Step Procedure):- A Case Study

-
Image
      WIND DATA (STEP BY STEP PROCEDURE):- Image Source-Ritesh Raj Stone Column Image Source-Ritesh Raj Plum Concrete (Where required) PCC (M-15 Grade) Bottom Flange Erection (With level as per drawing) Reinforcement (12 mm to 32 mm as per drawing) RCC (M-45 Grade and M-60 Grade) In the M-60 Grade-GGBS also used (JSW Brand) Image Source-Ritesh Raj Used Curing Compound (Concure AB Clear) Top Flange Erection Bitumen Paint applied on all pedestal area Backfilling with layer wise compaction Grouting in top flange (With M-90 Grade BB-90, Brand-Fosroc) Total Flange Nos.=02  Total Bolts=80*2=160 Nos. Image Source-Ritesh Raj Used Admixture- (1.) ACC HP 6517 (2.) ACC HVF 7905(Corrosion) Image Source-Ritesh Raj 10 mm and 20 mm aggregate sources:- Anjar, Nakatrana Water Source-Khavda Sand Source-Mudhan, Kunariya, Ratariya GSB Sourvce-Raytariya, Anjar Required TDS of Water=Below 2000 Required PH of water=6.5 to 8.5 GGBS=Ground Granulated Blast Furnace Slag IDT=Inverter Duty Tran...
Read more

Methodology for Trenchless Piping by Jack Pushing Method

-
Image
  Methodology for Trenchless Piping by Jack Pushing Method                       Work Under Pit (Photo Credit: Ritesh Raj) 1.0 Purpose: The Purpose of this procedure is to lay guidelines, requirement and to establish a method or a system to control the open cutting & trenchless activity.   2.0 Scope : The Scope of the works covers the laying of RCC Pipe NP4 of 1000mm diameter on LHS of NH (NH No. will be mention) Road from (Chainage 1) to (Chainage 2) by using Trenchless Jack Pushing method.  Also Read: Initial Setting Time of Cement 3.0 Methodology: 3.1 Survey Alignment of Pipe Line to be marked from the position of Manhole to Manhole which is to be constructed. 3.2 List of Manpower: ·          Engineer                         ...
Read more

Important Points SOP (Standard Operating Procedure) During the Inspection of RCC NP4 Pipes

-
Image
Important Points SOP (Standard Operating Procedure) During the Inspection of RCC NP4 Pipes: -    Image-Hydro Test (Photo Credit: Ritesh Raj) (1.) Firstly, approved QAP will be checked.  (2.) ID marks should be marked on the inner and outer sides of pipes.  Image-ID Mark (Photo Credit: Ritesh Raj)  (3.) To check the inner and outer diameter of pipes.   (4.) Smooth finishing and before dispatch of RCC pipes cement slurry or grouting where required.   (5.) Load test is required for RCC pipes as per IS codes. It is different for each dia, of RCC pipes.  Image-Plate Load Test (Photo Credit: Ritesh Raj)   (6.) Concrete mix design checked and in which cement content, cement brand, and water-cement ratio should be checked.  (7.) The straightness test to be checked of RCC pipes through the straightness rods to collinear visible.   (8.) As per requirement 2% of hydro tests are to be checked as IS:458 of the total...
Read more