⬆ Knowledge Elevator What are some checks and balances regarding operation and maintenance costs for a building that can be applied in the design stages of a building construction project to help ensure its success? Life-cycle Cost-Benefit Analysis (LCCBA) and Payback are two; Value Analysis is another. What is Life-Cycle Cost-Benefit Analysis also known as Life-Cycle Costing? This is an analysis involving consideration of installation costs and the costs of operation and maintenance over the life of a building component or system. Often such studies will be done for lighting systems, heating systems, air conditioning systems, or other building systems, to compare over their useful life the economic merits of different systems or components. What is Payback? Payback is a term used in life-cycle costing. It is the time taken for the supply and installation cost for a comparison system or component of a building to equal the cost savings made in its operation and maintenance versus a base system. Payback is stated in years and fractions thereof. What is Value Analysis? Payback and life-cycle cost-benefit analyses are tools to supply value analysis to building systems and components. Various terms having the same general meaning when applied to building components or systems analysis are ‘value analysis,’ ‘value engineering,’ and ‘value management.’ The terms are used interchangeably. When applied to construction, the value analysis process normally reviews something to determine the appropriateness of its use. Rather than basing decisions on first cost only, life expectancy and predicted operating and or maintenance costs will be analyzed and factored into the decision-making process. Many decisions in construction do not need a value analysis because the appropriateness of their use is obvious. For example, obvious use may be shown by comparisons to what was used in other buildings, such as lighting or air conditioning systems. What value analysis means on any project depends on the agenda of the party for whom the analysis is performed. Since any process can occur under the guise of ‘value analysis’ it can be a way of ensuring lowest first cost, regardless of the consequences to operation and maintenance costs.
Leon P. Gander’s Post
More Relevant Posts
-
📢 Exciting News for the Building Services Industry! 🏗️ 🔌 🔧 A new report from the Building Engineering Services Association (BESA) reveals that the building services sector is ‘turning the corner’! 🔹 MEP contractors (mechanical, electrical, and plumbing) are increasingly optimistic about their future growth prospects. 🔹 Collective turnover is up by 16% compared to last year. 🔹 Most firms expect robust growth over the next two to five years. Despite challenges faced in recent years, the sector shows resilience and a positive outlook. 🔗 Read the full article: https://lnkd.in/eTi_f5v3 #BuildingServices #ConstructionIndustry #FutureGrowth #Sustainability #EngineeringProspects
To view or add a comment, sign in
-
Preparing Your Building for a Smooth Elevator Installation! Initial Steps to Prepare Your Building for Elevator Installation Before we start installing your new elevator, it’s essential that we prepare your building to handle the new system. This initial preparation is critical to the smooth progress and successful completion of the installation. Space Requirements and Structural Modifications Ensuring that your building has adequate space for an elevator involves more than just finding room for the elevator shaft. Our team carefully measures and plans the layout to optimize the use of space while adhering to safety and compliance regulations. Key Safety Measures During Elevator Installation Safety is our top priority during the elevator installation process. We strictly adhere to all industry safety standards and regulations to ensure a secure environment for our workers and your building residents. Coordinating with Us for a Successful Installation Effective communication is essential for a successful elevator installation. We make it a priority to keep you informed every step of the way, from planning and preparation to the final checks. Preparing your building for an elevator installation is a collaborative effort that requires careful planning, adherence to safety measures, and effective communication. By ensuring that these steps are properly managed, we make the installation process as smooth and efficient as possible. Remember, our goal is not just to install an elevator but also to ensure it enhances the functionality and safety of your building for years to come. https://lnkd.in/eu_Ci89V
To view or add a comment, sign in
-
Preparing Your Building for a Smooth Elevator Installation! Initial Steps to Prepare Your Building for Elevator Installation Before we start installing your new elevator, it’s essential that we prepare your building to handle the new system. This initial preparation is critical to the smooth progress and successful completion of the installation. Space Requirements and Structural Modifications Ensuring that your building has adequate space for an elevator involves more than just finding room for the elevator shaft. Our team carefully measures and plans the layout to optimize the use of space while adhering to safety and compliance regulations. Key Safety Measures During Elevator Installation Safety is our top priority during the elevator installation process. We strictly adhere to all industry safety standards and regulations to ensure a secure environment for our workers and your building residents. Coordinating with Us for a Successful Installation Effective communication is essential for a successful elevator installation. We make it a priority to keep you informed every step of the way, from planning and preparation to the final checks. Preparing your building for an elevator installation is a collaborative effort that requires careful planning, adherence to safety measures, and effective communication. By ensuring that these steps are properly managed, we make the installation process as smooth and efficient as possible. Remember, our goal is not just to install an elevator but also to ensure it enhances the functionality and safety of your building for years to come. https://lnkd.in/eurY2qrb
To view or add a comment, sign in
-
🌍 Revolutionizing Construction with Prefabrication and Modular Construction 🌍 At Sustain Insight, we are passionate about advancing the construction industry by introducing and advocating for innovative practices that enhance efficiency, quality, and sustainability. Among the groundbreaking methods we highlight are Prefabrication and Modular Construction. Prefabrication and Modular Construction: It involves manufacturing building components off-site in a controlled factory environment. These components are then transported to the construction site for assembly. Modular construction takes this a step further by constructing entire sections (modules) of a building off-site, which are then delivered and connected on-site. One of the most exciting advancements within prefabrication and modular construction is the use of Integrated Building Systems which involve the prefabrication of key mechanical, electrical, and plumbing (MEP) systems off-site. These systems are manufactured in a controlled factory environment and then transported to the construction site for seamless installation. This method not only enhances efficiency but also ensures high precision and quality. *Key Benefits of Integrated Building Systems*: 🔧 Efficiency and Precision: By manufacturing components off-site, we significantly reduce installation time on-site, ensuring projects are completed faster without compromising on quality. 🔧 Quality Control: Factory-based manufacturing allows for rigorous quality checks, leading to higher reliability and fewer defects in the final installation. 🔧 Cost-Effective: Prefabrication reduces labour costs and minimizes delays, offering a more cost-effective solution compared to traditional construction methods. 🔧 Sustainability: This approach promotes sustainability by reducing material waste and energy consumption during construction, aligning perfectly with our commitment to green building practices. *Innovation into Implementation*: 🔌 Prefabricated HVAC Systems: manufacturing HVAC units, including ductwork and control systems, off-site. This reduces costs by 20-30% compared to traditional on-site installation, with savings coming from reduced labor and faster installation times. 🔌 Modular Electrical Rooms: modular electrical rooms are constructed off-site, fully equipped with switchgear, control panels, and backup power systems. These rooms are delivered and connected to the building’s electrical infrastructure, ensuring efficient and reliable power distribution. Prefabricated electrical rooms can save up to 25% on costs due to improved efficiency and reduced site labor. By integrating advanced prefabrication and modular construction techniques, we are setting a new standard for the construction industry. Follow us to know more innovative techniques for a sustainable construction. Together, we can build a more sustainable future. 🌱 #SustainInsight #SustainableConstruction #Sustainability
To view or add a comment, sign in
-
-
BuildingPermission. Building Permission, also known as Building Plan Approval, is a mandatory permission required from the local authority before commencing construction or renovation of a building. Why is Building Permission necessary? 1. Ensures compliance with building codes and regulations: Building permission ensures that the building design and construction comply with local building codes, zoning regulations, and other applicable laws. 2. Safeguards public health and safety: Building permission helps to ensure that the building is designed and constructed to provide a safe and healthy environment for occupants and the general public. 3. Prevents unauthorized construction: Building permission prevents unauthorized construction, which can lead to structural issues, safety hazards, and environmental problems. Documents required for Building Permission: 1. Building plan: A detailed building plan, including floor plans, elevations, and cross-sections. 2. Site plan: A site plan showing the location of the building, boundaries, and adjacent properties. 3. Structural drawings: Structural drawings, including foundation plans, beam layouts, and column schedules. 4. Service drawings: Drawings for electrical, plumbing, and HVAC systems. 5. Ownership documents: Proof of ownership, such as a property deed or title document. 6. Identity proof: Identity proof of the applicant, such as a passport or driver's license. Process for obtaining Building Permission: 1. Submission of application: Submit the application for building permission, along with the required documents and fees. 2. Review and scrutiny: The local authority reviews and scrutinizes the application to ensure compliance with building codes and regulations. 3. Site inspection: A site inspection may be conducted to verify the details of the application. 4. Approval or rejection: The local authority issues a building permission approval or rejection letter, along with any conditions or modifications required. 5. Commencement certificate: Obtain a commencement certificate from the local authority before starting construction. Timeline for obtaining Building Permission: The timeline for obtaining building permission varies depending on the local authority and the complexity of the project. Typically, it can take anywhere from 2-6 months to obtain building permission. Fees for Building Permission: The fees for building permission vary depending on the local authority and the type of project. Typically, the fees range from 0.5% to 2% of the estimated construction cost.
To view or add a comment, sign in
-
DIFFERENCE BETWEEN CONSTRUCTION AND MAINTENANCE 1: Construction: Definition: Construction refers to the initial creation or building of a structure or facility. Focus: It involves activities such as planning, design, and physical construction using materials, labor, and equipment. Purpose: The primary goal is to create a new asset or expand an existing one according to specified designs and requirements. Examples: Building a new house, constructing a bridge, erecting a commercial building. 2 : Maintenance: Definition: Maintenance involves the ongoing upkeep and preservation of a structure or facility. Focus: It includes activities to ensure the operational functionality, safety, and longevity of the asset. Purpose: The main goal is to prevent deterioration, repair damages, and extend the lifespan of the asset. Examples: Regular inspections, cleaning, repairs, and replacements of components like HVAC systems, roofs, plumbing. Key Differences: Nature: Construction is about creating something new, while maintenance is about preserving and optimizing what already exists. Timing: Construction occurs initially or during significant renovations, while maintenance is ongoing throughout the life of the asset. Activities: Construction involves intensive work like excavation, building, and installation, whereas maintenance involves routine tasks like inspections, cleaning, and minor repairs. 3: In summary, construction focuses on building new structures or expanding existing ones, whereas maintenance focuses on preserving and ensuring the operational efficiency of those structures over time.
To view or add a comment, sign in
-
Do you know about the hidden potential of #MEP plans in #construction #projects? Explore how #Mechanical, #Electrical, and #Plumbing plans optimize space #utilization, enhance #energy #efficiency, and ensure #compliance with safety standards. Click the link to explore the significance of MEP #plans. https://lnkd.in/egHbERyc
To view or add a comment, sign in
-
#Clients looking to #renovate & upgrade buildings can significantly reduce costs by leveraging #facilitiesmanagement organizations rather than traditional contractors. FM organizations offer a comprehensive suite of services, encompass not only maintenance but also renovation & #upgrading of buildings. The first step involves a thorough needs assessment & feasibility study, where the FM team evaluates the current state of the building, identifies areas requiring improvement, & develops a cost-effective plan. This process includes detailed inspections and diagnostic tests to pinpoint inefficiencies and potential enhancement. FM organizations have in-house experts across various trades, such as #civil, #architecture, #electricians, plumbers, #HVAC specialists, & carpenters, which eliminates the need for subcontractors & reduces mark-up costs typically added by general contractors and #consultants. Next, FM organizations utilize a #strategic procurement approach, leveraging their established vendor relationships & bulk #purchasing power to source high-quality materials at reduced prices. This #procurement efficiency translates directly into cost savings for the client. Additionally, FM teams are adept at project management, ensuring that renovations are carried out within specified timelines and budgets. Moreover, FM organizations often recommend upgrades that improve energy efficiency and reduce long-term operational costs. These sustainable practices not only lower immediate renovation costs but also result in significant savings over the building's lifecycle. FM teams are also skilled in navigating #regulatory requirements, ensuring that all renovations comply with local building codes and standards, thus avoiding potential fines and delays. During the renovation process, FM organizations provide continuous monitoring and quality control. They use advanced technologies such as Building Information Modeling (#BIM) and Computer-Aided FM systems to plan, execute, and track renovation projects with precision. This technological integration facilitates real-time updates & transparent communication with clients, keeping them informed of progress & any issues that arise. Another #costsaving aspect is the FM organization’s ability to integrate renovation projects with ongoing maintenance programs. By coordinating these efforts, they can often address multiple issues simultaneously, reducing downtime and enhancing the overall efficiency of the building’s systems. Additionally, FM teams are experienced in value #engineering, a method of analyzing the function of building elements and materials to ensure that the client receives the highest possible value for their #investment. In conclusion, clients can significantly benefit from the expertise and efficiency of facilities management organizations when renovating and upgrading buildings. #FM organizations can deliver high-quality renovations at a fraction of the cost of traditional #contractors.
To view or add a comment, sign in
-
Avoid Over-Improvement: It's tempting to make extensive renovations to increase the property's value, but over-improving can lead to diminishing returns. Focus on essential upgrades that align with the market demand and budget constraints. Realistic Pricing: Research the market thoroughly to set a realistic selling price. Overestimating the property's value can lead to prolonged holding times and financial losses. Consult with real estate professionals or use comparative market analysis to determine a competitive yet profitable price point. Professional Help: While DIY projects can save money, tackling major renovations yourself can be time-consuming and risky if you lack experience. Hire qualified contractors and professionals for tasks like electrical work, plumbing, and structural improvements. This ensures the work is done correctly and up to code, reducing potential future issues.
To view or add a comment, sign in
Co-founder at Nap Works | Crafting Websites and Apps for 9+ years, boosting growth and revenue!🌐
3moInsightful analysis Leon P. Gander