Modular construction has emerged as a powerful tool to mitigate project risks and accomplish project goals effectively. As a strategic tool that impacts engineering, procurement and construction, modularization expertise needs to be integrated at every step of the project’s execution.
Ryan Zurkuhlen, S&B VP of Modular Operations, shares how S&B approaches modularization as a core competency that is integrated within our broader EPC capabilities and process. By assembling a dedicated team of subject matter experts across various disciplines, S&B ensures that modularization is employed as part of a strategic toolkit and tailored to enhance each project's unique objectives. Read the full Insights article here. https://lnkd.in/gXq4mFeasbec.com#ConsiderItDone#Modularization#ModularOperations
Beyond Bricks and Mortar: The Human Factor in Successful EPC Projects
The awe-inspiring structures that shape our world - from towering skyscrapers to sprawling refineries - are a testament to the marvel of engineering known as EPC (Engineering, Procurement, and Construction). But beneath the steel and concrete lies the beating heart of any successful EPC project: its people.
This blog post delves into the crucial role of the human factor in EPC projects, highlighting the importance of:
Teamwork: A well-coordinated team with diverse expertise, from engineers to construction workers, is the foundation for a successful project.
Effective Communication: Clear and transparent communication across all departments ensures everyone is on the same page, minimizing errors and delays.
Collaboration: Fostering a collaborative environment where ideas are shared and problems are tackled together leads to innovative solutions and a stronger project outcome.
The post also explores inspiring stories of individuals who have made a significant impact on EPC projects.
In the ever-evolving EPC landscape, prioritizing the human factor remains paramount. By fostering a culture of collaboration, effective communication, and continuous learning, EPC companies can ensure a successful future for generations to come.
Find the link here: https://lnkd.in/gxyZGRKd#EPC#humanfactor#constructionmanagement#engineering#success
An experienced Project engineering Manager with process engineering background and over 20 years of oil and gas and petrochemical project management experience,
OneD Battery Sciences and Koch Modular have an exclusive partnership with respect to designing and producing modular plants for producing large quantities of silane gas (SiH4) for silicon anode materials. What does this means and why is this strategically important? Watch this video and read my comments below.
First, silane gas is used to produce nano-sized silicon in various carbon substrates (for example mesoporous hard carbons or natural EV-grade graphite particles), and thus it is a critically important precursor to the next generation of silicon anode materials. Today, there is about 1 M tons per year of silane produced in China, mostly for use in making all of the solar cells, because it is the most cost effective way to purify metallurgical grade silicon ("MGS"): the production cost in China is less than $10 per kg. However, the amount of silane (SiH4) available for silicon anodes in North America and in Europe is VERY limited (less than 3000 tons per year in total) and its price is expensive (more than $35 per kg). Even REC Silicon has sold 90% of its silane production to Hanwha Solution for making solar poly-silicon for the next 10 years, leaving only a maximum of 2400 T/Y available for anode materials in Moses Lake, WA.
Second, it is not practical (cost and safety) to deliver thousands of tons of silane in containers to feed an EV-scale anode material factory. The silane factory must be co-located next to the silicon anode factory with the silane delivered by pipeline. OneD commissioned Koch Modular, who designed a modular silane plant for 4800 tons/year, to be built next to a SINANODE factory to process 20,000 tons per year (phase 1) and 40,000 tons per year (phase 2) of silicon-graphite anode material for EV factories. The cash cost of this silane plant is comparable to the cash cost in China, i.e,. less than $10/kg of SiH4.
Third, Koch Modular is the ONLY company in the world that has ever designed and built a modular silane plant. In fact, the plant has been operating smoothly in Taiwan for more than a decade. The plant was built in modules in the US and put on trucks and boat (about 24 modules) and assembled on location in Taiwan. Thus, OneD can now provide its industrial partners with the ability to produce the silane at scale and at very competitive cost at desirable locations in Europe and in North America. The SINANODE process is not only protected by more than 200 granted patents, but its scalability and cost structure is unmatched. The EV-grade graphite is already produced by EV-qualified suppliers and can be enhanced with the silicon produced from the silane.
Finally, building and commissioning the Koch Modular Silane plant is also much faster than the traditional designs and construction methods, as explained in details on the Koch Modular website. KM has unique and valuable IP, know-how and expertise.
SINANODE = simply a better, faster, cheaper silicon anode technology for the EV batteries of Affordable EVs.
Modular construction is not merely a trend but a strategic approach that can drive efficiency, flexibility, and innovation in the chemical processing industry. From small to large-scale projects, going modular provides solutions to sustainably scale from concept to commercialization.
Advantages of modular construction compared to traditional field construction:
• Reduced CapEx
• 6–12-month schedule reduction
• Cost certainty
• Project predictability & risk mitigation
• Simultaneous construction & permitting
• Minimized site operations interruptions
• Improved productivity
• Minimized hazards & safety risks
Learn more: https://buff.ly/3Sj19np
What's the Difference Between EPC and Turnkey Contracts?
Both are essential in engineering and construction projects, but each comes with its own set of responsibilities and significance.
In this video, we break down the key differences between these two types of contracts.
Watch the full video and share your thoughts in the comments!
#EPC#Turnkey#Engineering#ProjectManagement#Construction#BusinessInsights"
Most involved in the construction industry are familiar with the Design-Build model of project delivery, but increasingly certain industries are embracing a slightly different model – the Engineering, Procurement, and Construction delivery model, or EPC for short. In the newest On the Level blog post, Frantz Ward Partner Mark Stockman breaks down EPC contracting and its benefits to both owners and contractors.
https://hubs.la/Q02KNRpD0
Great update from my partner Mark Stockman. Our Construction Practice Group has seen a huge increase in EPC project involvement, partially attributable to the Inflation Reduction Act, including multiple new biogas, wind and utility-scale solar power projects. Exciting stuff and plenty more to come! #EPC#solar#wind#renewableenergy#powerprojects#constructionlaw
Most involved in the construction industry are familiar with the Design-Build model of project delivery, but increasingly certain industries are embracing a slightly different model – the Engineering, Procurement, and Construction delivery model, or EPC for short. In the newest On the Level blog post, Frantz Ward Partner Mark Stockman breaks down EPC contracting and its benefits to both owners and contractors.
https://hubs.la/Q02KNRpD0
Make Audubon your service provider for EPFC projects. With our safety record and history of successful project execution, we are your one-stop shop for projects requiring integrated engineering, procurement, fabrication, and construction services.
See our full scope of capabilities: https://audubon.info/b-EPC#EPC#EPFC#fullserviceprovider
Value Engineering (VE) is often associated with the design phase of projects, where it focuses on optimizing function and cost before construction begins. Value Engineering principles can also be applied to existing projects.
Here’s how VE can be useful for existing projects:
Project Re-evaluation: Reviewing the project's performance against its goals can reveal opportunities for improvement. VE can identify ways to enhance functionality or reduce operational costs.
Cost Reduction: For ongoing projects or those in operation, VE can help find cost-saving measures without compromising quality or performance. This might involve reassessing resource allocation, processes, or materials.
Performance Improvement: VE can be used to analyze and improve the performance of existing systems or processes, identifying inefficiencies or areas where performance could be enhanced.
Maintenance and Upgrades: Applying VE to maintenance and upgrade projects can ensure that changes provide the best value, considering both cost and functionality.
Operational Efficiency: VE can help optimize operational procedures, reducing waste and improving overall efficiency in ongoing projects.
In summary, while VE is most commonly used in the design phase, its principles can be applied throughout the life cycle of a project, including during construction, operation, and even after completion.
Contact us today to learn more and start optimizing your value!
Mohammed Mubasheer Ahmed SidiquiPardha Saradhi Katta#valueengineering#costoptimization#projectmanagement
Do you know that you can construct public infrastructure/facilities quickly and more cost effectively for your project by adopting Engineering, Procurement, and Construction (EPC) project delivery model:
At RAE (www.raengineer.com), we believe that the streamlined synergy in Engineering, Procurement, and Construction (EPC) projects represents the future of any development. Here's why partnering with an EPC company like ours can transform your next project:
1. Single Point of Accountability- Simplify your project management with a single point of contact. Our EPC model means you have one dedicated team handling all aspects of the project—from initial design through to final construction. This minimizes risks and streamlines communication.
2. Cost Efficiency- With integrated services, we optimize project costs. Our comprehensive approach allows us to foresee potential issues at the onset and mitigate them without the need for costly changes during the execution phase.
3. Faster Project Delivery- Coordination between engineering, procurement, and construction phases is seamless with an EPC company. This integration accelerates timelines, ensuring projects are delivered on or ahead of schedule.
4. Quality Assurance- EPC projects benefit from uniform quality standards across all project phases. Our integrated team upholds the highest standards in engineering and construction to deliver superior results.
5. Innovative Solutions- At RAE, we leverage the latest technologies and innovative practices to solve traditional construction challenges creatively and efficiently.
Visit us at (www.raengineer.com) to learn how our EPC solutions can elevate your project. Let’s build the future together!
#EPC#Engineering#Construction#Procurement#ProjectManagement#Innovation#designbuild
CEO Smith Industries LLC | Board Member | Project Execution & Delivery
1moWell said Ryan, flawless execution of modular construction comes with advance planning and integrated collaborations of various functions!