Bamla Engineering Consultants

Following a previous article about the Technical regulations in offshore wind, this article focuses on the legal regulations that a development must consider. Please follow for more content on energy related projects. #Floatingwind #Hydrogen #Mechanical #Mechanicalengineering #Projects #Projectdelivery #Bamla #Bamlaconsultants #Bamlamecheng #imeche

A short article about Safety and Loss Prevention for offshore Wind.

A short article covering the key hazards in offshore wind. Please like and share if it's useful 😎 #Floatingwind #Offshorewind #Hydrogen #Techncialsafety #Techsafety #Mechanical #Mechanicalengineering #Projects #Projectdelivery #Bamla #Bamlaconsultants #Bamlamecheng #imeche

Floating Wind Pipeline - Bamla is now helping investors with technical feasibility questions about future projects, and giving support on project risk. The growth of floating wind projects globally has been substantial, reflecting a significant trend in renewable energy development. Over the past year, the global pipeline for floating offshore wind projects increased by 32%, from 185 GW to 244 GW in capacity, marking a notable expansion in this sector. The number of projects has also risen from 230 to 285, with a total of 227 MW currently operational across 14 projects in seven countries (Offshore Wind) (Global Wind Energy Council). Europe continues to lead in the development of floating wind projects, with nearly two-thirds of the announced capacity located there. Key countries include Norway, with the largest floating offshore wind project, Hywind Tampen, and the UK, which aims for floating wind to account for more than half of its offshore wind generation by 2050. Outside Europe, significant developments are taking place off the coasts of the USA, Australia, and South Korea (Offshore Wind). The Global Wind Energy Council (GWEC) highlights the critical role of floating offshore wind in achieving long-term global decarbonization goals. As technology matures, countries like Ireland, Italy, Morocco, the Philippines, and the USA are identified as having significant potential to accelerate the growth of floating offshore wind. The GWEC emphasizes the need for political leadership to create supportive policies that enable rapid deployment and cost reduction of these projects (Global Wind Energy Council). Overall, the floating wind sector is positioned for robust growth, driven by technological advancements, increasing political support, and the urgent need for renewable energy to meet global decarbonization targets. #Floatingwind #Hydrogen #Mechanical #Mechanicalengineering #Projects #Projectdelivery #Bamla #Bamlaconsultants #Bamlamecheng #imeche

A short article explaining how software is used in the development of Marine systems, including floating wind structures #Floatingwind #Hydrogen #Mechanical #Mechanicalengineering #Projects #Projectdelivery #Bamla #Bamlaconsultants #Bamlamecheng #imeche

A short article to inform readers about floating wind, floating wind foundations, and the advantages they bring. This month we are focusing on Floating Wind. #Floatingwind #Hydrogen #Mechanical #Mechanicalengineering #Projects #Projectdelivery #Bamla #Bamlaconsultants #Bamlamecheng #imeche

Floating Wind innovating concept…. An innovative turbine design that could significantly reduce the cost of offshore wind is set to move toward the testing phase in Norway.  The 19-m (62-ft), 30-kW, contra-rotating vertical-axis turbine is a prototype of a design that could have potential to scale to unprecedented size and power. Most wind turbines look like a propeller on a stick – once you take the concept out into the deep ocean, where the vast majority of the world's best wind power resources are, and scale it up, it's a design that becomes more and more challenging. All the heavy components are at the top, so it's difficult and expensive to build and maintain a floating version that doesn't want to tip over in the wind. Developers such as Hexicon have designs that help to combat over balance, but this concept is new in the field. Bamla consultants have good experience in floating wind developments. If you are interested in learning more, please get in touch via linkedin or info@bamlaconsultants.com and we will can discuss with your team. #floatingwind #Hydrogen #Mechanical #rcm #reliabillty #maintenance #reliabilitycenteredmaintenance #Mechanicalengineering #Projects #Projectdelivery #Bamla #Bamlaconsultants #Bamlamecheng #imeche

Rotating equipment - different considerations: Centrifugal and positive displacement pumps are key components in all industries. Selecting the right pump(s) requires sound engineering to understand the system and environment in which it is required to work. Too often this stage is overlooked, and the equipment selected can present issues in operation. Bamla mechanical engineers are able to provide guidance toward client’s exacting standards and the best use of equipment types; including progressive hydraulics, mechanical efficiency, suitable material selection, monitoring and diagnostics analysis and upgrades of all pump systems. Efficient pump selection plays a leading role in efficient energy use and long term reliability. With our extensive supplier network and technical track record we can help clients to select the right equipment at the best prices and delivery, via our in house technical bid evaluation tools. If you are interested, please get in touch via linkedin or info@bamlaconsultants.com #rotatingequipment #pumps #centrifugalpumps #Floatingwind #Hydrogen #Mechanical #Mechanicalengineering #Projects #Projectdelivery #Bamla #Bamlaconsultants #Bamlamecheng #imeche

Corrosion Engineering - Why is it important? 🤔 Corrosion engineering is a specialty that applies scientific, technical and onsite engineering experience to prevent deterioration and disintegration of vital structures, pipelines and other productive assets which can affect the safety of people and reliability of the industry it serves. Bamla Consultants can provide independent specialist corrosion and material selection expertise to the Wind, Hydrocarbon, Petrochemical, Water, Power and Construction industries. If you need assistance or If you are interested in learning more, please get in touch via linkedin or info@bamlaconsultants.com  😎 #floatingwind #Hydrogen #Mechanical #rcm #reliabillty #maintenance #reliabilitycenteredmaintenance #Mechanicalengineering #Projects #Projectdelivery #Bamla #Bamlaconsultants #Bamlamecheng #imeche

What is reliability centered maintenance? 😅 Reliability centered maintenance (RCM) is a corporate-level maintenance strategy that is implemented to optimise the maintenance program of a company or facility. The final result of an RCM program is the implementation of a specific maintenance strategy on each of the facility's assets - using high caliber engineering and leading technology to massively increase uptime and reduce OPEX costs Engineering RCM correctly can have very positive ROIs and be a catalyst for step change within an organisation. If you are interested in learning more, please get in touch via linkedin or info@bamlaconsultants.com and we will can discuss with your team. #floatingwind #hydrogen #mechanicalengineering #rcm #reliabillty #maintenance #reliabilitycenteredmaintenance #mechanical #Projects #Projectdelivery #Bamla #Bamlaconsultants #Bamlamecheng #imeche