IBIT is a platform for aspiring Entrepreneurs, Investors and Innovators to support or seek support for respective project, mission problems or potentials.
Identifying, fostering, scaling, technology and resources, advising… Yes, it’s all here. But first is to know/ knowing each other and specifically about what is it that you want to complete, take further. Large Scale Impact and accelerate growth for entrepreneurs is essential. We believe we have impacted more than three through our interventions at present.
We value excellence in the areas of Technology, Funding, Industry & Government Ecosystem. We focus extensively on Agriculture, Healthcare, and Education.
Technologically, financially and in these days digitally strong firms had their efforts to build disruptors of their own, a few have succeeded, while many are wondering how to convert some great ideas into revenue-generating units. The difference amid them is not the use of a particular process or technique, but the ability to manage three distinct innovation disciplines known as ideation, incubation and scaling.
India has moved from an agrarian economy to a manufacturing
economy. The manufacturing sector now contributes around one-fourth of the total GDP and
the industrial
output has now crossed USD 65 Billion in value.
Sustainable economic growth of India as well as rest of the world will depend on
effective energy planning. Nearly 40% of the world’s energy comes from petroleum.
Natural gas contributes to another 20% and these two natural resources account for 60%
of the world’s energy. The growth in consumption of oil and natural gas in the past has
been such that the consumption has been doubling every 15 years. This trend is likely to
continue and will lead to complete depletion of natural resources in next 30 years. It
is significant to note that more than 20% of the world’s total primary energy is
consumed in transportation. There are more than 410 million cars currently in the world
and in another 20 years the automobile population will reach one billion marks.
Transportation sector which consumes a large share of energy resource of the country
also contributes significantly towards pollution. We at Electrotherm have made it our
mission to provide vehicles which are emission free, which do not use petroleum products
and which are highly successful. Electrotherm delivers innovative, cost effective,
practical and environmental friendly electric vehicles. Our range of vehicles, power
supplies, accessories and subscription software leverage the benefits of modern electric
drive and battery technology. All terrain and all performance, say goodbye to the
limitations of your environment, and experience the ease of RABBIT travel. The use of
modern technology in agriculture saves time and reduces physical exertion. E-bikes are
used for mulching, digging, spraying and freight.
Functional coatings are basically used to enrich the
properties and performance of various textiles and also to introduce new textile
functions. ZnO has very unique physical and chemical properties, it is also environment
friendly, biocompatible and low in price, and thus it is established as a very good
chemical agent for textile functionalization. ZnO is produced from the naturally
occurring rare mineral Zincite or synthetically prepared by the use of various
precursors.
ZnO is used in the textile industry due to its extraordinary properties like good
photocatalytic activity, chemically very stable under the UV radiation exposure,
thermally very stable and they absorb a wide range of the UV radiation. Apart from this
the ZnO nanoparticles are a very effective photocatalytic self-cleaning antimicrobial
and UV protective agent. When ZnO nanoparticles are embedded in textile fibres to
improve the flame retardancy, thermal stability, to achieve the management of the
moisture, thermal insulation, electrical conductivity and hydrophobicity. The literature
survey reveals the use of ZnO nanoparticles in different perspectives and deliverable
highlights.
The ZnO nanoparticles can be easily synthesised by using eco-friendly technology, by
using the different plant extracts, microorganisms and other biomolecules. The use of
ZnO in textiles is very rare and has limited to very specific applications like
preparing the antibacterial cellulose/ ZnO composites or antimicrobial fabrics.
Since these green routes are especially important for biomedical applications, the
photocatalytic, antibacterial, antifungal, drug delivery, anticancer, antidiabetic,
anti-inflammatory as well as bioimaging activities of ZnO nanoparticles were taken into
consideration
Energy harvesting or scavenging is a very interesting
process of catching the wasted energy from naturally occurring energy sources, gathering
and its storage for the later use. Electricity has become a lifeline for the human
population and the demand of electricity is increasing day by day. For the use of the
modern technology a large amount of electrical power is required for its various
operations, thus electricity production is a major concern. The gap between the demand
and supply of electricity for humankind has highlighted the need of exploration of the
alternative and sustainable energy sources.
An alternative to the conventional power sources is the need of the time. More than two
decades the Energy Harvesting technologies are extensively explored by the researchers.
The limitations faced by the remote, portable and implantable devices are limited life
time, requirement of periodic recharging. Amongst the known ambient energy sources like
the solar energy, wind energy, Thermal energy, electromagnetic radiation energy etc…,
vibrational energy presents a persistent presence in nature without depleting the
natural resources. Various materials, either naturally occurring or man-made due to the
transduction mechanism are able to convert the vibrational energy into useful electrical
energy. Accordingly piezoelectric transducers, are widely explored to generate power
from vibration energy sources.
When people walk, they generate vibrational energy that can be converted into electrical
energy. The actual electro-kinetic floor is really a need of the time to extract
electrical energy. This type of energy produced will be free of pollution, cost
effective, one time investment as the power floor does not require any fuel or any type
of energy source for its working. This study involves the use of piezoelectric energy
harvester to convert the mechanical energy into electrical energy. An energy harvester
has typically three main components; the micro-generator for converting ambient energy
into electrical energy, the voltage booster to pump up and regulate the generator
voltage and the storage.
The power systems that are based on vibrations are mainly the resonant systems, where
the resonant frequency of generators matches the ambient vibrational frequency to
produce maximum power. The frequency of human walking is less than 10 Hz, thus
harvesting the energy from the human body including the walking energy is a source for
providing electricity for low powered devices hence each individual has a potential to
become a power generator. Thus, we focus on the designing and successfully using the
piezoelectric transducers for the energy harvesting.
This work focusses to demonstrate the use of piezoelectric tiles that can be placed on
the crowded roads to harvest the electrical power from the vibrational energy from the
pedestrian footfalls and the vehicles.
A compound (x) are neurotoxin occur in food stuff, coffee,
meat. It is natural alkaloids occurring in plants and mammalian tissues. They have a
great variety of biological activities, including mutagenic behaviour due to their
capability of binding to DNA, and various neurological effects due to their interactions
with benzodiazepine and imidazoline receptors. Clinical studies correlated increased
plasma concentrations of x compound with neurological diseases and also with high
consumption of alcohol, heroin and tobacco. Different chromatographic methods have been
employed for the determination of x compound in several samples and matrices. Thus,
RP-HPLC coupled to mass spectrometry, fluorimetric and UV-Vis detection has been
employed to quantify x compound in food and foodstuffs, human blood and hair, and HPLC
with electrochemical detection is useful for determining x compound in foods and
beverages as an alternative to gas chromatographic techniques. This conventional method
of quantification can be replaced and we can avoid the use of organic solvents like
acetonitrile.
Y compund are cyclic compounds with fascinating molecular recognition properties that
have been exploited for the design of other host molecules. AS y compound has different
dimension of cavities and water solubility, they present a variety of applications in
chemistry and also in pharmaceutical, food and cosmetic industries because they are
non-toxic and inexpensive.
Inclusion complexation study of different forms of x compound will be carried out with Y
compund characterization of complex UV-visible, Fluorescene, 1H-NMR, 2D ROESY, FT-IR,
HR-MS, SEM. Increase level of X compund in blood cause tremor producing neurotoxicity.
Biological application of this complexation in human blood or Human serum albumin to
quantify concentration of X compund in various cooked food stuff.
The three regulations of innovation firstly focuses on the
ideation. Ideation is all about generating the new ideas, containing fabulous insights,
getting penetrating thoughts, understanding customer’s needs, building empathy with them and
finding ways in which you can serve those needs and that’s ideation. However one has got to
subsequently figure out which are good ideas and that’s incubation. Furthermore then is
scaling to turning that proven idea into a revenue-generating business.
What are you heading towards and what is your hypothesis about future, are the question that
shall drive you towards scaling and in the process, even if things go wrong, you still know
where you’re headed. Most companies continue to assume that innovation comes from that
individual genius, or, at best, small, sequestered teams that vanish from sight and then
return with big ideas. But the truth is most innovations are created through networks --
groups of people working in concert. Further is a path to the scaled endpoint with many
aspects looking for clarifications such as ambition, capabilities, customers and few more.
This ideation-incubation-scaling is fundamental and it’s the right way to go. It is vital to
realize that constant and continuing innovation is central to stay ahead of the competition
and this is why businesses look out for innovative ideas that can drive innovation. On this
background well we have to value the efforts of entrepreneurship and thus we have to
generously look at the process of innovation, ideation and transformation.
