Chemistry Project Chemical Reactions Research: Fill & Download for Free

It depends on your budget and the amount of field or lab time that the students can devote. Some ideas that could take months:Monitor the chemistry of the water in the local river as weather conditions vary. The whole year would be really good.Have the students determine the chemical reactions that occur in local industry.Have students try to formulate a paint stripper that’s both effective and environmentally safe. NOTE: Don’t rush to the stripping. Lots of research should precede that activity.Have students make up fertilizers of various compositions and test them with different types of plant. NOTE: Don’t rush to the planting. Lots of research should precede that activity.

Assuming you want to earn money as a freelancer and not just do unpaid research, here are a few just over the top of my head:1. Calculating the fertility of top-soil by using imaging data:-This is a hot field of agricultural research which utilises the calculation of the composition of top soil by computationally analysing parameters such as water content, mineral content and biomass content. You can utilise UV, Microwave and IR spectras compiled by onsite cameras. Also this can be done millions of miles away from the actual site by communicating via the internet, thereby making it a lucrative career as well.Plus, if everything else seems dull you can always tell your relatives that you are using the technology that scientists use to find water on extra-terrestrial objects. Kinda cool, huh?2. Designing simulations for chemical reactors:It is by far the hottest topic of research in computational chemistry. Period.It involves prediction of intermediates, enthalpy, entropy and free energy change as well as possible product formed in a chemical reaction, WITHOUT actually carrying out the reaction.People who are good at this are often the ones walking around with their double PhDs, so it's kinda resource intensive.3.Designing a software for calculating composition of various industrialVarious modern industries in the developing world still rely on dedicated hardware that has software running in FORTRAN for the analysis of various flue gases in their chemical plants, simply because an upgrade is too costly!What you can do is download the ASTM standard tests for certain industrially important chemicals and design a software that gives the expected and observed composition of such chemicals based on the source of raw material, types of reactors involves and number of processes involved, etc. etc.I did this one for my summer internship in 2013 by designing a C++ analyser for NG in a fertiliser plant, and as it turns out, they are still using it because of it's ease and lack of any dedicated hardware (it runs on a PC).4. Protein folding and data compilation:-It is one of the heavily researched areas in biochemistry and unlike any other area of research, it contains a lot of data that is available to be compiled into a single package so that various research labs can utilise the experimental interactions of drugs with proteins.The data is usually hard to get by without proper authentication, so this project requires a lot of social networking and I don't mean FB and twitter if that's what you are thinking.So here's the deal.I have some more ideas regarding the symbiosis of compuational, inorganic and Materials chemistry and will add more projects if the response on this answer is worth my time.Till then- May the force be with you, young Skywalker!

Chemical engineering students are typically people who like chemistry, physics and maths, but do not wish to do any of those subjects full-time. Their grades will be good enough for them to enter other engineering subjects, but they do not want to give up totally on chemistry. Some have biology and are aware that certain university departments have specializations in this area.The most important part of chemistry for a chemical engineer is physical chemistry. We have to be able to pick up relevant organic or inorganic reactions and mechanisms (and possibly biological ones) when required for a project, but we need to permanently understand some basics of physical chemistry. The other fundamental thing is balancing equations and being able to convert this to tonnes in and out - I hope you can see the need for this.However, the main part of designing a chemical process comes from the physical situation - forces, fluids moving around, energy being transformed - in order to arrange the situation for the chemical reactions to take place and to carry out the separation processes (e.g. distillation, crystallization, filtration). Thus it is important to understand these parts of physics - gas laws, mechanics, heat. (Relativity and quantum mechanics rarely come into it.)In my personal view, the maths a chemical engineer needs to practice is not really hard, but it is important to get it right. You do not get 5/10 for designing something by the correct method and having the decimal point wrong. However, university courses tend to go a bit further, so you should be prepared for this, particularly at the most prestigious institutions.Most chemical engineering graduates go on to industrial positions and will have early responsibility for management. In other words, they will be doing things and making things happen. This is different from going on to do a PhD and being a research scientist - a minority sport for chemical engineers, but a possible route for those so inclined to become academics.An alternative degree for those who like chemistry and physics is materials science or materials engineering. These are usually less demanding in mathematics.