Bhavin
Lakhani is the Project Controls Specialist Lead, PMP, CCM, & Chartered
Engineer, bringing extensive experience to bear upon consulting services in
Project Controls, Project Management, Risk Management, Estimating, Owner’s
Representative, & MWBE Outreach & Compliance. He has a career that is
stamped by the excellent execution of critical projects across distinguished
organizations. He is a Fellow of the ACOSTE, & Indian Institution of
Engineers & Senior & Life Member of the IEEE, IEI, ACCE, ICI & IBC.
Also, he is a member of other prestigious international construction &
civil engineering associations as well such as ASCE, PMI, CMAA, & CIARB. He
has a Master of Science in Environmental Technology and Sustainability and a
Bachelor of Science in Civil Engineering. Those credentials bear immense
witness to his background capacity to synthesize technical experience with
complete mastery of the construction industry provenance.
Let's
talk about Construction. Construction represents a major opportunity because
building new houses along with roads and skyscrapers forms the core of this
industry. The process shows a dual challenge of slowness as well as high costs.
Innovations revolutionize the process of digging foundation holes specifically.
Piling
and drilling techniques at the forefront of technological
advancement bring down project costs and project duration while delivering
benefits to both the environment and inhabitants. These technological solutions
are more than equipment since they represent transformative elements for
directing construction project management operations.
Problem:
Huge obstacles normally
confront the execution of construction ventures. Projects face these
difficulties which creates work delays while raising expenses and generating
annoyances for adjacent residents. Let's break it down.
Time serves as a priority
because setting the base requires starting from the origin. The process of
digging beneath the surface requires additional effort. The ground underneath
becomes difficult in certain sections while staying tender in other locations
with the occasional encounter of rocks and water beneath.
Surprises that occur in the
field create delays which prevent workers from following their planned
schedule. A project span that should require six months extends to eight or
nine months because of these delays. The delayed project keeps both human
resources and equipment and financial resources engaged beyond their original
timelines.
Additional time extends the
working period which results in increased workforce expenses. Equipment rental
periods need an extension as part of the increased cost. Acquiring the wrong
site conditions can force you to start the job again at an additional cost.
When drilling operations
happen in incorrect areas it leads to the abandonment of project work which
results in material losses such as concrete and steel becoming redundant. Most
construction industry cost overruns during 2022 reached between 10% and 20%
worldwide because of foundation problems.
The traditional
construction methods produce loud noises as well as create significant mess
during operations. When using aged piling machinery, it generates considerable
noise that creates frequent ground vibrations. The industrial activities that
take place in urban centers where residents also live, and work create
substantial issues.
People experience
challenges in school tasks and home rest when constant construction sites
interrupt their daily activities. The existence of noise regulations in certain
regions forces construction teams to halt operations which ultimately leads to
additional delays. These techniques produce hazards that break down adjacent
structures resulting in building complaints together with legal complications.
Lastly, there's the
environmental impact. The conventional piling system demands significant
utilization of both energy and materials. The construction process generates
both dust contaminants and loud noise pollution as well as producing numerous
waste products.
Old drilling rigs require
additional fuel for operations that increase airborne pollutants. Foundation
work participated in 37% of global CO2 emissions from construction activities
in 2021. The desire for environmentally friendly solutions remains challenging
because outdated procedures block progress in reducing environmental impact.
Solution:
The following part explains
the possible solutions new technologies offer to resolve these difficulties.
The solutions operate as specialized components that address issues like tools
in a collection.
1.
Smart Automated Drilling Machines serve as implements that
automate operations on drilling projects. The machines rely on computers to
investigate underground conditions when performing drilling operations. Such
equipment needs to change its drill movements once encountering tough ground
conditions.
The system shifts its
operation when water exists in the exploration area. The system lowers work
mistakes and enhances production speed. According to research the drill
duration reduced from thirty days to twenty days with new systems. Actual
operations show that automated drilling equipment decreases drilling periods by
25% or more.
2.
The main problem of noise pollution is addressed through
silent piling methods. The process of Hydraulic Piling Drives Piles beneath the
surface using pressure without causing noise through impacts. This is great for
cities. Noise regulations do not affect workers who continue operating and the
nearby population remains undisturbed.
3.
The Continuous Flight Auger (CFA) Piling procedure combines
multiple steps while performing simultaneously. The process requires drilling a
hole simultaneously with concrete delivery. The continuous operation saves time
because there are no interruptions during the process.
The application of CFA
piling procedures enables medium-sized foundation projects to finish their
tasks one week faster than traditional construction methods. Foundation
installation processes using CFA piling reached average completion about a
month earlier in 2020 according to research findings. This technology demands
lower material usage which reduces production costs together with waste.
4. The
use of Vibro-Replacement as a technique results in delayed project
schedules because of weak soil quality. The ground receives improved strength
using Vibro-Replacement Technology through stone column implementation. The
technique provides the ground with more solid structural support.
This technology enables you
to initiate construction work more quickly. In a project in Asia,
vibro-replacement cut foundation prep time by 15 days. Using stones instead of
chemicals makes Vibro-replacement environmentally friendly along with being
ecologically sound for the foundation setup process.
5.
BIM (Building Information Modelling) Integration provides
construction with a three-dimensional management tool. Planning happens through
this method enabling pre-start assessments of every necessary step. Drilling
locations and excavation depths become visible to engineers, and they can also
identify potential issues that might occur.
This reduces surprises and
mistakes. A building project which implements BIM can prevent disastrous pipe
strikes which results in both time and financial savings. Building Information
Modelling has reduced foundation work errors by 20% in 2023 among adoptive
projects.
These solutions work
together. Automation of drills and CFA piling processes create faster work
execution. Silent piling keeps the peace. Vibro-replacement handles tricky
soil. BIM functions as a smart platform that consolidates all components of the
project. BIM and these other solutions combine to reduce construction time
while lowering costs, minimizing noise pollution, and improving environmental
performance.
Recommendation:
Your
solutions require proper planning to function effectively. This guide provides
the process you should follow.
The value of new technology
requires Proper Training for your workforce. Training is key. The first step
should involve conducting workshops that teach staff how to operate automated
drills and perform silent piling procedures. A seven-day training session
should focus on teaching workers to interpret drilling system data.
This builds confidence.
When applied to a genuine project the staff who received training operated
automated drills at a 15% higher rate than their untrained counterparts.
Training processes minimize project-related accidents and ensure team member
safety.
New beginnings should begin
with small-sized undertakings before advancing to larger projects. A small site
should be selected as the first location for testing the new technology. Maybe
a small parking lot or a community center. The testing demonstrates both
effective and non-effective methods.
The local ground conditions
require specific alterations for CFA piling procedures. The project team
preserved $50,000 after beginning their work on a small project instead of a
larger one. The practice session serves as a preparation for the main
competition.
Collaborate with Technology
Providers since these companies understand their products most effectively.
Partner with them. Receive demonstrations while requesting particular equipment
configurations from suppliers. Local conditions such as rainfall in your area
could trigger the providers to modify their drilling equipment for working with
wet soil environments.
The urban construction
project allowed tech providers to develop specialized noise-reducing
modifications for their silent piling equipment which generated an additional
10% reduction in sound emissions. A strategic relationship with technical
providers guarantees that the technology works exactly as you require.
Technologies produce data
that becomes accessible for your use. Use it wisely. The Automated Drills
collect records of soil types during operations. Analyze data before planning
the next project requirements. The evaluation of hard soil conditions will lead
you to modify project scheduling.
Comparable findings
identified through data analysis allowed a team to reduce their delays by 20%.
The data functions like a guide because it indicates specific directions.
Environmental-friendly Tech
choices should be your selection since they benefit nature. Silent piling
reduces noise pollution. Vibro-replacement uses natural materials. The
implementation of BIM technology leads to reduced waste because it improves
planning efficiency.
By employing BIM technology
engineering teams saved 10% of their concrete waste which simultaneously saved
expenses and protected the ecosystem. Territorial areas managed to decrease CO2
pollution through environmentally friendly construction practices by 5% in
2022. The practice of environmental sustainability benefits both professional
goals and worldwide principles for progress.
These recommendations are
practical. The strategic combination of these measures lets you maximize new
piling and drilling technology benefits which accelerate your operations while
reducing costs and creating better results for society.
Conclusion
The innovative piling and
drilling systems we have today are not mere novelty devices because they enable
a complete revolution in construction methods. The implementation of these
technologies allows projects to complete work more efficiently with reduced
expenses and enhanced project non-disruptions.
Construction companies can
achieve modern urban development goals and protect the environment by using
these innovative changes in their operations.
