Modeling biochar-colloids fate and transport in the subsurface PhD
Doctoral and postdoctoral
The total service fee for this program:
€ 499
Pre payment for this program:
€ 99
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ABOUT
Studying PhD of modeling biochar-colloids fate and transport in the subsurface at Cranfield University in the United Kingdom:
Soil and groundwater pollution are some of the things that endanger our drinking water resources. Toxic chemicals contaminate subsurface reservoirs through polluted soils, agricultural runoff, wastewater, storm water, and air pollution. There are many options that can be used in drinking water treatment, one of which is biochar technology (biomass-derived charcoal).
Biochar (BC) is a promising, cost-effective, and sustainable technology used for soil and water applications, but its mobility and environmental impact on the subsurface have not yet been recognized in the long run. The purpose of this course is to understand the stability of the BC at the subsurface over time.
During the course, students will develop forecasting and decision-making tools to combine subsurface mainstream, transport phenomena, removal mechanisms, and optional evaluation processes to determine the impact of BC application on the subsurface over time. They will also gain a new understanding of the mechanisms governing water flow, the transfer of pollutants and colloids from the vadose zone to groundwater, the physical and chemical interaction with soil, and the biodegradation of BC in the long run.
Cranfield University provides students with the opportunity to participate in an appropriate curriculum of seminars and events, which include research techniques, academic writing and presentation. In addition, students are expected to attend international conferences and study abroad to enhance social and networking opportunities.
PhD students will enjoy a professional, focused, and dynamic environment and become part of the Cranfield Doctoral Network. The network is made up of research staff and students and provides a platform for researchers to collaborate in a multidisciplinary environment and share their ideas. The purpose of forming this network is to encourage a dynamic and effective research culture based on knowledge and diversity of activities. The transferable skills curriculum, along with a dedicated program of events and seminars, provides students with the opportunity to network and gain social opportunities.
Admission requirements of doctoral degree in modeling biochar-colloids fate and transport in the subsurface:
To study the field, students need a first or second class UK honours degree in hydrogeology, environmental science, environmental engineering, civil engineering, mathematics or a relevant discipline. Students are also expected to have previous research experience in environmental modeling or hands-on experimental experience.
Funding:
This course offers a scholarship of up to £ 18,000 per year plus living expenses for three years (sponsored by EPSRC, UTC, and UKCEH)
Language requirements of doctoral degree in modeling biochar-colloids fate and transport in the subsurface:
To study the course, students must demonstrate their ability to communicate in English. They can apply for one of the Cranfield’s EAP courses, if they do not meet expectations of the English language arrival. The expiration date for the exams is only two years of the course start date. Combination of scores in two or more tests is not accepted, all elements of test results must be shown in one test. All test scores are checked with test providers. Applicants must have at least IELTS 7 (5.5 in all skill components), TOEFL IBT 100 (reading at least 18, listening at least 17, writing at least 17, speaking at least 20), Pearson PTE 68 (59 in all skill components), Cambridge Assessment English 190 (160 in all skill components), overall pass in Trinity College London, or overall pass in Language Cert (33 in all skill components).
Other living expenses needed for studying doctoral degree in modeling biochar-colloids fate and transport in the subsurface:
Single student
- Accommodation: £500-£1000/Month
- Food: £260-£325/Month
- Travel: £40-£50/Month
- General expenses*: £150-£200/Month
Couples and families
Accommodation:
- Couple: £2,500
- Couple with one child: £2,700
- Couple with two children: £3,000
- Couple with three children: £3,200
Additional guidance
- Food: £70-£80/weakly per one person
- Clothing and laundry:
Weekly launderette for one person: £5-£8
Winter clothing estimate for one person: £350-£450
- Television: £159/year
University Deadlines:
05 May 2022
FREE VISA SERVICE
One of our very suitable solutions for applicants is to provide free visa services to study in this field from a pleasant country. If you need to receive free visa services, let us know your request
Expenses (GBP)
21740
Application Fee
0
Program expenses
University & General Expenses
REQUIREMENTS
50
accommodation
The School of Water, Energy and Environment, the School of Aerospace, Transport and Manufacturing, and the School of Management are located on the Cranfield Campus, as well as many industrial-scale facilities for research.
There are many facilities on Cranfield Campus, including: student accommodation options, two hotels with full accommodation and conference and banqueting facilities, sports and recreation facilities, and a private airport. Cranfield Campus sports facilities include several tennis courts sports pitches, playing fields, an aerobics stadium, and a fitness center.
Students admitted to a full-time course can apply for on-campus accommodation. They will also be able to find private housing off campus in nearby areas. Cranfield Campus has 1,466 single rooms, 75 studio apartments for couples, and 97 family homes including two-bedroom, three-bedroom, and four-bedroom houses. All dormitories have Wi-Fi internet connection. All students will benefit from Endsleigh insurance, which covers the risks that may occur while living in student accommodation.
Cranfield University provides many opportunities for students to participate in a various range of societies and clubs, such as the Musicians Society, Astronomical Society, and Basketball Club. The Cranfield Student Association is managed by a team of selected students. It is also supported by a small team of staff. Its purpose is to promote student welfare and to organize cultural, social, and sporting activities.
Cranfield has a wealthy collection of library resources and services to support students’ academic work. This collection has nearly 200 academic and leading commercial databases which provide access to in-depth application topics and current information related to the subject under study. It also has more than 22,000 e-journals, as well as core collections of reports, magazines, books, and a range of current awareness services.
Cranfield provides support, services and systems, whether industry-leading software and high-performance computing capabilities or network access. It offers a high-speed, wireless network to provide students with the opportunity to access a wealth of online services. Cranfield IT services are available 24 hours a day, 7 days a week, on and off campus, and gives students access anytime, anywhere.
After Graduation
Students will benefit from Cranfield Career Development Services, which have a variety of aspects and functions, from providing 1: 1 coaching to connecting with employers. Students will have access to some key resources before entering the university to prepare their resume for the recruitment season. Upon arrival they will be able to join workshops to create their own professional profile and start applying for vacancies. During the year, Cranfield organizes events, careers fairs, and client presentations to present job opportunities and networking, where students attend interviews and negotiate proposals.
From 1 July 2021, the British Government has launched a new route for international graduates to increase their employment opportunities in the UK. This route welcomes all international students who have successfully completed their course at Cranfield. This visa allows MSc graduates for two years and doctoral graduates for three years to work or search in any position or job they wish and it can be converted to a skilled work visa after finding a job in