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blackridge · 6 months ago

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Top 7 Renewable Energy Companies in India (By Installed Capacity)

The importance of renewable energy has grown in recent years due to global efforts to mitigate climate change and decrease dependence on fossil fuels. A number of prominent businesses have grown into renewable energy industry frontrunners, spearheading the shift to greener, more sustainable energy sources. This article will delve into the top ten renewable energy firms in India and their significant contributions to the industry.

The Rise of Renewable Energy Companies in India

India is rapidly emerging as a global leader in the renewable energy sector. The renewable energy projects situated here benefit from a favorable economic climate, abundant solar, wind, and hydropower potential, and a strong regulatory and legislative framework. As of March 2023, India’s installed renewable capacity stands at 143644.51 MW. This includes a record-breaking 70 GW renewable energy tender being awarded to renewable energy developers in India.

Top 7 Renewable Energy Companies in India

Adani Green Energy Limited

Sterling and Wilson Renewable Energy

ReNew Energy

To know more about Top 7 Renewable Energy Companies in India check out:

[2024] Top 7 Renewable Energy Companies in India (By Capacity)

Discover the list of the top 7 Renewable Energy Companies in India based on installed renewable energy capacity in…

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1. Adani Green Energy

Adani Green Energy Limited (AGEL), or Adani Renewables, is a prominent renewable energy company in India. Being one of the largest green hydrogen companies in the world, it has a project portfolio of 20,434 MW. AGEL is a component of the Adani Group’s commitment to delivering an improved, more environmentally friendly future for India. The Company implements utility-scale grid-connected solar and wind farm projects, in accordance with the Group’s philosophy of ‘Growth with Goodness’. The electricity produced is distributed to national and state government bodies as well as government-sponsored enterprises.

Major Projects

20 GW hybrid energy plant in the Khavda desert in Gujarat’s Kutch district

726 sq km green energy park in Rann of Kutch desert area in Gujarat

2. Sterling and Wilson Renewable Energy

Sterling and Wilson Renewable Energy Ltd, formerly known as Sterling and Wilson Solar Limited, is a leading global EPC manufacturing company. They offer comprehensive solar engineering, procurement, and construction (EPC) solutions. The company provides services for large-scale solar power generation, floating solar installations, as well as hybrid systems and energy storage solutions. Their primary focus is on project design and engineering, encompassing all stages of project execution from conceptualization to commissioning. Presently, the ownership of the company rests with Reliance Groups.

Major Projects

375 MWp solar project in Anantapur, Andhra Pradesh

Two projects in Vietnam of 104 MWp and 168 MWp capacity each

Two projects in Chile with a capacity of 190 MWp and 170 MWp each

3. ReNew Energy

ReNew functions as an autonomous power generator. The company specializes in the production of renewable energy using solar and wind power. The company sells its electricity to state electricity boards and large industrial businesses in India. The company was established in 2011 and began operating in 2012 with its initial project in Jasdan, Gujarat, which has a production capacity of 25.20 MW. The capacity of ReNew exceeds 13.4 GW, with a commissioned capacity of 7.7 GW. The company aims to increase its portfolio of operational plants and ongoing projects to 10,000 MW within a span of five years.

Major Projects

Dogger Bank Wind Farm

Baltic Power Offshore Wind Farm

BP’s Morgan and Mona Offshore Project

Yellow Pine Solar Project

RWE’s Nordseecluster Wind Project

Conclusion

India is experiencing a significant increase in renewable energy, which is strengthening its global standing as a sustainable power leader. This article highlights the top 7 renewable energy firms, such as Adani Green Energy, TATA Power Solar Systems, and JSW Energy, which symbolize the country’s dedication to a more environmentally friendly future.

These companies demonstrate the potential and influence of India’s renewable energy sector by significant investments, innovative projects, and a shared objective of achieving energy independence. Amidst the global struggle with climate concerns, these leaders are not only transforming India’s energy sector but also making a substantial contribution to the worldwide effort towards a sustainable future.

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shijayprojects01 · 8 months ago

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Geophysics Services survey in Delhi provided by Shijay Projects

Shijay Projects India Private Limited offers shallow geophysical surveys, together with data processing, acquisition, and other related services provided to telecom, civil, infrastructure, and EPC organizations.

The following geophysics services survey in Delhi is another capability that Shijay Projects India Private Limited has developed:-

GROUND PENETRATING RADAR SURVEY - This geophysical locating method uses radio waves to scan objects below the surface without disturbing the surrounding soil. Metal, plastic, concrete, and other natural materials can all be identified and photographed by the Ground Penetrating Radar's signals.

TOPOGRAPHICAL SURVEY - It helps in taking measurements of horizontal lengths, elevation differences, and directions to determine the relative positions of points on the surface of the Globe. The topographic maps give the locations of places and their observable features which serve as base maps.

INDUCTION LOCATOR - When you cannot establish a direct connection with the utility, this is one of the best ways to have current flowing through the circuit. Energy from the transmitter's antenna is delivered to the underground utility using an inductive locating mechanism instead of a metal-to-metal connection.

ELECTRICAL RESISTIVITY SURVEY - A variety of techniques are employed in engineering geological studies and archaeological geophysics, including electrical resistance surveys. Electrical resistance meters are employed in this kind of survey to find and map subsurface archeological features and patterns.

GRAVITY AND MAGNETIC SURVEY - These are the techniques that are affordable for thoroughly inspecting both onshore and offshore portions of the Earth's surface prior to leasing. Determining the boundaries and extent of sedimentary basins as well as the internal distribution of structural highs and lows is their primary function.

MICROGRAVITY SURVEY - Subsurface cavities and variations in subsurface density are commonly found using microgravity surveys. Presenting this website as a helpful resource for prospective consumers, the Applied & Environmental Geophysics Research Group offers cutting-edge microgravity services.

GEODETIC SURVEY - An earth-curvature-based surveying technique to ascertain the relative locations of points on the planet's surface. In order to guarantee a cohesive result, all surveying and mapping operations are based on the common foundation of the three main types of geodetic networks: gravity, vertical, and horizontal.

METAL DETECTOR SURVEY - Surveys using metal detectors may be necessary as an assessment method, especially for locations that have been in combat. More and more planning authorities are requiring surveys before excavation projects that involve features and scanning of spoil heaps while excavation is underway.

CROSS HOLE/UPHOLE/DOWNHOLE SEISMIC SURVEY - In the area of boreholes, this type of survey measures rock velocities and geological limits. From a surface source to a receiver in the nearby borehole (Downhole Survey) or from a source in a different borehole (Crosshole Survey), compression and shear waves are communicated.

PASSIVE SEISMIC TOMOGRAPHY - It is a method for imaging the earth's subsurface that was created in the early 1980s by K. Aki and MIT students. Unlike standard active source acquisitions, which involve explosions or vibroseis, we use minor earthquakes for sources in PST.

REFRACTION MICRO-TREMOR - This technology measures the speed of shear waves, or ambient acoustic waves, that are present below the surface. This allows the technology to provide a reviewable image of the subsurface conditions. Geophones, or shear wave receivers, are positioned at various points above the region under investigation.

To finish this blog, we would say that Delhi's infrastructure includes a significant amount of geophysics services surveys. The geophysics services survey in Delhi is a crucial part of its infrastructure. Visit the website to avail all these services.

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businessresearchreportss · 9 months ago

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Key Players and Innovations in the North America Oil And Gas Projects Market

The North America oil and gas projects market encompasses a wide range of players, including oil and gas companies, engineering and construction firms, equipment suppliers, technology providers, and service companies.

For more sector insights on the North America oil and gas projects market, download a free sample report

Here are some key players and innovations shaping the industry:

ExxonMobil: ExxonMobil is one of the largest oil and gas companies globally, with significant operations across North America. The company is involved in exploration, production, refining, and marketing of petroleum products. ExxonMobil invests heavily in technology and innovation to enhance operational efficiency, improve reservoir management, and develop advanced drilling techniques.

Chevron Corporation: Chevron is another major player in the North America oil and gas market, with operations spanning upstream exploration and production, downstream refining and marketing, and midstream transportation and logistics. The company focuses on sustainable development and technological innovation to optimize production and reduce environmental impact.

Royal Dutch Shell: Shell is a leading integrated energy company with a diverse portfolio of oil, gas, and renewable energy assets in North America. The company is involved in upstream exploration and production, downstream refining and marketing, and new energy ventures such as biofuels, hydrogen, and electric vehicle charging infrastructure.

BP plc: BP is a global energy company with significant operations in North America, particularly in the Gulf of Mexico and onshore shale plays. The company is investing in digital technologies, artificial intelligence, and data analytics to improve safety, optimize production, and reduce carbon emissions across its operations.

Schlumberger Limited: Schlumberger is the world's largest oilfield services company, providing technology, equipment, and services to the upstream oil and gas industry. The company offers a wide range of solutions for reservoir characterization, drilling, production optimization, and digital transformation.

Halliburton Company: Halliburton is another major oilfield services provider, offering a comprehensive suite of products and services for upstream exploration and production. The company specializes in hydraulic fracturing, well construction, reservoir management, and production enhancement.

Baker Hughes: Baker Hughes is a leading oilfield technology company, providing equipment, services, and digital solutions to the oil and gas industry. The company focuses on innovation in areas such as drilling automation, well intervention, subsea production systems, and renewable energy integration.

TechnipFMC: TechnipFMC is a global leader in engineering, procurement, and construction (EPC) services for the oil and gas industry. The company specializes in offshore and subsea projects, floating production systems, LNG facilities, and refining and petrochemical plants.

Kiewit Corporation: Kiewit is a major engineering and construction firm with expertise in energy infrastructure projects, including oil and gas facilities, pipelines, LNG terminals, and petrochemical plants. The company is known for its capabilities in project management, construction execution, and safety performance.

Digitalization and Automation: One of the key innovations in the North America oil and gas projects market is the adoption of digital technologies and automation to improve efficiency, reduce costs, and enhance safety. Innovations such as digital twin simulations, predictive analytics, remote monitoring, and autonomous operations are transforming the way oil and gas projects are designed, constructed, and operated.

These key players and innovations play a critical role in driving growth, competitiveness, and sustainability in the North America oil and gas projects market. As the industry continues to evolve, companies will need to invest in technology, talent, and strategic partnerships to navigate changing market dynamics and capitalize on emerging opportunities.

#North America oil and gas projects market

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engineersindia · 1 year ago

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Why And When To Hire An EPC Consultant?

The ever-evolving complexities of the Oil and Gas industry demand expertise and precision during project execution. With numerous challenges such as cost control, schedule adherence, and quality assurance, organizations often find it beneficial to hire (Engineering, Procurement, and Construction) EPC consultants in India. These professionals bring a wealth of experience, technical know-how, and industry insights to the table. Here in this blog post, we will explore what is EPC consultant and the reasons why and when hiring an EPC consultant can greatly enhance project outcomes in the Oil and Gas sector.

What is EPC Consultant?

An EPC consultant, also known as an Engineering, Procurement, and Construction consultant, is a professional or consulting firm that provides specialized expertise and services in the field of large-scale infrastructure projects. EPC consultants play a crucial role in the planning, design, and execution phases of such projects.

Here’s a breakdown of the three main components of the EPC consultant’s role:

Engineering: EPC consultants offer engineering expertise in various disciplines, including civil, electrical, mechanical, and structural engineering. They contribute to the project by designing the infrastructure, creating detailed engineering drawings, performing feasibility studies, and ensuring compliance with regulations and standards.

Procurement: EPC consultants assist in the procurement process, which involves sourcing and acquiring the necessary materials, equipment, and services for the project. They develop procurement strategies, prepare specifications and contracts, evaluate bids from suppliers, and manage the supply chain to ensure timely delivery of resources.

Construction: EPC consultants provide oversight and management during the project’s construction phase. They supervise construction activities, monitor progress, coordinate with contractors and subcontractors, perform quality control inspections, and ensure that the construction work aligns with the approved design and specifications.

Why Choose EPC Consultant?

Nearly every local builder is in close alliance with an EPC consultancy. They can examine your project from all angles in this way and select the contractor that best meets your demands and standards. Discover why hiring an energy consultant is a wonderful investment for your company by reading the reasons below:

· Expertise in Industry-Specific Regulations:

The Oil and Gas industry operates within a highly regulated environment. EPC consultants possess in-depth knowledge of industry-specific regulations, standards, and compliance requirements. They stay updated with the latest changes and help navigate through the complex legal landscape, ensuring that projects remain compliant and avoid unnecessary penalties or delays. From environmental regulations to safety protocols, EPC consultants provide valuable guidance and ensure adherence to industry best practices.

· Specialized Technical Knowledge:

EPC consultants bring specialized technical knowledge to the table, acquired through years of hands-on experience. In the Oil and Gas industry, where each project has unique requirements, having consultants with extensive knowledge can prove invaluable. These professionals possess expertise in various areas, such as process engineering, construction management, and procurement strategies. They understand the complexities of oil and gas infrastructure, including pipelines, refineries, storage facilities, and offshore installations. By leveraging their expertise, EPC consultants can help streamline project execution, mitigate risks, and optimize resource utilization.

· Cost and Schedule Control:

· Supplier and Contractor Management:

The Oil and Gas industry relies on an extensive network of suppliers, contractors, and vendors. Managing these relationships efficiently is critical to project success. EPC consultants excel in supplier and contractor management, ensuring the selection of qualified partners, negotiating contracts, and monitoring performance. They thoroughly understand procurement strategies, supply chain management, and quality control, enabling them to identify suitable suppliers and contractors for each project. By maintaining effective communication and fostering strong partnerships, EPC consultants contribute to the seamless execution of projects.

· Risk Mitigation and HSE Compliance:

Risk management and compliance with Health, Safety, and Environment (HSE) standards are paramount in the Oil and Gas industry. EPC consultants possess a deep understanding of risk assessment techniques and HSE regulations. They conduct comprehensive risk assessments, develop robust mitigation strategies, and ensure that projects meet all necessary safety guidelines. By prioritizing the health and well-being of the workforce and protecting the environment, EPC consultants contribute to safe and sustainable project execution.

In conclusion, in the dynamic and demanding world of the Oil and Gas industry, hiring EPC consultants in India can prove to be a strategic decision. Their expertise in industry-specific regulations, specialized technical knowledge, cost and schedule control, supplier and contractor management, risk mitigation, and HSE compliance can significantly enhance project outcomes. By collaborating with EPC consultants, organizations can overcome challenges, minimize risks, and achieve successful project execution. EPC in Oil and Gas industry is a prime example of an industry where the expertise and guidance of EPC consultants can unlock success and ensure long-term profitability. Choosing EIL as your EPC (Engineering, Procurement, and Construction), consultant offers a multitude of advantages. With decades of experience, EIL provides comprehensive expertise in project management, engineering, and procurement, ensuring seamless execution from conception to completion. Our commitment to quality, cost-effectiveness, and timely delivery, combined with a client-centric approach, makes EIL the ideal choice for reliable and efficient EPC consulting services.

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hbsmanpowerconsultancy · 1 year ago

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Engineering Staffing Agency in India

Looking for best engineers?

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fodetion · 2 years ago

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(12) Turnkey Consultants & Solutions

(A) Project Consultants…………….

Amusement Park Consultant

Bakery Consultancy Service

CDM Consultancy

Engineering Consulting

Facility Management Consulting

Hospitals Project Consultants

Hotel Management Consultancy

Industrial project consultants

Process Engineering Service

Project Designers Services

Project Feasibility Studies

Project Report Services

Railway Consultancy Services

Turnkey Project Consultants

(B) Project Management……………

Abad Project Management Services

Application Portfolio Management Services

Build-Operate-Transfer Services

Collaborative Project Management

College Project Reports

Construction Management Services

Construction Project Management

Electrical Management Service

Electrification Service

Electronic Project Reports

Engineering Project

External Electrification Works

GAP Analysis Services

Highway Construction Survey

Industrial Project Management

Infrastructure Project Management Service

IT Project Management

Lab Management Services

Material Management Solution

Offshore Project Management

Power Trading Service

Project Consultants

Project Handling Services

Project Implementation Services

Project Management

Project Management Outsourcing Services

SLA Management Service

Technical Management Services

(C.) Engineering Project…………..

Analysis Reports Services

Brand Market Research

Chartered Engineer

Consumer Research Services

Hydro Power Project

Mechanical Project Works

Pre Bid Engineering

Solar Energy Projects

Technical Specification Services

(D) Industrial project consultants…………….

Cement Plant Consultants

Chemical Consultant

Detergent Formulation Consulting

Electrical Project Consultants

Energy Project Consultancy Services

Foundry Consultants

Industrial Consultants

Industrial Safety Consultant

Instrumentation Projects Consultancy

Petrochemical Industry Consultancy Services

Pharma Project Consultants

Plant Setup Consultation Services

Power Project Consultancy Services

Rolling Mill Consultant

Steel Plant Consultant

Wind Energy Project

Wind Energy Solutions

(E) Project Feasibility Studies…………

Advertising Market Research

Advertising Research Service

B2B Industrial Research

B2B Research Service

Customized Project Reports

Depth Interviews Service

Financial Feasibility Analysis

Industrial Project Reports

Market Feedback Services

Market Penetration Services

Market Research Outsourcing

Market Research Service

Online Market Research Services

Power System Studies

Primary Research Services

Project Analysis Services

Project Cost Control

Project Estimation Services

Qualitative Research Services

Quantitative Market Research

Rate Analysis Services

Retail Market Research

Rural Market Research Services

Rural Research Service

Secondary Research Service

Technical Feasibility Studies

Techno Economic Feasibility Studies

(F) Turnkey Projects…………………..

Agricultural Projects

Cleanroom Projects

Coating Turnkey Projects

Electric Substation Turnkey Projects

Financial Market Research

Powder Coating Turnkey Projects

Turnkey Automation Service

Turnkey Design Services

Turnkey Electrical Projects

Turnkey Manufacturing Services

Turnkey Mineral Water Project

Turnkey Project Fabrication Services

(G) Turnkey Solutions…………

Electrical Turnkey Solution

Technology Solution Provider

Turnkey EPC Solutions

Turnkey Projects

Water Management Solution

(H) Project Handling Services………….

Project Contracting Services

Project Evaluation Services

Project Execution

Project Monitoring Services

Project Work Scheduling

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jayu123-me · 3 years ago

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GSA Electricity Transmission & Distribution EPC Market Trends, 2030

GSA Electricity Transmission & Distribution EPC Market: Introduction

The electricity transmission & distribution EPC market in Germany, Switzerland, and Austria (GSA) was valued at US$ 380.9 Bn in 2019 and is anticipated to expand at a CAGR of 3.5% during the forecast period. In terms of voltage, the low segment accounted for a major share of the electricity transmission & distribution EPC market in GSA in 2019. Increase in demand for electricity in residential and small commercial establishments is a key factor driving investments in development of low voltage distribution lines. In terms of installation, the underground segment held a significant share of the electricity transmission & distribution EPC market in GSA in 2019. The introduction of several projects by transmission system operators to build an underground HVDC transmission line in offshore areas is boosting investments in development of underground lines. Based on service, the procurement segment of the electricity transmission & distribution EPC market in GSA is anticipated to expand at a rapid pace during the forecast period.

Major Drivers of GSA Electricity Transmission & Distribution EPC Market

The adoption of renewable energy has been increasing significantly since the last few years due to rise in efforts toward de-carbonization of the energy sector through scaling up of renewable capacity and progressive decommissioning of conventional plants. According to Enerdata, the share of renewable energy sources (including hydropower) in electricity production stood at almost 26% in 2018, an increase of nearly 1% over that in 2000 in the European Union. The rise in adoption rate of renewable resources has led to fluctuation in electricity output. This has resulted in increased concerns about grid stability. Significant investment is required in T&D infrastructure to ensure grid stability.

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Electricity transmission & distribution EPC plays a key role in the development of T&D infrastructure. An electricity transmission & distribution EPC contractor provides engineering design and procures equipment, thus offering functioning product for the client’s asset. The growth in investment in development of transmission & distribution infrastructure due to rise in adoption of renewable energy is estimated to augment the electricity transmission & distribution EPC market in GSA during the forecast period.

Prominent Contracts and Acquisitions in GSA Electricity Transmission & Distribution EPC Market

In July 2020, General Electric won a contract from RWE for the construction of the high voltage direct current (HVDC) electrical transmission system for the 1.4GW Sofia offshore wind farm to be located 195km in the English North Sea.

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The consortium of GE Renewable Energy’s Grid Solutions and Sembcorp Marine is estimated to supply and construct the HVDC system for Sofia, a prominent global offshore wind farm. In November 2015, Renewable Energy Systems Ltd. (RES) acquired the assets of System 3 Inc. based in California, the U.S. System 3 Inc. specializes in the construction of substations and transmission lines. The acquisition enabled Renewable Energy Systems Ltd. to consolidate its market share and diversify its services into utility infrastructure and transmission construction.

Germany Leads GSA Electricity Transmission & Distribution EPC Market

Germany dominated the electricity transmission & distribution EPC market in GSA in 2019. The dominance of Germany in the electricity transmission & distribution EPC market in GSA can be ascribed to increase in investments in development of offshore wind power projects. The electricity transmission & distribution EPC market in Switzerland is anticipated to expand during the forecast period, owing to the increase in investments in refurbishment and replacement of aging electrical grid infrastructure.

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The electricity transmission & distribution EPC market in Austria is likely to expand at a moderate pace during the forecast period.

The introduction of planned investment in development of transmission grid infrastructure to maintain grid security is a key factor driving the electricity transmission & distribution EPC market in the country.

Competition Landscape of GSA Electricity Transmission & Distribution EPC Market

The electricity transmission & distribution EPC market in GSA is dominated by several local and national players. Thus, the electricity transmission & distribution EPC market is fragmented.

Prominent players operating in the electricity transmission & distribution EPC market in GSA include ARTECHE, Fluor Corporation, Europower Energie B.V., Eltel Networks, GOPA-International Energy Consultants GmbH, GENERAL ELECTRIC, Renewable Energy System Limited, Bechtel Corporation, Nuberg, EPC Solutions, IFM – Internationale Freileitungsmontage A.S., STEAG GMBH, and ZTT.

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mtamar2020 · 3 years ago

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Commissioning Division Manager EPC

Job title: Commissioning Division Manager EPC Company: IRM Offshore Services Job description: Project Controls Division Manager, including actions and mitigations as applicable. Provide leadership to his team to drive… technical issues, changes in the work, delays and potential claims from the EPC-1 Contractor to the EPC-1 Project Manager… Expected salary: Location: Doha, Qatar Job date: Tue, 25…

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market-research-updates · 3 years ago

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E-House Market Growth Analysis By Size, Share, News, Demand, Opportunity During 2020-2025

The E-House market is expected to reach a CAGR of 6.5% during the forecast period of 2020 and 2025. E-house is customized pre-assembled and pre-tested modular power substations. By adding more intelligence to e-houses, it consolidates electrical and process control systems into one solution. Today more EPCs (Engineering, Procurement, and Construction) are using an intelligent packaged power system and expected that during the forecasted period, it supports the market growth. It can further help to reduce the design time and costs. Further, a unified system allows a transition from hard-wired to a networked approach with a reduction in material, labor, and documentation costs. It also supports end-user by one system for control, visualization, archiving, and reporting, which allow them to access real-time data from intelligent electrical devices to help operations and maintenance personnel make smarter faster decisions. - Adoption in the replacement of SF6 to lower environmental impact is driving the market. For decades, the unique properties of SF6 (Sulfur Hexafluoride) have made it popular as insulation and switching medium for electrical switchgear in e-house. However, SF6 is greenhouse gas, and its life-cycle management costs are incurred, particularly when the decommissioning of aging substations is on the rise. In recent years, ABB has been conducting research for alternatives with lower environmental impact with arc interruption and insulation properties similar to SF6. This mission has now been executed, and the world’s first gas-insulated switchgear (GIS) pilot installation to use a new gas mixture has recently been commissioned in Switzerland.

Click Here to Download Sample Report >> https://www.sdki.jp/sample-request-85984 - Further global manufacturers of medium-voltage switchgear are now seeing increased exposure to product stewardship requirements as a part of new equipment purchase contracts. Product stewardship is loosely defined as an elemenSF6t of Environmental, Health, and Safety (EHS), which includes a product-centered approach to environmental protection focusing on reducing the environmental impacts of products. These all factors support the drawback of SF6, and introducing new alternatives further helps to grow the demand of e-house in the market. - The digitalization of e-house is driving the market. The digital revolution is in progress and has already taken great steps in the energy segment, and it’s bringing immense opportunities and benefits. The impact of digitalization on electrical distribution is intended to improve operations and increase flexibility throughout the power value chain, from generation to customer relationship management. Already today, installing digital switchgear contributes greatly to increasing operation efficiency by optimizing switchgear footprint in the substation room and by using the energy efficiently for switchgear operation.

- For instance, in medium-voltage switchgear at 11 kV consisting of 30 panels, the width can be reduced by approx. 7% and switchgear energy consumption can be reduced by approx 300MWh during its lifetime. Today governments and regulatory bodies encourage smarter measuring systems and greener standards for generation and consumption and to use resources in a more efficient way. These initiatives create a demand for smarter distribution equipment such as digital switchgear, which assists in the growth of the market. ABB AbilityTM platform not only gives the possibility to link separate e-houses worldwide but also to gather data and conduct detailed, performance-enhancing analytics. - However, the impact of COVD-19 affected e-house market growth. The COVID-19 pandemic has shattered oil demand, sunk prices, and is posing a significant risk for those involved in oil extraction and processing. The disruption to Chinese oil has affected around the world. In February, the IEA noted demand had fallen by 435,000 barrels per day (BPD) in the first quarter of this year alone, which is the first quarterly contraction in demand in more than a decade. With the industry shut down and no new industry expansion and development, the demand for e-house has shattered significantly. - However, OPEC+ agreed to curtail oil production by approximately 10.0% (9.7 million barrel/day) by May 1. Further, the tight working conditions of mining facilities means workers are at the greatest immediate risk, and mining operations around the world have been placed into shutdown. For instance, South Africa’s platinum mines have been idled for the past three weeks since the last week of March 2019. Such instances highly affect the demand for mobile substation e-house. However, the Government of South Africa has agreed to allow the mining sector to operate at up to 50% of its production capacity during the nationwide lockdown, which can significantly cater to the demand. Key Market Trends Upstream Sector in Oil and Gas to Witness Significant Share - The exploitation of shale reserve has led to an increase in demand for energy and power services. According to IEA, the global gas demand is expected to grow by 1.6% a year for the next five years, with consumption reaching almost 4,000 billion cubic meters (bcm) by 2022, up from 3,630 bcm in 2016. China will account for 40% of this growth. Hence, the upstream segment is expected to be one of the largest segment for the e-house market. - Traditionally, players in the oil and gas industry obtain their switchgear, drives, and automation systems from multiple electrical equipment suppliers and obtain their electrical houses through fabricators. But the demand to reduce risk, costs, and delivery time has steered the industry away from this practice, and the part of CAPEX in the upstream sector is contributed to the e-house. - There is a clear trend towards consigning an integrated, installed, and pre-commissioned electrical and automation system together with the complete electrical house through various players. For instance, in June 2019, a multi-level E-house designed, engineered, and manufactured by Shaw Controls has been supplied as a fit-for-purpose solution at a South African port. - The solution comprises five modules: three at ground level, with two above. The substantial structure, including all electrical substation equipment, weighs approximately 90 tonnes. Further, an additional E-house comprising one module for a separate LV substation has also been supplied. - Further players such as Enexis announced to deploy eleven e-house substations in the northern Netherlands, where grid capacity for large scale clean energy projects, including oil and gas projects, is limited. The company said it would invest EUR 43 million in the plan to speed up the energy transition. - Further new construction projects for oil and gas are investing in the e-house deployment, which adds to the growth of the market. For instance, Petrobras announced they are developing a new natural gas processing plant in the site of its Rio de Janeiro Petrochemical Complex (Comperj) in Rio de Janeiro, Brazil. The plant, known as UPGN, is a part of the Rota 3 or Route 3 pipeline project and will be the largest of its type in the country. - It is estimated to cost around USD 600 million, where the plant will also be equipped with two processing trains. It will feature a customized e-house electrical solution, which will be the largest in Latin America. The e-house will be a modular outdoor enclosure covering an area of 800m². It will house electrical equipment, including transformers, switchboards, voltage panels, and bus ducts. The solution will connect all the electrical equipment involved in providing power, protection, and distribution, and reduce the risk of outages.

Click Here to Download Sample Report >> https://www.sdki.jp/sample-request-85984

North America Accounts to Hold Significant Market Share - North America is accounted for to hold a significant market share. With increasing industrial units in oil and gas, mining, etc., and further with the residing of global players such as ABB Ltd, Siemens AG, etc., the market tends to grow significantly. - Canada is one of the largest producers of oil and gas in the world. Their oil and gas industry plays an important role in the country’s economy. Oil sands remain its primary source of hydrocarbon production, comprising over 90% of the country's total oil reserves. As per the Canadian Association of Petroleum Producers (CAPP), the oil production in the country is expected to reach 5.4 billion bbl/d in 2030, and oil sands are expected to account for 70.7% of the total production. This caters to the demand of e-house during the forecasted period. - Further, according to the US Geological Survey, the capacity utilization of the United States mining industry is gradually increasing since 2016. In 2019, capacity utilization increased to 91%. ABB provides pre-fabricated containerized e-houses for mining applications. The e-house can also be installed close to the main loads, which reduces the power and control cable size and length. Its ABB's MineOptimize e-house solution can lead to cost savings upto 40%. - Further, utilities provide the public with essential commodities or services such as power, water, and natural gas. The number of electric utility companies operates in the United States country is estimated at over 3,300, with around 200 of them providing power to the majority of users. Further applications in an internal and external lighting system, fire suppression system, Heating, ventilation, and air-conditioning (HVAC) drives the growth of e-house in the United States. - Furthermore, Huge shale gas development across North America and offshore deepwater exploration and production activities were the hallmarks of the oil & gas industry in the past decade owing to advancements in technologies. However, the crude oil price plunge has impacted this industry in the past few years, and its trading way below its all-time high. FPSO/FSO and wellhead platform for offshore production and refining complexes require an integrated electrical solution, which led the oil & gas industry for the demand of an e-house solution. Competitive Landscape The e-house market is fragmented in nature due to a greater number of companies offering an e-house solution. Further, with the current presence of numerous international and regional players, they are offering innovative solutions to save the energy in industrial units with other functionality that results in a highly competitive market environment. Key players are ABB Ltd, Siemens AG. Recent developments in the market are - - February 2020 - GE Power successfully delivered an e-house and VSDS to the petrochemical plant controlled by Shell Nederland Chemie B.V. GE’s VSDS encompasses high-speed induction motor and variable speed drive, steadily reaching over approximately 90% energy efficiency for the compressor train. Reasons to Purchase this report: - The market estimate (ME) sheet in Excel format - 3 months of analyst support

For more information, please contact:

Hina Miyazu

Shibuya Data Count Email: [email protected] Tel: + 81 3 45720790

Related Links https://www.sdki.jp/

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marketnewsstudy · 4 years ago

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Global GSA Electricity Transmission and Distribution EPC Market - Analysis and Forecast (2020–2025)

The GSA electricity transmission and distribution EPC market was valued at USD 396.3 billion in 2020 and is expected to reach USD 471.7 billion by 2025, growing at a CAGR of 3.5%.

In the growth of T&D networks, electricity transmission & distribution EPC plays a key role. EPC's electricity transmission & dealer designs and procures equipment and provides the customers with a working product. The increase in investment in transmission & distribution infrastructure growth because of the rise in renewable energy usage in the GSA transmission & distribution market is expected to increase during the forecast period.

For Free Sample Report- https://www.vynzresearch.com/semiconductor-electronics/gsa-electricity-transmission-and-distribution-epc-market/request-sample

Market Segmentation

By Voltage

- Low (200 V or 400 V)

- Medium (6kV-60kV)

- High (60kV – 110kV)

- Extra-High (110kV – 380kV)

- Ultra-high (Above 380kV)

The low segment represented a major share of GSA's electricity transmission and distribution EPC market in 2019 about voltage. Increased demand for electricity is a key factor in investments in building low voltage distribution lines in residential and small business establishments.

By Installation

- Overhead

- Underground

The underground sector kept an important part of the electricity transmission & distribution EPC market for GSA in 2019 about its installation. The implementation by transmission system operators of several projects to construct an underground HVDC transmission line in offshore areas increases investments in underground lines growth.

By Service

- Engineering

- Procurement

- Construction

Based on operation, GSA's EPC business procurement segment is expected to grow at a speedy speed during the projected period.

In the Austrian electrical transmission and distribution EPC industry, software companies are stepping up to assist producers in the procurement of projects. For example, ReqPOOL, a leading software management consulting company in Germany, partners with Austrian Power Grid AG, to efficiently manage the maintenance and technical services for electrical generation by electricity producers and distribution systems operators. Key innovations in the GSA electricity transmission & distribution EPC sector led to the rapid growth in sales, where the market is expected to reach USD 546.5 billion by 2030.

For the expansion of the energy grid, sophisticated software systems help to control workers, manage schedules, and address bottlenecks. These systems track failures and energy fluctuations in the grid, thereby making day-to-day business more professional by using actionable data.

By Region

- Germany

- Switzerland

- Austria

In 2019, the power transmission & distribution EPC market in GSA was dominated by Germany. Germany can be attributed to a rise in investments for the construction of offshore wind power projects in the EPC transmission & distribution sector in GSA. Due to the growing investment in the renovation and replacement of aging power grid infrastructure, the EPC transmission & distribution market in Switzerland is expected to rise during the forecast period. In Austria, there is a risk that the EPC demand for electricity transmission & distribution in the forecast period will rise moderately.

A key factor driving the EPC electricity transmission and distribution market in the country is the implementation of the proposed investment in the construction of grid transport infrastructure for maintaining grid security.

Competitive Landscape and Key Players in the Market

With the involvement of many players operating at local as well as domestic levels, the GSA electricity transmission, and distribution EPC sector:

- ARTICLE

- Fluor Corporation

- Europower Energie B.V

- Eltel Networks

- GOPA – International Energy Consultants GmbH

- GENERAL ELECTRIC

- Renewable Energy System Limited

- Bechtel Corporation

- Nuberg

- EPC Solutions

- IFM – Internationale Freileitungsmontage A.S

- STEAG GMBH

- ZTT

For Customization Request - https://www.vynzresearch.com/semiconductor-electronics/gsa-electricity-transmission-and-distribution-epc-market/customize-report

VynZ Research

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VynZ Research is a global market research firm offering research, analytics, and consulting services on business strategies. We have a recognized trajectory record and our research database is used by many renowned companies and institutions in the world to strategize and revolutionize business opportunities. The company focuses on providing valuable insights on various technology verticals such as Chemicals, Automotive, Transportation, Energy, Consumer Durables, Healthcare, ICT, and other emerging technologies. READ MORE…

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minimac-mspl · 4 years ago

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Market served by Minimac Systems Pvt Ltd

It has been seen that 80% premature machine failure is due to lube oil contamination. Many people believe that replacing contaminated oil with new oil can help solve machine failure. But is that completely true?

As per the international standards like NAS/ISO, new oil is not completely clean. Some of the main reasons behind that could be poor storage practices or lubrication packaging.

If you remove the contaminated oil from the system, impurities still remain in the system until they are flushed. Introducing new oil in the system without cleaning the system leads to contamination of the new oil leading to no change in the premature breakdown situation.

Oil and Gas Sector -

Our range of products and services can be applied to the upstream, midstream, and downstream markets and are used onshore and offshore in almost every oil and gas producing area of the world.

The 3 different sectors of oil and gas sectors are as follows -

1. Upstream Filtration: The upstream part of the oil and gas business comprises production facilities. All offshore and onshore rigs where crude oil, well fluid, or gas is being pumped out of the earth and brought to the surface. Here there are multiple equipment mounted on the rig itself, in order to maintain the lubrication and hydraulic system of the equipment, Minimac’s flushing systems are used.

2. Midstream Filtration: It is essential for the removal of solid contaminants prior to pipeline transportation. Timely execution of Oil Flushing and Chemical Cleaning leads to the removal of combustible and corrosive substances from pipelines and other industrial machines.

Our flushing and filtration technologies deliver a complete solution that enhances the overall performance with lower operating costs.

Check out our video to know more about our flushing skids.

3. Downstream Filtration: Refineries and petrochemical plants. Refineries have rotary equipment where lubrication plays an important part and as per API 614 standard (ISO 4406) clearly states that oil cleanliness should be up to a level of ISO 16/14/12 and hence the users of oil & gas must comply with this standard. The Petrochemical industry has a wide variety of hydraulic and lubrication systems. Hydraulic fluid should be physically clean, as determined by the number and size of particles suspended in the oil (refer to ISO 4406 cleanliness codes for details). Foreign matter can contaminate the system and incur huge losses not only in terms of finances but also in productivity and efficiency of the equipment affecting the overall production capacity negatively.

Power Generation Sector -

Our products are used in plants that generate power from fossil, nuclear, and renewable sources to increase their efficiency. Equipment such as Low Vacuum Dehydration System, Electrostatic Lube Cleaner and Coalescer Separator System maintains clean oil and fluids consistently, reliably, and economically. We provide oil purification systems, filters, skids, and testing equipment to maintain oil in hydraulic systems, lubrication systems, pulverizes, steam turbines, power transformers, and turbine control systems, and other power generation equipment.

Maintaining power plant efficiency can be difficult; operating conditions for hydraulics and other fluid systems in power stations are harsh. Contamination, dust, and moisture in pulverizes have a serious negative impact on gear oil. Oil undergoes rapid oxidation and induces corrosion of bearings due to water and contamination. The insulation efficiency of transformer oil is reduced due to water and gases present in it.

Not only do we help maintain the efficiency of power plants but also help you accelerate machine reliability efficiency, and power output while reducing the power outage occurrence and maintenance cost.

A common challenge of how to minimize maintenance costs & maximize performance while improving the longevity of components is solved by the products based on advanced technologies..

EPC, OEM & PPS Service Providers -

Apart from being just an OEM of chemical cleaning, oil flushing, and purification skids, we work closely with EPC companies, PPS contractors & service providers.

We regularly offer services like equipment rentals, technical consultancy, and manpower support.

Metal -

We are a leading provider of filters and oil purification systems for the metal industry (especially steel).

The steel manufacturing industry is continually challenged with keeping the oil clean due to the nature of the extreme environment they operate in. Our oil purification systems protect hydraulic equipment, pump, quench tanks, nozzles from early wear & tear.

We are experts in oil purification for the steel industry by delivering customized, reliable, and cost-efficient products.

Are you experiencing sub-optimal results after changing the filters? If yes, then You might want to check out our article by clicking here.

Cement -

Operating conditions in cement production plants are tough. Machinery such as rotary kilns, mills, roller presses, and crushers are incessantly subject to wear due to round-the-clock production.

Selecting the right oil purification solutions at the right time is important as a delay in it may lead to premature failure of a component and in the worst-case production stoppage entailing high maintenance costs.

With our customized oil filtration system, one can extend the life and availability of your machinery.

Can contamination be seen with the naked eye? Read more.

Paper, Plastic & Cotton -

The pulp and paper industry continues to advance with better paper machines, increasing the demand for lubrication equipment. The industry needs a comprehensive approach to asset protection and process optimization. Minimac meets the challenges of the paper, plastic, rubber, and cotton industry by providing equipment based on advanced technology.

Moisture and solid particle contamination are common in turbine oil reservoirs. In harsh environments, lubricants must be kept clean and moisture-free in order to prevent costly downtime. Minimac has demonstrated proven performance and offers a reliable and cost-efficient solution to the continuous purification of lubricants.

Plastic products are manufactured where plastic granules are fed in machinery through various processes such as injection moulding machine, blow moulding machine, roto moulding machine, and extrusion moulding machine. Our applicability is in injection moulding machines. A plastic injection moulding facility experiences equipment failures due to hydraulic fluid contamination. The failures affect their budget with the unexpected loss of productivity, increased maintenance hours, and replacement parts.

We reduce the particulate contamination in the hydraulic oil and the occurrences of equipment malfunctions by providing cost-efficient oil purification systems.

To read our case studies and articles, visit us.

Metal Processing -

We can help you reduce downtime and extend machinery life, through effective and reliable oil purification systems.

Minimac has developed premium lubricating oil purification systems that deliver enhanced filtration effectiveness and reliability resulting in reduced maintenance frequency for improved overall performance. We offer specific lube oil filtration systems for metal forming processes such as pressing, forging, die-casting, foundry, rolling, contributing to your profitability.

Where metal is forged, bent, or punched, a lubricant is normally required. Over the time, quality of the oil deteriorates and removal/separation of foreign particles or moisture present in the oil becomes necessary. Minimac OPS thus enables more profitable processes.

You can achieve reliability through oil reclamation. Watch out how you can do the same.

Chemical & Fertilizers -

Minimac's oil purification systems cater to all segments of the chemical & fertilizer industries. The production process in the chemical industry is exposed to extreme conditions like high pressure, high temperatures, and disruptive agents. If the quality of the oil used in the machinery isn’t protected, it will have a cascading effect not only on the equipment but also increase the maintenance cost.

We provide customized oil purification systems which increase the machine availability as well as the efficiency of the plant.

Research and development on technology and products have always been the key reason to keep the Minimac products a step ahead of its competitors in the market.

Mining & Construction -

This industry works majorly on equipment which is known as HEMM - Heavy Earth Moving Machines. The basic task of this machine is to extract the ore. Shovels, excavators, dozers, dumpers, backhoes, etc. are some of the equipment used for the same purpose.

These machines use high-pressure hydraulics and they work on super clean oil for better functionality. Super clean oil is the highest level of oil purity. If SCO’s purity deteriorates, the machines are affected negatively.

So we provide cost-efficient solutions for lube and hydraulic oil purification, thereby increasing machine efficiency and overall business performance. Machines like oil filtration systems, oil dehydration systems, flushing systems, etc. find major applicability in this sector.

Automobile & Parts -

High-quality standards and tight production deadlines leave no room for errors in the manufacturing process.

Our oil purification systems can help maximize production and increase plant efficiency. Presses, robots, torque wrenches, injection moulding machines, extruders, conveyor belts, CNC machine tools, casting machines, drills, punches, upsetting machines, etc. are some of the equipment used for the manufacturing of automobile & parts.

The improvement in engine technology and manufacturing techniques have resulted in the tightening of tolerances on machine parts. This has enhanced the need for filtration solutions to remove solid particles and moisture present in lubricating fluids.

Short tool life can be avoided by employing Minimac’s cost-efficient oil purification systems.

Marine -

The marine environment is precious and should be treated with respect and care. Reliable equipment operation at sea is extremely important.

The ships use hydraulic systems for steering, locomotion, etc. for better movement. Marine conditions are extremely tough on onshore and offshore equipment like ships, submarines, different types of cranes, reach stackers, crawlers, wheel loaders, unloaders, automated guided vehicles, link spans, etc. This equipment uses a heavy hydraulic system which requires a high flow of clean oil for the smooth working of the machines.

By selecting the right oil purification system, the trouble-free operation can be achieved. We not only help you in efficiency enhancement of the material handling equipment and reduce maintenance intervals but also in reducing risks resulting from leakages.

Engineering -

It is categorized into two main parts, namely, heavy engineering and light engineering.

There are, however, a number of sub-sectors within the engineering sector like iron and steel, other base metals and their products, mechanical machinery, electrical machinery, transport equipment (including automotive), instruments and appliances, time-measuring instruments, musical instruments, arms and ammunition, and furniture and related articles.

Minimac’s premium lubricating oil purification systems deliver enhanced filtration effectiveness and reliability resulting in reduced overall maintenance cost.

Railway -

High-quality standards and tight production deadlines leave no room for errors in the manufacturing process

Short tool life can be avoided by employing Minimac’s cost-efficient oil purification systems.

Defense & Space -

A critical job of the defense sector and its equipment is to deliver tactical supplies, equipment, and troops in any weather, environmental, and operating conditions.

Under defence there is the air force, navy, and army. All these sectors have a high use of multiple hydraulic systems which require clean oil for better functioning. Whether it is aircraft, ships, submarines, tankers, or air force stations (maintenance of aircraft), we are always there at the RIGHT TIME!

The equipment manufacturing department under defence is ordnance factories and R&D organizations like DRDO. The ordnance factories supply our armed forces with modern defence and battlefield equipment. This manufacturing process involves equipment with heavy hydraulic systems with clean oil. We have a dedicated applications team that provides cost-efficient solutions to help keep critical defence equipment running efficiently and reliably in the most demanding conditions.

The prime customers of ordnance factories in India are the Indian army, Indian navy, Indian air force, and the Indian coast guard. But apart from the armed forces, ordnance factories also supply weapons and bulletproof vehicles to police forces, parliamentary forces of India, and the special forces of India. In the civil sector, some of the customers of ordnance factories are the Indian railways, the Indian space research organization, and the department of telecommunications. Minimac is proud to have a presence through its range of offerings: oil purification systems, flushing systems, contracts & services.

We offer Equipment, Services, Consultancy and Awareness programs. If there is anything we can do to help you in this journey towards Lubrication Reliability, reach out to us > https://www.minimacsystems.com/

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hbsmanpowerconsultancy · 1 year ago

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saudigulfprojects · 4 years ago

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Projects awarded during February 2021 in Gulf Countries

Following are the major projects awarded during the month of February 2021 across gulf countries. The declared contracts values reaches approximately $4.5 billion. The projects covers the Renewable energy, Power, Water, Construction and Oil & Gas Sectors.

SWPC awards Yanbu-4 Water Transmission PPP Project

Saudi Water Partnership Company (SWPC) announced in a statement that it has signed agreement for the Water transmission pipeline project Yanbu-Rayis under Public-Private Partnership.

The Project has been awarded to the Yanbu-4 IWP consortium – France’s Engie and Saudi Arabia’s Mowah Company, NESMA (read more)

***

Siemens awarded $15million 380kV Reactors project in Saudi Arabia

Siemens Company Limited, Saudi Arabia signed an EPC contract for the Installation of 380kV reactors at Hail-3 Substation. The Project location is in Hail, Central region of Saudi Arabia.

The value of signed contract is SAR 57.3 million. (read more)

***

Halliburton awarded Digital Solutions contract from Kuwait Oil Company

US based Oil & Gas Service Provider, Halliburton Company announced in a statement that it was awarded a contract from Kuwait Oil Company (KOC) to collaborate on their digital transformation through the maintenance and expansion of digital solutions for KOC’s North Kuwait Project. (read more)

***

Al Bawani, Blumer Lehmann awarded key hotel contracts at TRSDC

The Red Sea Development Company (TRSDC), the developer behind the world’s most ambitious regenerative tourism project, announced in a statement that it has awarded contracts to Saudi company Al Bawani and Swiss firm Blumer Lehmann to support the development plans and structural work of its luxury hotels and resorts. (read more)

***

Petrofac awarded $300m contracts in Oman

Global Oil ang Gas provider, Petrofac announced in a statement that it has been awarded two contracts in Oman.

The Combined value of the contracts is around US$300 million. (read more)

***

Hitachi ABB awarded Qatar’s Solar PV Integration Contract

Hitachi ABB Power Grids announced in a statement that it has been awarded a major order that will help Qatar’s national grid increase the integration of renewable energy from the country’s first large-scale solar power generation project – the 800MW Al Kharsaah photovoltaic (PV) power plant. (read more)

***

Honeywell awarded automation contract of King Salman maritime complex

Honeywell announced in a statement that it has been awarded a major contract to supply connected control, telecommunications, safety and security systems for the King Salman International Complex for Maritime Industries and Services shipyard being developed by Aramco in Ras Al-Khair, Saudi Arabia. (read more)

***

Ernst & Young Consortium appointed for Kuwait’s IWPP advisory services

The Kuwait Authority for Partnership Projects (KAPP) announced in a statement that it was granted the approval of the State Audit Bureau of Kuwait to sign a contract for “Transaction Advisory Services for the Independent Water and Power Producers, IWPP in Kuwait”. (read more)

***

Majan Energy signed Exploration deal for Oman’s Habhab Ultra-Heavy Oilfield

The Ministry of Energy and Minerals, Oman signed a new Exploration and Production Sharing Agreement (EPSA) to develop Block 71, Habhab Ultra-Heavy Oilfield a stretch of 282 square kilometres.

The agreement signed with Oman’s Majan Energy. (read more)

***

Veolia awarded packaged biological wastewater treatment units in Kuwait

Veolia Water Technologies Gulf announced in a statement that it was awarded a contract by Mohammed Abdulmohsin Al-Kharafi & Sons (Al-Kharafi) to supply, supervise, install and commission 53 AnoxKaldnesMoving Bed Biofilm Reactor (MBBR) packaged sewage wastewater treatment plants in Kuwait. (read more)

***

Technip Energies and Chiyoda Awarded a Major LNG Contract

TechnipFMC announced in a statement that CTJV, a joint venture between Chiyoda Corporation (Chiyoda) and Technip Energies, has been awarded a major Engineering, Procurement, Construction and Commissioning (EPCC) contract by Qatar Petroleum for the onshore facilities of the North Field East Project (NFE).

As per the statement, the project value is more than $1 billion. (read more)

***

SepcoIII awarded EPC contract of Red Sea utilities Project

Saudi Arabia’s ACWA Power signed EPC Contract for Red Sea utilities and infrastructure project.

The project has been awarded to China based Construction firm, SepcoIII. Red Sea utility is the first to establish the public-private partnership (PPP) model in Saudi Arabia’s infrastructure construction. (read more)

***

Galfar Secured $176.8million contract from PAW Oman

Oman’s Galfar Engineering & Contracting SAOG announced in a statement that, it has awarded operation and maintenance contract in Oman.

The value of the contract is OMR 68million (USD 176,853,055). (read more)

***

Siemens awarded compressors contract in Saudi Arabia

Siemens Energy announced in a statement that it was selected to supply new electric motor driven compressors for Saudi Aramco’s Tanajib Plant facilities.

The company received the order from the Spanish engineering and construction company, Técnicas Reunidas, who was awarded the engineering, procurement, and construction (EPC) contract for the Marjan Onshore Packages 9 and 11 project last year. (read more)

***

ADNOC awards exploration block deal to Cosmo

The Abu Dhabi National Oil Company (ADNOC) announced in a statement that it has signed an exploration concession agreement, awarding the exploration rights for Abu Dhabi’s Offshore Block 4 .

The agreement signed with Cosmo E&P Albahriya Limited, a wholly-owned subsidiary of Japan’s Cosmo Energy Holdings Co., Ltd. (Cosmo). (read more)

***

Al-Ahleia awarded $46m contract for distribution substations

Al-Ahleia Switchgear Co. Kuwait signed an EPC contract for the Ring Main 11/0.433kV Distribution Substations.

The value of signed contract is KWD 13,944,000 (USD 46,006,437). (read more)

***

Oman’s Global Chemicals awarded $35.8m contract from PAW Oman

Oman’s Global Chemicals & Maintenance Systems LLC, a subsidiary of Barami Group announced in a statement that, it has awarded operation and maintenance contract in Oman.

The value of the contract is OMR 13.8million (USD 35,890,767). (read more)

***

Sapura energy awarded Saudi Aramco’s Oil field contract

Malaysia’s Sapura Energy Berhad (Sapura Energy) announced in a statement regarding the contract award from Saudi Arabian Oil Company (Saudi Aramco),

As per the statement, the awards include the Purchase Order 59 (CRPO 59) contract from Saudi Aramco, issued under a Long-Term Agreement (LTA) signed with the oil and gas producer.(read more)

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Hutchison Ports secured Jazan Port contract in Saudi Arabia

Hutchison Ports announced in a statement that it had signed an agreement to invest and operate Jazan City for Primary and Downstream Industries (JCPDI) port in Saudi Arabia.

The agreement signed with The Royal Commission in Jubail and Yanbu, represented by the Jubail and Yanbu Industrial Services Company. (read more)

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Elsewedy Electric awarded $53 million contract for Kuwait’s 400kV Transmission line

Elsewedy Electric announced in a statement that it has signed EPC contract for “Supply and Installation of 400kV Over Head Transmission line for Main Substation Boubyan (Z)”.

The value of signed contract is 16,158,883.500 KWD (1 KWD = 3.29055 USD).(read more)

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Arada awards $100m student housing complex to Intermass

Sharjah developer Arada announced in a statemetnt regarding the award of a contract to build “Nest”, an integrated student housing complex based at its Sharjah megaproject Aljada.

The Project has been awarded to local firm, Intermass Engineering and Contracting Company. The value of signed contract is AED 367 million. (read more)

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Kalpataru Bin Omairah awarded Jafurah Gas Plant 230 kV OHTL

JV of Kalpataru Power Transmission Limited (Kalpataru), India and Bin Omairah, Saudi Arabia signs a contract with Saudi Electricity Company (SEC) for the Construction of 230kV Overhead Transmission line (OHTL) for Jafurah Gas Plant.

The value of signed contract is SAR 116,872,202 (USD 31,165,920) (read more)

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Oman signed a deal for sohar port expansion study

Oman’s SOHAR Port and Freezone signed a Development Agreement with Hutchison Ports Sohar to conduct a study for Sohar Port expansion.

As per the statement, the agreement will see a joint Feasibility Study conducted for the expansion of SOHAR Port alongside the addition of a new container terminal capable of receiving mega-vessels. (read more)

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Contractor appointed for Majid Al Futtaim’s Tilal Al Ghaf

Majid Al Futtaim awarded construction contract of Phases 1, 2 and 3 Elan neighbourhood at Tilal Al Ghaf, the landmark lifestyle destination.

The Project has been awarded to local firm UNEC. The total value of the contract is AED 583 million (USD 158,747,447). (read more)

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China’s Gezhouba awarded $100m housing project in Saudi Arabia

China Energy Construction Gezhouba International Corporation announced in a statement that it has awarded the Al Khamis Garden housing project located in Khamis City, Abha Province, southwestern Saudi Arabia.

The Project was awarded by Saudi real estate developer, El-Safwa Buildings Company Ltd. The value of signed contract is USD100 million. (read more)

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Al Sharif awarded $52.7million Saad Solar PV 380/132kV Substation

Al Sharif Group for Contracting signed a EPC contract for the Construction of Saad Solar PV 380/132kV Substation. The Project location is in Saad, around 85km from Riyadh.

The value of signed contract is SAR 197.7 million (USD 52.7 million). (read more)

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Fichtner appointed as consultant for Saudi Arabia’s Taiba and Qassim IPP

Fichtner GmbH and Co. and (KG) appointed as Technical Consultant for Saudi Electricity Company (SEC)’s two large gas-fired independent power producer (IPP) projects, which will be located in Taiba and Al-Qassim.

The projects are both scheduled to have a capacity of 3.5GW. (read more)

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CEBARCO awarded $22.9m New System Control Centre Building works

Electricity & Water Authority (EWA), Bahrain awarded the project “Establishment of New System Control Centre (SCC) – Building Works”

The Project was awarded to Bahrain based construction company, Cebarco Bahrain. The value of the contract is BHD 8.6 million (USD 22.9 million) (read more)

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Sulaiman Al Habib awards $19m contract for structural works of new hospital

Dr. Sulaiman Al Habib Medical Group (HMG) announced in a statement that its board approved awarding and signing the contract of structural works for Maternity and Pediatric Hospital for its subsidiary, Gharb Al-Takhassusi Hospital for Healthcare,

The project awarded to local construction firm, MASAH Construction Company. The value of the contract is SAR 71.04 million. (read more)

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Saipem awarded $1.7b North Field Production Sustainability Offshore Project

Global energy firm, Saipem announced in a statement that it has received a Letter of Award for the development of the North Field Production Sustainability Offshore Project by Qatargas, located offshore of the North-East cost of Qatar peninsula.

The contract value is approximately USD 1.7 billion. (read more)

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Kuwait awards $360m workover rig service contract to Sinopec

Sinopec Oilfield Service Corporation, China announced in a statemen that it has signed a workover rig contract in Kuwait.

The value of signed contract is $360 million. (read more)

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Wison Engineering Awarded Gas Processing Project from Saudi Aramco

Wison Engineering announced in a statement that it was awarded an engineering, procurement, construction (EPC) lump-sum contract for a gas processing project in Shaybah oil field in Saudi Arabia.

The project was awarded by Saudi Aramco. (read more)

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Lamprell awarded Saudi Aramco’s Marjan Field LTA Project

UK based Oil & Gas Company, Lamprell announced in a statement that, it has been awarded an Engineering, Procurement, Construction and Installation (EPCI) contract at Marjan Field, Saudi Arabia.

The project was awarded by Saudi Aramco as part of their Long-Term Agreement Programme (LTA). (read more)

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Oman awards $145.6million water treatment project to Suez

France’s, SUEZ announced in a statement that it has been awarded a Design, Build, Own, Operate and Maintain (DBOOM) contract for the treatment of produced water coming from oil fields located in Rima, about 700 kms South of Muscat, capital of Oman.

The value of the signed contract is around €120 million ($145.6million).(read more)

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Oman’s PDO awards Green Hydrogen study projects

Petroleum Development Oman (PDO), the largest producer of hydrocarbons in the Sultanate, announced in a statement that it has awarded the feasibility study of developing a ‘green hydrogen’ pilot within its expansive Block 6 license.

The Project was awarded to Belgium based consultancy firm Hinicio. (read more)

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Raissy company awarded $14million 110kV OHTL project

Saudi based construction company, Raissy Trading Company awarded EPC contract for the “Construction of 110kV Overhead Transmission line (OHTL) for interconnection of Al Salam Substation and Bawat Substation” in Madinah region.

The value of signed contract is SAR 52.9 million. (read more)

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Metito awarded Jubail II SWRO Seawater Desalination Plant

Metito announced in a statement that it has awarded design, engineering and procurement of the new Jubail II seawater reverse osmosis (SWRO) Desalination Plant in Saudi Arabia.

The plant capacity will be 400,000 cu.m/day. (read more)

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little-p-eng-engineering · 4 years ago

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Meena Development LTD., is a premier provider of Piping Design Solutions and Engineering Services. Our fields of specialty are Piping Stress Analysis, Plant Layout, Piping Design & Engineering, and Structural Engineering for Industrial Plants and Facilities across Canada, United States and worldwide.

Here is a list of Software Solutions and Engineering Services currently offered. Our Engineering Solutions offer flexibility to suit our clients needs using the following software and more:

CAESAR II for Pipe Stress Analysis

Piping Design Software for Design and Detail Engineering Services such as PDS, SmartPlant 3D, AutoCAD Plant 3D, CADWorx.

Data Translators for PDMS, PDS, SmartPlant 3D, AutoCAD Plant 3D, STAAD Pro., Risa 3D CAESAR II etc.

STAAD Pro, RISA3D, RAM Connections, for Structural Analysis

Meena Development LTD. provides the above solutions and services to EPC Contractors, Owner Operators and Engineering Consultants involved in the following fields.

Power (fossil & nuclear)

Refinery

Fertilizers

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Defense Industries

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Paper & Pulp

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Building Services

Technical Capabilities in Design & Detail

Engineering Services

Layout,

Piping Design & Engineering,

Pipe Stress Analysis Services

Design of complete Plant / Facility Layout including generation of:

+ Piping & Instrumentation Diagrams (P&IDs)

+ Composite Equipment and Piping / Tubing Layout Drawings (GAs)

+ Layout Drawings for Structures, Cable Trays and Ducts

+ Piping / Tubing Isometrics and Spools

+ Reports including Line List, Valve List, Instrument List, Bill of Materials etc.

Design and Detail Engineering of Equipment, Piping / Tubing and Supports to Piping / Tubing

+ Equipment design using ASME Section VIII, API, NEMA, TEMA etc.

+ Piping / Tubing design and stress analysis using ANSI, ASME Section III, European & other codes for weight, thermal, wind and other static loads

+ Piping / Tubing Support design and analyses (including ASME Section III)

+ Evaluation of existing piping installations and modifications

+ Design and stress analysis of fiberglass reinforced piping (FRP)

Design and analysis of piping / tubing systems, structures and equipment (mechanical and electrical) for all types of dynamic loads, as applicable, including:

+ Pump excitation

+ Fluid hammer

+ Safety valve release

+ Seismic (earthquake)

+ Slug flow and Pulsating flow

+ Other impact and shock loads

Analysis of Nozzle connections

+ Nozzles on vessels, exchangers and tanks

+ Nozzles for pumps, compressors and turbines

Computational Fluid Dynamics (CFD) for determination of flow characteristics in Piping & Ducting systems and Mechanical equipment

Preparation of Intelligent P&IDs and 3D Plant Model

Customization of 2D and 3D plant design software to suit project requirements

Intelligent P&ID database development and drafting using P&ID software and generation of reports such as line list, valve list, equipment list, instrument list etc.

Creation of 3D plant model comprising of civil / structures, equipment, piping / tubing, ducting, cable trays, supports etc.

Generation of plot plans, GA drawings, layout drawings, isometrics, spools, detail drawings for supports and reports such as Bill of Materials from 3D model

Conversion of 2D drawings to 3D model

Attachment of information to intelligent P&IDs and 3D models

Integration of P&IDs and 3D models with client's in-house and third party software

Walk-through, animation of construction sequences and progress monitoring

Animation of dismantling and assembly sequences for equipment

Civil & Structural Design & Analysis

Layout of Concrete & Steel Structures in 3D

Structural Design & Analysis

Design and Qualification of Supports to Equipment, Ducting and Cable Trays

Design and Qualification of Embedded Parts

Generation of GA drawings, joint detailing, fabrication drawings, BOM etc.

Electrical Design

Layout of Electrical Cable Trays and Supports

Layout of Electrical Buildings in 3D for High Tension / Low Tension Switchgear, Panels etc.

Cable Routing and Scheduling

Outdoor Switchyard / Substation Design

3D Layout and Extraction of Drawings & Bill of Quantities

Control & Instrumentation (C&I) Design

Identify relevant information from P&IDs

Layout of Instruments, Junction Boxes & Control Panels

Instrument and Control Valve Lists

Instrumentation Data Sheets

Layout of C&I Cable Trays and Supports

Cable Routing and Scheduling

3D Layout and Extraction of Drawings & Bill of Quantities

Piping Design Services / Piping Engineering Services Little P.Eng. Engineering specializes in Piping Engineering and Stress Analysis serving every industry including Power (Nuclear, Fossil, Biomass, Gas), Co-generation, Oil and Gas, Petrochemical, Chemical, Pulp & Paper, Process Industry. The team members of Little P.Eng. Engineering team have been part of the industry for decades and have the capability to work on every software related to piping engineering, stress analysis and finite elements including PDMS, CADWorx, CAESAR II, AutoCAD following any CODE requirements including ASME Sec III NB, NC, ND (for Nuclear applications), B31.1, B31.3, B31.4, B31.8, etc.

All the services you need, all in one place. We cover all the aspects of piping engineering, detailed design, stress Analysis, structural and support design and code calculations to meet every type of need.

Pre - Bid Engineering Documents

Conceptual Plot Plans and Layouts

Preliminary Equipment Layouts

Pipe Stress Analysis and Support Selection

Pipe Support Details including Bill of Material

Equipment Layouts as per Design Basis

3D Modeling

Piping General Arrangement Drawings

Line List and Valve List

Piping Material Specification

Preparation of Bill of Materials

Piping Isometrics

Pipe Support Index/Schedule

Valve Datasheets

Insulation Schedule

Tie - In Schedules

Pipe Stress Analysis Services Stress Analysis is our specialty. We have industry experts who can resolve any complex problem related to any piping and structural analysis. Our teams have a long and wide range of project experience to carry out the full spectrum of analysis for piping systems and piping flexibility analysis. We conduct detailed piping stress analysis, evaluation, and confirmation of the structural & operational integrity of process piping systems Little P.Eng. Engineering team is proficient in analyzing the impact of external focus on static structures, such as construction components, machine components, and more. Our highly skilled engineers offer structural analysis services to ensure that these modules meet fatigue safety requirements. Our structural and stress analysis specialists help simulate the movement of non-stationary objects in vibration analyses, lifting analyses, and other services. With our technology and experience in structural stress analysis, we quantify and further rectify failures in the structure of components that do not meet the proposed design plan, which could result from improper use of materials or even flaws in the manufacturing process.

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Static Pipe Flexibility Analysis

Dynamic Analysis

Seismic Analysis

Water Hammer Analysis

Vibration & Shock Analysis

Support Selection and design

Spring Hanger Design

Generation of Pipe Isometric Drawings

Structural Analysis : In-service, lifting & transportation

Analysis and Design of steel structures .

Structural design calculations report

Basic Pipe Stress Concepts and Piping Loading Categories;

Piping systems experience different loadings, categorized into three basic loading types, namely Sustained, Thermal and Occasional loads. Sustained Load: It mainly consists of internal pressure and dead-weight. Dead-weight is from weight of pipes, fittings, components such as valves, operating fluid, test fluid, insulation, cladding, lining etc. Internal design/operating pressure develops uniform circumferential stresses in the pipe wall, based on which pipe wall thickness is determined during the process/P&ID stage of plant design such that "failure by rupture" is avoided. In addition, internal pressure develops axial stresses in the pipe wall. These axial pressure stresses vary only with pressure, pipe diameter and wall thickness, all three of which are pre-set at the P&ID stage and hence these axial pressure stresses cannot be reduced by changing the piping layout or the support scheme. On the other hand, dead-weight causes the pipe to bend (generally downward) between supports and nozzles, producing axial stresses in the pipe wall (also called "bending stresses"); these bending stresses linearly vary across the pipe cross-section, being tensile at either the top or bottom surface and compressive at the other surface. If the piping system is not supported in the vertical direction (i.e., in the gravity direction) excepting at equipment nozzles, bending of the pipe due to dead-weight may develop excessive stresses in the pipe and impose large loads on equipment nozzles, thereby increasing the susceptibility to "failure by collapse". Various international piping codes impose limits, also called "allowable stresses for sustained loads", on these axial stresses generated by dead-weight and pressure in order to avoid "failure by collapse". For the calculated axial stresses to be below such allowable stresses for sustained loads, it may be necessary to support the piping system vertically. Typical vertical supports to carry dead-weight are:

Resting steel supports,

Rod hangers,

Variable spring hangers, and

Constant support hangers.

Both rod hangers and resting steel supports fully restrain downward pipe movement but permit pipe to lift up at such supports. If pipe lifts up at any of the rod hangers / resting supports during operating condition, then that support does not carry any pipe weight and hence will not serve its purpose. Two examples are presented to illustrate how piping can be supported by spring hangers and resting steel supports to comply with the code requirements for sustained loads. Thermal Load (also referred as Expansion Load): It refers to the "cyclic" thermal expansion/contraction of piping as the system goes from one thermal state to another thermal state (for example, from "shut-down" to "normal operations" and then back to "shut-down"). If the piping system is not restrained in the thermal growth/contraction directions (for example, in the axial direction of a straight pipe), then for such cyclic thermal load, the pipe expands/contracts freely; in this case, no internal forces, moments and resulting stresses and strains are generated in the piping. On the other hand, if the pipe is "restrained" in the directions it wants to thermally deform (such as at equipment nozzles and pipe supports), such constraint on free thermal deformation generates cyclic thermal stresses and strains throughout the system as the system goes from one thermal state to another. When such calculated thermal stress ranges exceed the "allowable thermal stress range" specified by various international piping codes, then the system is susceptible to "failure by fatigue". So, in order to avoid "fatigue failure" due to cyclic thermal loads, the piping system should be made flexible (and not stiff). This is normally accomplished as follows:

Introduce bends/elbows in the layout, as bends/ elbows "ovalize" when bent by end-moments, which increases piping flexibility.

Introduce as much "offsets" as possible between equipment nozzles (which are normally modeled as anchors in pipe stress analysis). For example, if two equipment nozzles (which are to be connected by a pipeline) are in line, then the straight pipe connecting these nozzles is "very stiff". On the other hand, if the two equipment are located with an "offset", then their nozzles will have to be connected by an "L-shaped" pipeline which includes a bend/elbow; such "L-shaped" pipeline is much more flexible than the straight pipeline mentioned above.

Introduce expansion loops (with each loop consisting of four bends/elbows) to absorb thermal growth/contraction.

Lastly, introduce expansion joints such as bellows, slip joints etc., if warranted. In addition to generating thermal stress ranges in the piping system, cyclic thermal loads impose loads on static and rotating equipment nozzles. By following one or more of the steps from (a) to (d) above and steps (e) and (f) listed below, such nozzle loads can be reduced.

Introduce "axial restraints" (which restrain pipe in its axial direction) at appropriate locations such that thermal growth/contraction is directed away from equipment nozzles, especially critical ones.

Introduce "intermediate anchors" (which restrain pipe movement in the three translational and three rotational directions) at appropriate locations such that thermal deformation is absorbed by regions (such as expansion loops) away from equipment nozzles.

A few example layouts are presented to illustrate how loops/offsets, axial restraints and intermediate anchors are used to reduce thermal stresses in piping (and resulting nozzle loads). Occasional Load: This type of load is imposed on piping by occasional events such as earthquake, wind etc. To protect piping from wind (which normally blows in horizontal plane), it is normal practice to attach "lateral supports" to piping systems. During an earthquake, the earth may also move vertically. To protect piping against both horizontal and vertical movement during earthquake, some of the resting supports may be made as "integral 2-way vertical and lateral restraints". Fortunately, to carry sustained loads, normally vertical supports (as those listed under the Section titled "Sustained Load" above) are required. To withstand static seismic 'g' loads, "integral 2-way vertical and lateral restraints" are required. Generally, some of the vertical weight supports can be modified as "integral 2-way vertical and lateral restraints". On the other hand, for thermal loads, zero supports give zero stresses. So, thermal stresses and equipment nozzle loads will normally decrease as the number of supports goes down. Axial restraints and intermediate anchors are recommended only to direct thermal growth away from equipment nozzles.

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