Periskop Partners’ Post

Mivan Technology: Revolutionizing Construction Mivan is a modern construction system that uses reusable aluminum formwork to quickly build high-quality, monolithic structures. This technology offers numerous benefits, including: - Faster Construction: Rapid completion of projects, reducing construction time and increasing productivity. - Improved Quality: High-quality finishes with minimal need for plastering. - Cost-Effective: Reusable formwork minimizes waste and reduces material costs. - Increased Accuracy: High precision and consistency in structural elements. - Sustainable: Reduces waste and promotes sustainable construction practices. Mivan technology is ideal for high-rise buildings, large-scale residential projects, and structures with repetitive design elements. Its importance lies in its ability to deliver projects efficiently, cost-effectively, and sustainably.

Modular construction is rapidly becoming a critical solution to some of today’s most pressing real estate and sustainability challenges. In an era marked by housing shortages, skyrocketing construction costs, labor scarcity, and urgent climate targets, modular construction offers a compelling value proposition: faster, more predictable builds with significantly reduced environmental impact. Factory-controlled production reduces construction time by up to 50%, decreases on-site labor needs by 40%, and minimizes waste through precision manufacturing and material recyclability, particularly with steel and timber, two of the primary structural materials used today. This streamlined approach reduces carbon emissions and site disruption, addressing both climate and local ecosystem concerns. For real estate developers and investors grappling with rising cost pressures, modular’s accelerated timelines and improved cost certainty enhance returns and portfolio resilience amid market volatility. Its adaptability also allows buildings to evolve with shifting needs, extending the value lifecycle and optimizing resource use (something conventional construction can't match as effectively). The strategic significance of modular construction extends beyond operational advantages to embody true sustainability leadership. Sustainable leadership in construction means championing innovations that embed green principles across the value chain, from design and manufacturing through to assembly and lifecycle management. Modular construction companies that exercise tighter value chain control and systemized building processes achieve better quality, higher margins, and more consistent delivery of sustainable outcomes. To me, modular construction is more relevant than ever. The marketplace is at an inflection point. The convergence of technology, evolving regulations, and heightened ESG expectations means those who embrace modular as a core part of their sustainability agenda will define the future of building. This method can be a catalyst for resilient, low-carbon urban development solutions that align with the global net-zero imperative and the urgent need for affordable, quality housing. I believe the question now isn’t whether modular construction should play a role, but how fast and strategically it is integrated into projects and portfolios. The opportunity to lead is here. #ModularConstruction #RealEstate #Innovation

Standardized and Prefabricated Structures in Modern Cities: Balancing Speed, Cost, and Efficiency (1) As cities continue to expand rapidly, the pressure on infrastructure and housing is higher than ever. The challenge is clear: deliver projects that are fast, cost-efficient, and sustainable, while maintaining acceptable levels of quality. One solution increasingly gaining traction is the use of standardized and prefabricated structures. By repeating structural and architectural models and assembling prefabricated components on-site, projects can be delivered with a high level of efficiency. From an economic and practical perspective, this approach provides several key benefits: [ ] Accelerated execution – Standardized models simplify the construction process, enabling teams to complete projects faster. [ ] Reduced costs – Repetition lowers design, procurement, and labor expenses while minimizing waste. [ ] Supply chain efficiency – Unified materials and equipment streamline logistics and reduce delays. [ ] Improved quality and reduced maintenance [ ] Flexibility and reusability – Some prefabricated elements can be dismantled, relocated, or reused, making them cost-effective in the long run. 🔑 Beyond economics, this approach is particularly effective in challenging urban contexts. In historic or densely built districts where redevelopment is nearly impossible, developers and governments often shift focus to larger peripheral areas, creating entirely new cities. Similarly, in post-conflict regions where maintenance and rehabilitation costs are extremely high, standardized and prefabricated construction provides a rapid and practical solution—enabling the creation of new, functional urban environments in record time. 💡Conclusion: Standardized and prefabricated construction is not just a trend. It’s an economic tool that allows cities to meet the urgent demand for housing and infrastructure while making the most of available resources.

Great Article by the The Good Builder 👏 "What began as a fringe concept is now gaining momentum. Prefabricated construction, long viewed as a niche reserved for remote projects or temporary housing, is rapidly becoming one of Australia’s most promising pathways to faster, smarter, and more sustainable building. The sector grew at a remarkable 10.8% compound annual rate between 2020 and 2024, reaching....." Read More - https://lnkd.in/g_Fs_emX

** The Hidden Carbon Behind “Just 5 MPa More” — A Quick Reality Check ** In my previous post, I discussed how increasing concrete strength unnecessarily adds invisible carbon to our projects. Let’s put that into perspective Imagine a project where 50,000 m³ of concrete is designed at 55 MPa, even though 50 MPa would have been more than sufficient. That extra 5 MPa typically requires around 20 kg of additional cement per cubic meter. Now, let’s do the math: 50,000 m³ × 20 kg = 1,000,000 kg of extra cement (1,000 tons). Each ton of cement releases roughly 0.9 tons of CO₂ during production. So this design decision alone adds around 900 tons of CO₂ into the atmosphere! What does that mean? - Equivalent to the annual CO₂ emissions of 200+ cars - Or the amount of CO₂ that would take about 15,000 trees a whole year to absorb. And all that… just because of an unnecessary 5 MPa increase in the mix design. If we truly want sustainable construction, we must start valuing optimization as much as innovation. Because sometimes, the greenest ton of cement is the one we never produce. As I mentioned in my previous post , sustainability in construction starts from design, not only from concrete producers.

10 floors. 28 hours. Prefab innovation is transforming the construction industry: faster, smarter, and more sustainable. Proof that the future of building could be modular. What are your thoughts?

** Sustainability in Construction Starts from Design — Not Only from Concrete Producers ** We often talk about sustainability as if it’s the responsibility of concrete suppliers, but true sustainability starts much earlier, from the structural design stage and project specifications. There’s a hidden contradiction between our sustainability goals and the over-design trends in many projects today. - When a 20-story tower is designed with 90 MPa columns, - Or a raft foundation specified at 75 MPa, - Or when 500 RCPT limits are imposed on concrete elements never exposed to aggressive environments. We are actually increasing the project’s carbon footprint, not reducing it. Each unnecessary MPa of strength means more cement, higher embodied carbon, and greater environmental impact, without adding real structural value. Sustainability is not just about green materials; It’s about smart engineering decisions that balance performance, safety, and environmental responsibility. If we truly aim for low-carbon construction, then sustainability should begin at the design table, not just at the batching plant and concrete technologists should be involved and consulted in that. Example: If your concrete element actually requires 50 MPa (including the safety factor), but you design it for 55 MPa, and you’re planning to pour 40,000 m³ of this mix throughout the project. I’m quite sure you’d be shocked to know how much additional CO₂ will be released into the atmosphere just because of that unnecessary extra 5 MPa!

The construction industry is undergoing a significant transformation. This article dives into the key trends shaping the future of building in both New York State and Florida State, while also touching upon their largest ongoing projects. #industrytrends #trends #constructionnews https://lnkd.in/gp_24KkG

Why Prefabrication Is Changing the Face of Construction The construction industry is constantly evolving with greater demands for sustainable designs and building methods. One of the key innovations in the field is prefabrication. By shifting major building components off-site, teams are saving time, cutting costs, and improving safety while delivering higher-quality results. Here’s why prefabrication is reshaping the future of construction: Speed & Efficiency • Off-site manufacturing reduces project timelines significantly. • Fewer on-site delays due to weather or labor shortages. Quality Control • Controlled factory environments ensure precision and consistency. • Better material handling and reduced human error. Cost Savings • Optimized production reduces waste and labor costs. • Fewer site disruptions and faster turnover mean higher profitability. Enhanced Safety • Workers operate in safer, controlled environments. • Less time spent in hazardous site conditions. Sustainability • Reduced material waste and carbon footprint. • Promotes cleaner, greener building practices. Design Flexibility • Modular systems adapt easily to different architectural designs. • Ideal for housing, hospitals, schools, and commercial projects. Read the full article here: https://lnkd.in/e8Ya2GQH #Prefabrication #ModularConstruction #ConstructionInnovation #Engineering #Sustainability #BuildingEfficiency #SmartConstruction

WHY CHOOSE PRE-ENGINEERED BUILDINGS FOR INDUSTRIAL FACTORY CONSTRUCTION? Amid the growing demand for factory construction, Pre-Engineered Buildings are becoming the preferred solution for many businesses thanks to their outstanding sustainability, efficiency, and flexibility. Pre-Engineered Buildings offer exceptional durability and load-bearing capacity, ensuring stability against storms, harsh weather conditions, and providing long-lasting performance. With components pre-fabricated in the factory and assembled quickly on-site, construction time is shortened, labor costs are reduced, and budgets are optimized. At the same time, Pre-Engineered Buildings allow for flexible design and construction, making it easy to adjust dimensions, dismantle, relocate, or expand according to each stage of development. Beyond technical and cost efficiency, Pre-Engineered Buildings are also environmentally friendly thanks to their recyclability, low maintenance requirements, and high safety with fire- and lightning-resistant solutions. Slim structural members maximize usable space while delivering modern aesthetics, creating industrial projects that are both sustainable and striking. With over 30 years of experience in the pre-engineered buildings industry, Pebsteel has established itself as a strategic partner and trusted choice for leading businesses. Our success stems from creative design capabilities, high-quality materials, an experienced engineering team, and a professional construction process – meeting the most demanding technical requirements of modern industrial construction. Contact Pebsteel for a free consultation and design service: https://qrco.de/beFRIj LUZON (+63) 939 930 8603 (02) 5310 - 3005 VISAYAS (+63) 917 813 6837 (032) 236 2889 DAVAO (+63) 977 826 4897 (+82) 308-6453 #PebsteelPH #Pebsteel #preengineeredbuildings #steelstructures