Project Details:

The main objective of this project is to install a 240kW DC EV Fast Charging Station at Tenaga Nasional Berhad Jasin. This initiative aims to support Malaysia’s shift towards sustainable and green mobility by providing accessible, efficient, and reliable electric vehicle (EV) charging infrastructure. The project is aligned with the nation’s objectives of reducing carbon emissions and promoting the adoption of renewable energy in the transportation sector.

EcoPrasinos scope of work are as follows;

• Appointment of C&S Consultant
• Appointment of M&E Consultant
• Appointment of Architect
• Appointment of Town Planner
• Site Survey with Utility Mapping (Normal)
• Land Survey Works
• Submission Works for Authority Approval (Reimbursement by Consultants)
• As Built Drawings

Project Details:

The main objective of this project is to install a 240kW DC EV Fast Charging Station at Tenaga Nasional Berhad Jasin. This initiative aims to support Malaysia’s shift towards sustainable and green mobility by providing accessible, efficient, and reliable electric vehicle (EV) charging infrastructure. The project is aligned with the nation’s objectives of reducing carbon emissions and promoting the adoption of renewable energy in the transportation sector.

EcoPrasinos scope of work are as follows;

• Appointment of C&S Consultant
• Appointment of M&E Consultant
• Appointment of Architect
• Appointment of Town Planner
• Site Survey with Utility Mapping (Normal)
• Land Survey Works
• Submission Works for Authority Approval (Reimbursement by Consultants)
• As Built Drawings

Project Details:

The main objective of this project is to install a 240kW DC EV Fast Charging Station at Tenaga Nasional Berhad Jasin. This initiative aims to support Malaysia’s shift towards sustainable and green mobility by providing accessible, efficient, and reliable electric vehicle (EV) charging infrastructure. The project is aligned with the nation’s objectives of reducing carbon emissions and promoting the adoption of renewable energy in the transportation sector.

EcoPrasinos scope of work are as follows;

• Appointment of C&S Consultant
• Appointment of M&E Consultant
• Appointment of Architect
• Appointment of Town Planner
• Site Survey with Utility Mapping (Normal)
• Land Survey Works
• Submission Works for Authority Approval (Reimbursement by Consultants) As Built Drawings

Project Details:

The main objective of this project is to install a 200kW DC EV Fast Charging Station at Tenaga Nasional Berhad Jasin. This initiative aims to support Malaysia’s shift towards sustainable and green mobility by providing accessible, efficient, and reliable electric vehicle (EV) charging infrastructure. The project is aligned with the nation’s objectives of reducing carbon emissions and promoting the adoption of renewable energy in the transportation sector.

EcoPrasinos scope of work are as follows;

• Appointment of C&S Consultant
• Appointment of M&E Consultant
• Appointment of Architect
• Appointment of Town Planner
• Site Survey with Utility Mapping (Normal)
• Land Survey Works
• Submission Works for Authority Approval (Reimbursement by Consultants)
• As Built Drawings

Project Details:

The main objective of this project is to install a 120kW DC EV Fast Charging Station at Tenaga Nasional Berhad Jasin. This initiative aims to support Malaysia’s shift towards sustainable and green mobility by providing accessible, efficient, and reliable electric vehicle (EV) charging infrastructure. The project is aligned with the nation’s objectives of reducing carbon emissions and promoting the adoption of renewable energy in the transportation sector.

EcoPrasinos scope of work are as follows;

• Appointment of C&S Consultant
• Appointment of M&E Consultant
• Appointment of Architect
• Appointment of Town Planner
• Site Survey with Utility Mapping (Normal)
• Land Survey Works
• Submission Works for Authority Approval (Reimbursement by Consultants)
• As Built Drawings

Project Details: 

IOI’s plantation operations produce a vast amount of biomass by-products such as pruned fronds, old palm trunks and treated palm oil mill effluent (POME). The by-products are treated and recycled back to the soil as natural fertilizers. The methane emission from this treatment of POME is a large contributor to the total operational emissions. This green house gas (GHG) will be utilized by IOI to run the mill’s burners. Thus, IOI intends to build a new biogas burner system to transport this GHG from bio-digester to the burner system.

The CLIENT, IOI Plantations Services Sdn. Bhd. has awarded the Ecoprasinos Engineering Sdn Bhd to perform Design, Supply, Delivery To Site, Install, Testing, Commissioning And Guarantee Of New Biogas Burner System And Ancillary Work.

Project Details: 

IOI’s plantation operations produce a vast amount of biomass by-products such as pruned fronds, old palm trunks and treated palm oil mill effluent (POME). The by-products are treated and recycled back to the soil as natural fertilizers. The methane emission from this treatment of POME is a large contributor to the total operational emissions. This green house gas (GHG) will be utilized by IOI to run the mill’s burners. Thus, IOI intends to build a new biogas burner system to transport this GHG from bio-digester to the burner system.

The CLIENT, IOI Plantations Services Sdn. Bhd. has awarded the Ecoprasinos Engineering Sdn Bhd to perform Design, Supply, Delivery To Site, Install, Testing, Commissioning And Guarantee Of New Biogas Burner System And Ancillary Work.

Project Details: 

Department of Irrigation and Drainage (DID) operates the Pump Houses and Gate Stations throughout Malaysia. As to date, the DID still does not have a comprehensive and standardized performance study on the installed Pump House and Gate Station.

Without the technical standard established by DID, will lead to the frequent installation damage, installation mistakes and outperformance of the equipment’s. The government needs to spend high costs for operation, repair and maintenance as well as indirectly affect its functionality in an irrigation, drainage, water supply and flood mitigation system.

The contract that has been awarded to EcoPrasinos Engineering Sdn Bhd is for Zone 4 to identify and establish the performance study for the mechanical and electrical components.

Project Details: 

In January 2020, at KP265 the pipeline was parted due to landslide occurred and caused the operation of SSGP being stopped immediately. Among other repair works of SSGP, at KP265 is the major repair works needs to be performed before the pipeline can be back into operation that is targeted in July 2022. At KP265, the major activities are civil and geotechnical works and re-routing of the parted pipeline for a length of approximately 340 meters.

The Client has engaged EcoPrasinos Engineering Sdn Bhd (EPESB) to carry out detailed engineering design the Engineering, Procurement, Construction & Commissioning (EPCC) of KP 265 Pipeline Reroute Project of Sabah Sarawak Gas Pipeline Project.

Project Details: 

In January 2020, at KP265 the pipeline was parted due to landslide occurred and caused the operation of SSGP being stopped immediately. Among other repair works of SSGP, at KP265 is the major repair works needs to be performed before the pipeline can be back into operation that is targeted in July 2022. At KP265, the major activities are civil and geotechnical works and re-routing of the parted pipeline for a length of approximately 340 meters.

The Client has engaged EcoPrasinos Engineering Sdn Bhd (EPESB) to carry out detailed engineering design the Engineering, Procurement, Construction & Commissioning (EPCC) of KP 265 Pipeline Reroute Project of Sabah Sarawak Gas Pipeline Project.

Project Details: 

CONTRACTOR have been awarded by COMPANY to perform post trenching work, backfilling and as-built survey at Sungai Johor for Pengerang Pipeline Project (POTCH).

CONTRACTOR general scope of work comprise as follows;

• Perform engineering analysis and investigation to ensure safe work execution on live pipeline as per Engineering Plan
• Obtain Approval and Interface with Local Authority
• Perform live pipeline post trenching works from KP44+257 to KP45+971 (Sungai Johor & Pulau Juling) with burial Top of Pipe (TOP) 2m
• Perform backfilling works with aggregate at Sungai Johor, Pulau Juling and Selat Mendana and foreign soil backfilling at Kg. Sungai Latoh
• Civil work slope protection at Penyabong
• Perform as-built survey

Project Details: 

EcoPrasinos has been awarded by PTTEP a contract to perform Pipeline Detailed Design Engineering. EcoPrasinos scope of are to provide Detailed Engineering Design for the following;

• Risk Assessment for Pipeline and Riser Protection Against Accidental External Load
• Corrosion Management Plan
• Pipeline and Riser Mechanical Design and Material Selection
• Pipeline Route Engineering
• Pipeline On-Bottom Stability Design
• External Corrosion Protection Design
• Pipeline End Expansion Analysis
• Riser Stress Check and Tie-in Spool Design
• Material Take-Off (MTO)
• Pipeline Material Specifications
• Pipeline Engineering Drawings
• Pipeline Detailed Free Span Study (On-Bottom Roughness)

Project Details: 

EcoPrasinos Engineering Sdn. Bhd. (ECOPRASINOS) has been awarded by SECL a contract to perform the developing front-end engineering for the proposed 20-inch pipeline from the Tie-In Metering Station and Tie-In Off-site Battery Limit. for the following activities:

• Design Basis
• Pipeline Route Study
• Pigging Study
• Pipeline Road Crossing
• Material Take-Off (MTO)
• Engineering drawings
• Material Take-Off (MTO)
• Engineering drawings

Project Details: 

Carry out a detail coastal engineering hydraulic study of the project area and its vicinity to assess the existing coastal processes and the morphology of the area in order to determine the most optimum configuration of the proposed mitigation measures

Project Details: 

Carry out detailed design of all components in the selected option for the river mouth improvements works and the selected counter measures to overcome erosion impacts along the adjacent shoreline.

The coastal structure shall be designed to withstand the wave forces in accordance with the guidelines of the latest edition of the Coastal Engineering Manual (CEM) by U.S. Army Corps of Engineers.

For dredging work, the design shall include the determination of the depths, widths and alignment of the dredged channel together with the berthing and mooring areas with sufficient draft for the design vessel.

The design will be in accordance with the latest edition of the Permanent International Association of Navigation Congress (PIANC) guidelines.

Project Details:

a) Geotechnical Survey (Soil Investigation)

• Provision of all the necessary supervision and manpower.
• Provision of survey vessel/boat, expertise and equipment for data acquisition.
• Locate, survey and chart any sub-sea obstruction (man-made or otherwise), debris or special bottom features.
  
• To perform soil investigation.
• Provision of a survey report and procedure.

b) Engineering Stress Analysis

• Pipeline stress analysis for as laid pipeline assessment and during post trenching using ABAQUS software.

c) On Bottom Stability Analysis

• Perform assessment Dynamic On Bottom Stability using Abacus Simulia a FEA based on DNV RP F109 to verify the as-laid 36-inch pipeline on bottom stability in Sungai Johor and Selat Mendana is stable thru out all environmental phases.

d) Post trenching feasibility study can be summarized as per followings;

• Constructability
• Proposed three (3) type of Post Trenching Methods.
• Preparation of Post Trenching Equipment.
• Proposed marine spread and details equipment’s specification
• Preparation of Lowering in Equipment
• Lowering in Operation
• Post Trenching Operation.
• Accessibility and Working Area.
• Estimated Duration
• Estimated Cost
• Design Risk
• Available companies for post trenching methodology

e) Work will perform the scope of work of post trenching work and the requirement based on engineering analyses that will concentrate on method, sequence of pass and equipment used that will be identify from the result of the engineering analyses to prevent the pipeline from overstressing during post trenching activity.

Project Details:

Civil and Structural Services

• Pipe laying water reticulation system

Mechanical Services

• Cold Water Services
• Sanitary Plumbing Services
• Fire Protection Services
• Waste Management Equipment

Electrical Services

• Low Voltage Installation
• Telephone System
• TNB Substation System
• CCTV

Project Details: 

The following is the Scope of Works (SOW) for Basic & Detailed Engineering, Procurement, Construction and Commissioning (BEPCC) Package for rejuvenation of Urea Ship Loading Facilities Project at ASEAN Bintulu Fertilizer Plant, Bintulu, Sarawak;

• Replacement of existing Ship loader to achieve 1,000 t/h urea ship loading capacity.
• Replacement of Compact Substation.
• Modification of Conveyor System for Reclaimer Conveyor Bulk Urea Storage 1, Transfer Conveyor and Ship loading Conveyor.
• Modification of Transfer Station to achieve a capacity of 1,000 t/h.
• Modification of existing Shipping Control Room to include the new machinery.
• Modification of Screening Station to achieve a capacity of 1,000 t/h.
• Replacement of the Tripper Car Bulk Urea Storage 1.
• Replacement of Reclaimer Scrapper Bulk Urea Storage 1 to increase reclaiming capacity to 600 t/hr.

Project Details: 

The Communication Minaret Tower Design of 30m tower for cellular system to support antennas as mentioned below:

• The tower shall be able to support 2 nos. of pannel antenna for GSM /WLL system at a height of 27m from Base. 
• The tower shall be able to support 4 nos. of 0.6 dia Microwave solid Disc antenna for GSM/WLL system at a height of 26 m from Base

The tower shall be able to support 2 nos. of pannel antenna for WLL/ GSM system at a height of 24m from Base 

• This tower consists of three major segment started with:
• Concrete building at 6m height with two floors each 3m height. This building will be utilized for storage area of equipment. 
• Primary tower with four lagged of 14m based of 4m2. It consists of 7 equal segments each of 2m. 
• Upper tower with four legged of 10m based of 0.36m2. It consists of 5 equal segments each of 2m. 

Project Details: 

The Communication Minaret Tower Design of 30m tower for cellular system to support antennas as mentioned below:

• The tower shall be able to support 2 nos. of pannel antenna for GSM /WLL system at a height of 27m from Base. 
• The tower shall be able to support 4 nos. of 0.6 dia Microwave solid Disc antenna for GSM/WLL system at a height of 26 m from Base

The tower shall be able to support 2 nos. of pannel antenna for WLL/ GSM system at a height of 24m from Base 

• This tower consists of three major segment started with:
• Concrete building at 6m height with two floors each 3m height. This building will be utilized for storage area of equipment. 
• Primary tower with four lagged of 14m based of 4m2. It consists of 7 equal segments each of 2m. 
• Upper tower with four legged of 10m based of 0.36m2. It consists of 5 equal segments each of 2m. 

Project Details: 

The Communication Minaret Tower Design of 30m tower for cellular system to support antennas as mentioned below:

• The tower shall be able to support 2 nos. of pannel antenna for GSM /WLL system at a height of 27m from Base. 
• The tower shall be able to support 4 nos. of 0.6 dia Microwave solid Disc antenna for GSM/WLL system at a height of 26 m from Base 

The tower shall be able to support 2 nos. of pannel antenna for WLL/ GSM system at a height of 24m from Base 

• This tower consists of three major segment started with:
• Concrete building at 6m height with two floors each 3m height. This building will be utilized for storage area of equipment. 
• Primary tower with four lagged of 14m based of 4m2. It consists of 7 equal segments each of 2m. 
• Upper tower with four legged of 10m based of 0.36m2. It consists of 5 equal segments each of 2m.

Project Details: 

Civil and Structural Services

• Pipe laying water reticulation system

Mechanical Services

• Cold Water Services
• Sanitary Plumbing Services
• Fire Protection Services
• Waste Management Equipment

Electrical Services

• Low Voltage Installation
• Telephone System
• TNB Substation System
• CCTV

Project Details: 

Grouting and laying waterproofing for below:

• 2 numbers of RC elevated water tank (2 x 335900 Gallon) size: 18.0 m DIA. X 6 m
• 1 suction tank (21800 gallon) size :14.5 m DIA. x 6 m

Project Details: 

PCSB was undertaking the EVA-North Malay Basin Gas Delivery System (ENGDS) Project to evacuate Block B17 JDA sales gas from existing MDPP Processing Platform (MDPP) and North Malay Basin (NMB) treated gas from new Bergading Central Processing Platform (CPP).

EPESB was awarded by the client to design the pipeline route for gas pipeline from MDPP to GPP-A. The installation is call TGAST Phase-1 Bypass & GPP Tie-in scope which will be developed as part of EVA-NMB Delivery System Project.

Project Details: 

The main objective of this project is to replace the current Crude Oil Export Pumps package (P-380 A&B) at TCOT to sustain the twenty-five reliability & integrity for the next twenty-five (25) years of operation due to obsolescence issue and new duty requirement (due to change in crude properties).

There will be two (2) new Crude Oil Export Pumps (P-380 C/D) which will replace both current export pumps (P-380 A/B). The operating philosophy will be as per existing where only one of the pumps is required to operate during each loading while the second pump will be standby (2 x 100%).

This upgrading scope of work is inclusive of the arrangement and transportation of new pump package to TCOT, installation of new package, installation and modification of all associated interconnected piping, accessories and other related items including pre-commissioning, commissioning and performance test.

Project Details:

• Pipeline Route Selection for 24” Gas Pipeline
• Pipeline Route Selection for 28” Gas Pipeline
• Pipeline Constructability Study for 24” Gas Pipeline
• Pipeline Constructability Study for 28” Gas Pipeline
• Pipeline Lowering-in Analysis for 24” Gas Pipeline
• Pipeline Lowering-in Analysis for 28” Gas Pipeline
• Pipeline Crossing Analysis for 24” Gas Pipeline
• Pipeline Crossing Analysis for 28” Gas Pipeline

Project Details: 

• Soil investigation field. 
• Setting out and as-built site investigation layout by licensed surveyor.
• Submission of soil investigation factual report with geologist and professional geotechnical engineer endorsement.
• Submission of final geotechnical assessment report for geotechnical and foundation design and site preparation works with professional geotechnical engineer endorsement.

Project Details: 

EcoPrasinos Engineering Sdn Bhd was engaged to perform Dynamic on Bottom Stability Analysis for TCOT Effluent Discharge Line Extension Project. The scope of work is to perform Dynamic on Bottom Stability using Finite Element Analysis based on DNV RP F109 to verify the design from Basic Engineering Design.

The activities consist of the following:

• Dynamic On-bottom Stability Analysis Design Basis
• Dynamic On-bottom Stability Analysis Report
• Concrete Mattress Material Take-Off (MTO)
• Mattress Details

Project Details:

EcoPrasinos scope of work consist of :

• Flexible pipeline installation approach
• Flexible riser pull-in through J-Tube
• Technical & Economic comparison between pre-installed riser and post-installed riser
• Subsea tie-in study
• Flexible pipeline normal lay, initiation and abandonment analysis

Project Details: 

• Pipeline Design Basis
• 36-Inch Pipeline Insitu Analysis
• Trench Stability Analysis
• Pipeline Route Selection Study
• Pipeline Constructability Study For 36-Inch Gas Pipeline
• Road Crossing Analysis
• 36-Inch Pipeline Post Trench Analysis
• Pipeline Lowering-in Analysis For 36-Inch Gas Pipeline
• Post Trenching Procedure 
• Pipe-Soil Interaction Study
• Pump Barge Stability Calculation
• 36-Inch Pipeline Lateral Stability Analysis
• Transition Analysis

Project Details: 

EcoPrasinos Responsibilities:

• Performed stress analysis for 10 locations of exposed pipelines.
• Site supervision for the 10 exposed pipelines.
• Geotechnical review for the proposed mitigation.
• MTM results validation by FEA.

Project Details: 

The work involvements are as follows:

• Barge and Stinger Setting, Ideal Setting (Barge Radius 200m and Range of Stinger Radius Possibility)
• Existing Stinger Pin Configuration, Ideal Setting and Existing Pin Setting (Without Modification to Lay 16” Rekayasa Industri Pipeline)
• Lay Analysis for 16” Rekayasa Industri Pipeline, Ideal Setting and Existing Setting Best Possible Configuration (Without Modification)
• Site Visit and As-Builting Pipelay Support and Stinger Configuration
• Integrity Review and Design for Support Structure of the Stinger

Project Details: 

EcoPrasinos Responsibilities:

• Determine the optimum pipeline route including platform approach and tie-in/interface locations.
• Feasibility study of optimal pipeline and riser installation.
• Verify the riser locations and topside piping.

Project Details: 

• Pipeline Route Selection
• Pipeline Mechanical Calculation
• Pipeline Failure Mode Effect Analysis
• Pipeline Material Comparison & Selection
• Life Cycle Cost Study
• Pipeline Material Option Study Report

Project Details: 

• To Assessment of Riser Guard Plate Impact Strength on The Jacket 
• Truss Structure 
• To perform Finite Element Analysis to assess the Impact Strength of the riser guard plate Welded and clamp to Jacket Truss Structure.
• Impact Strength Assessment of Plate will be carried out using 
• ABAQUS/SIMULIA.
• The effect of Hydrostatic Pressure would be included alongside the 
• vessel Impact load on the Plate.

Project Details: 

• Clamp Detailed Design Analysis
• Lifting lug analysis and stress check
• Determine the loading sustained for each of the lifting cable (sling)
• Determine the configuration of the lifting sling cable
• Riser clamp detailed  drawings
• Lifting Configuration drawings

Project Details: 

• Flexible Pipeline & Riser Pipeline
• Flexible Pipeline Route Selection
• Flexible Pipeline Specification
• Riser Design, Analysis and Study
• Flexible Pipeline Material Take-Off 
• Flexible Pipeline Failure Mechanism and Mitigation Study
• Integrity Review of the Existing Angsi Water Injection Pipelines
• Flexible Pipeline and Riser Installation Feasibility Study & Laying Analysis

Project Details: 

• To draw in CAD the separation Concrete-Mattresses at the crossing locations in the alignment sheet drawings (nos 2 dwgs)
• To allocate details information of each crossings in the alignment sheet dwgs 
• To check the crossing angle in line with the tabulation table that will be given by Principia upon start work
• To allocate the stability Concrete-Mattresses with the provided separation and check that the mattresses will not coincide at the sag bend of the umbilical or crossing location

Project Details: 

• Pipeline Route Selection & Optimization Study
• Pipeline In-Situ Stress Analysis
• Pipeline Material Take-off
• Pipeline External Corrosion Mitigation Studies
• Pipeline Drop Object Analysis
• Marine Hazards Study
• Pipeline Spanning Analysis
• Pipeline Road Crossing   Design
• Specification
• Pipeline Pigging Philosophy
• Preliminary Pipeline Installation Feasibility Study
• Preliminary Pipeline Cost Estimate
• Pipeline Shore Approach Design

Project Details: 

• Pipeline & Riser Design Basis
• Pipeline Route Selection
• Pipeline Material Selection & Wall Thickness Calculation
• Pipeline On-Bottom Stability Analysis
• Pipeline and Riser Engineering Drawings
• Riser stress analysis 
• Riser VIV analysis 
• Riser hanger flange and clamp design
• Pipeline Material Take-off 
• Pipeline Free Spanning Analysis
• Pipeline End Expansion Analysis
• Pipeline & Riser Installation Study

Project Details: 

• Pipeline dropped object study

Project Details: 

• Onshore Pipeline Design Basis
• Onshore Pipeline Route Selection
• Onshore Pipeline Mechanical Study
• Onshore Pipeline Stress Analysis
• Onshore Pipeline External Corrosion Selection Study
• Onshore Pipeline  Stability Analysis
• Onshore Pipeline  End Expansion Analysis
• Onshore Pipeline Specification
• Onshore Pipeline Engineering Drawings
• Onshore Pipeline Material Take-off

Project Details: 

• Pipeline & Riser Design Basis
• Pipeline Route Selection
• Pipeline Material Selection & Wall Thickness Calculation
• Pipeline On-Bottom Stability Analysis
• Pipeline External Corrosion Protection Design
• Pipeline Free Spanning Analysis
• Pipeline End Expansion Analysis
• Pipeline & Riser Installation Study
• Pipeline MTO
• Pipeline Material Specification
• Pipeline and Riser Engineering Drawings
• Riser stress analysis 
• Riser VIV analysis 
• Riser hanger flange and clamp design
• Pipeline Material Take-off

Project Details: 

• Pipeline & Riser Design Basis
• Pipeline Route Selection
• Pipeline Material Selection & Wall Thickness Calculation
• Pipeline On-Bottom Stability Analysis
• Pipeline Free Spanning Analysis
• Pipeline End Expansion Analysis
• Pipeline and Riser Engineering Drawings
• Riser stress analysis
• Riser VIV analysis 
• Riser hanger flange and clamp design
• Pipeline Material Take-off
• Pipeline Material Specification
• Pipeline Pigging Philosophy

Project Details: 

• Pipeline & Riser Design Basis
• Pipeline Route Selection
• Pipeline Mechanical Analysis
• Pipeline End Expansion Analysis
• Pipeline & Riser External Corrosion Study
• Pipeline Lateral and Upheaval Buckling Analysis
• Pipeline Free Spanning Analysis
• Bottom Roughness Analysis
• Pipeline Crossing Design
• Pipe Soil Interaction 
• Flowline and Riser System Construction and Installation Design
• Pipeline and Riser Engineering Drawings

Project Details: 

• Onshore Pipeline Design Basis
• Onshore Pipeline Route Selection
• Onshore Pipeline Mechanical Study
• Onshore Pipeline Stress Analysis
• Onshore Pipeline Engineering Drawings