03 Jun
Construction

BUDGETING FOR TOOLS IN CONSTRUCTION

Budgeting for tools in construction is crucial for several reasons:

  1. Cost control: Construction projects involve a wide range of tools and equipment, and without proper budgeting, costs can quickly spiral out of control. By setting a budget for tools, construction companies can track and manage their expenses, ensuring that they stay within the allocated budget and avoid overspending.
  2. Project planning: Budgeting for tools helps in project planning by determining the specific tools required for each phase of the construction process. It allows project managers to identify the necessary tools, estimate their costs, and ensure that they are available when needed. This ensures smooth workflow and prevents delays due to tool unavailability.
  3. Quality and productivity: Investing in high-quality tools can significantly improve productivity and the quality of work. By allocating a budget for tools, construction companies can prioritize purchasing reliable and durable equipment, which leads to efficient work processes, fewer breakdowns, and better overall project outcomes.
  4. Safety considerations: Budgeting for tools also includes allocating funds for safety equipment and personal protective gear. Ensuring that workers have the necessary safety tools and equipment is crucial for maintaining a safe work environment and complying with regulations. It helps minimize accidents and injuries, protecting the well-being of workers and avoiding potential legal and financial liabilities.
  5. Long-term cost savings: While budgeting for tools requires an upfront investment, it can lead to long-term cost savings. Investing in high-quality tools may be more expensive initially but can reduce maintenance and replacement costs in the long run. Additionally, proper budgeting allows for planned equipment upgrades and replacements, avoiding sudden unexpected expenses and downtime.
  6. Competitive advantage: Construction companies that effectively budget for tools can gain a competitive advantage in the industry. By having the necessary tools readily available, they can complete projects efficiently, meet deadlines, and deliver high-quality work. This enhances their reputation, increases client satisfaction, and can lead to repeat business and referrals.

For cost management, project planning, quality and productivity assurance, maintaining a safe work environment, attaining long-term cost savings, and establishing a competitive edge in the industry, budgeting for tools is essential. It enables building enterprises to decide with knowledge, allocate resources efficiently, and ultimately improve project outcomes.

03 Jun
Construction

3D PRINTING HOUSES: ADVANTAGES AND DISADVANTAGES

A cutting-edge technology with the potential to completely change the construction business is 3D printing homes, sometimes referred to as additive manufacturing in the industry. Benefits and downsides of 3D printing companies are listed below:

  1. Cost-effective: 3D printing houses could drastically lower construction expenses. The method reduces the need for numerous conventional building materials, lowers labor expenses, and reduces waste, all of which lead to overall cost reductions.

2. Efficiency: 3D printing can construct homes considerably more quickly than conventional construction techniques. It is especially helpful in locations with a pressing need for housing or during times of catastrophe recovery because it can build sophisticated designs and structures in a fraction of the time needed for conventional construction.

3. Greater design freedom is made possible by 3D printing, allowing architects and designers to create complex and one-of-a-kind structures that might not be practical or cheap using conventional building methods. This adaptability creates opportunities for more aesthetically beautiful and environmentally friendly designs.

4. Resource effectiveness: Additive manufacturing in the building industry can minimize resource usage and cut down on material waste. By precisely depositing the necessary amount of material, it can reduce waste and save resources.

5. Sustainability: When compared to conventional construction techniques, 3D printing homes can have a smaller impact on the environment. It might help to take a more environmentally responsible approach to constructing by reducing waste and using sustainable materials.

Cons:

  1. Limited material choices: In comparison to the variety accessible in traditional construction, the range of materials acceptable for 3D printing homes is now fairly constrained. Even while improvements are being made, the materials chosen might not provide the same level of durability or aesthetic alternatives as traditional techniques.

2. Limitations imposed by technology: 3D printing technology is still developing, and there are obstacles to be overcome, like sizing up printed structures and maintaining constant quality throughout the printing process. There could be technical problems, which could cause delays and complications.

3. Regulatory and legal challenges: The use of 3D printing facilities can run into compliance problems and regulatory roadblocks. To account for this new technology, building codes and regulations may need to be revised or modified. The distinctiveness of 3D printed constructions may also give rise to legal and insurance issues.

4. Disruption in the construction labor market is a possibility due to the need for a distinct set of skills and knowledge that 3D printing facilities require. It may be necessary for traditional construction employees to pick up new skills or look for alternative employment alternatives.

5. Initial investment: Specialized tools, software, and training must be purchased in order to set up a 3D printing construction system. The high cost of the technology may prevent it from being widely adopted, especially in developing countries or by smaller construction companies.

It’s crucial to remember that 3D printing technology is still rather new, and that further research and development may help to overcome some of its existing drawbacks and maximize its advantages.

02 Jun
Construction

DUMUZAS

The fact that the DUMU ZAS MABATI iron sheets are some of the highest quality ones we offer adds to their durability. They are difficult to break. They do not easily distort or absorb water either.

They are designed to resist all kinds of weather.

They are little maintenance and have enduring power.

Natural disasters like hail, fire, and earthquakes are prevented by the way the roofs are constructed. Because of the steel, the roof is earthquake- and fire-resistant.

02 Jun
Construction

KIPEVU OIL TERMINAL

The new Kipevu Oil Terminal (KOT), valued at KSh40 billion, is 96% complete and should be operational by the end of the next month.

The executor, China Communications Construction Company (CCCC), anticipates delivering the building to Kenya Ports Authority before the year is up.

After that, Kenya Pipeline Company (KPC) will operate the terminal, which will take the place of the current Kipevu Oil Terminal, which is 50 years old.

The new terminal can simultaneously store and discharge volumes from four vessels (three carrying petroleum and one carrying LPG), which reduces vessel waiting times. Only one ship can be stored at a time in the old terminal.

Therefore, it is anticipated that the expanded capacity will shield importers from demurrage and surcharges, potentially lowering the cost of importing gasoline goods and the final pump pricing.

The modernized, contemporary oil terminal should be able to handle ships with a dead weight tonnage of up to 200,000. It will be able to handle crude oil, heavy fuel oil, and three different kinds of white oil products, including DPK aviation fuel, AGO diesel, and PMS gasoline. It will also have both subsea and land-based pipes connecting it to the storage facilities in Kipevu.

Kenya will increase its ability to handle transit petroleum products to Uganda, Rwanda, and Burundi starting in January 2022 from the present 35,000 tonnes upon completion of the new Kipevu Oil Terminal in Mombasa.

02 Jun
Construction

GIRASOL

GIRASOL Electric Pressure Washer uses an electric motor to power a high-pressure water pump. It is used for cleaning various surfaces such as vehicles, driveways, decks, siding, and more. Here are some key features and benefits of Girasol electric pressure washer:

  1. Power source: Electric pressure washers are powered by electricity, which makes them convenient to use. You can simply plug them into a standard electrical outlet without the need for fuel or batteries.
  2. Environmentally friendly: Electric pressure washers produce zero emissions, making them more environmentally friendly compared to gas-powered alternatives. They don’t require gasoline or oil, resulting in lower air and noise pollution.
  3. Lightweight and portable: Electric pressure washers are generally lighter and more compact than gas-powered models. They are easier to maneuver and transport, which is beneficial if you need to move the pressure washer around frequently.
  4. Quieter operation: Electric motors produce less noise compared to gas engines, making electric pressure washers quieter during operation. This can be advantageous if you’re using the washer in residential areas or for indoor cleaning.
  5. Maintenance: Electric pressure washers typically require less maintenance compared to gas-powered ones. They don’t need oil changes or spark plug replacements, which simplifies the upkeep.
  6. Suitable for light to medium-duty tasks: Electric pressure washers are ideal for light to medium-duty cleaning tasks such as washing cars, cleaning patio furniture, removing dirt and grime from decks or driveways, and other similar applications.
  7. Lower pressure and flow rate: Electric pressure washers usually have a lower pressure and flow rate compared to gas-powered models. While this might limit their effectiveness for heavy-duty tasks, it also makes them safer to use on more delicate surfaces.
  8. Cost-effective: Electric pressure washers are generally more affordable than gas-powered ones, both in terms of the initial purchase cost and ongoing fuel or maintenance expenses.

When choosing an electric pressure washer, consider factors such as the pressure rating (measured in pounds per square inch or PSI), flow rate (measured in gallons per minute or GPM), nozzle options, hose length, and additional features like adjustable pressure settings or detergent tanks. These specifications will help you determine which model suits your specific cleaning needs.

02 Jun
Construction

KENYAN TRENDS IN TAPS AND MIXERS

Our daily lives would not be complete without taps and mixers, which give us access to clean water for a variety of uses. These fixtures have changed over time in terms of functioning and design to accommodate shifting consumer demands and environmental concerns. This are current mixer and tap trends with a focus on innovation and sustainability.

  1. Smart Technology Integration: One prominent trend in taps and mixers is the integration of smart technology. Smart taps and mixers leverage connectivity and automation to enhance user experience and optimize water usage. Features like touchless sensors, motion activation, and voice control not only provide convenience but also promote hygiene by minimizing contact with the fixture. Furthermore, smart technology enables advanced water flow control, temperature adjustment, and even personalized settings, contributing to water conservation efforts.
  2. Eco-Friendly Design and Water Conservation: As environmental consciousness grows, there is a strong emphasis on eco-friendly design and water conservation in taps and mixers. Manufacturers are incorporating aerators and flow restrictors to reduce water consumption without compromising performance. These mechanisms mix air with water, maintaining a steady flow while minimizing the volume of water used. Additionally, the use of ceramic disc cartridges ensures durability and prevents leaks, which further conserves water.
  3. Sustainable Materials: Sustainability is a key consideration in the manufacturing of taps and mixers. Traditional materials like chrome-plated brass are being replaced with more eco-friendly alternatives. For instance, manufacturers are utilizing stainless steel, which is highly durable, corrosion-resistant, and recyclable. Moreover, some companies are exploring the use of bio-based materials or recycled materials to reduce the environmental impact of production.
  4. Customization and Aesthetic Appeal: Taps and mixers are not just functional fixtures; they have become design elements in contemporary interiors. Manufacturers are responding to this demand by offering a wide range of customizable options, including different finishes, colors, and styles. Matte black, brushed nickel, and rose gold finishes have gained popularity, providing consumers with opportunities to express their personal style and create visually appealing spaces.
  5. Hygiene and Cleanliness Features: With increased awareness of hygiene, taps and mixers now incorporate features that prioritize cleanliness. Anti-bacterial coatings, self-cleaning mechanisms, and touchless operation minimize the growth and transmission of germs. These innovations not only promote health and hygiene but also contribute to the longevity and maintenance of the fixtures.

Consumers’ changing demands and ambitions, as well as a rising dedication to sustainability, are reflected in the trends in taps and mixers. The industry is changing as a result of smart technology integration, environmentally friendly design, sustainable materials, customisation choices, and sanitary features. Moving forward, it is critical for manufacturers to keep innovating in these areas to make sure that taps and mixers are not only functional but also in line with user preferences and environmental responsibility. By embracing these tendencies, we may design a future in which sustainability, aesthetics, and water efficiency coexist peacefully in our daily lives.