Chemical Engineering Sample Clauses

Chemical Engineering. C. Mechatronic Engineering
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Chemical Engineering. 5. Civil Engineering
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Chemical Engineering. The following information was updated according to the 2017-2018 UND CATALOG - Students satisfactorily completing the courses below may transfer them to UND in fulfillment of the corresponding course requirements for this degree. Essential Studies equivalencies, courses, and major requirements may change. An official evaluation of transfer credit will be done upon admission to the university. Transfer credits will be evaluated and applied according to the current catalog and the approved Essential Studies list at the first semester of enrollment at UND. Students planning to transfer to UND are encouraged to have phone or email contact with a UND adviser. Students may call the Advising Office at 1-800-CALL-UND ext. 3411 or 777-3411. Both MAT 181 and MAT 182 must be successfully completed to receive credit for UND's MATH 165 and MATH 166. +Completion of CHEM 341 will waive CHEM 470, contact Chemical Engineering department for waiver. LAS 141 from SHU will fulfil UND's Social Science and United States Diversity requirements. LAS 241 from SHU will fulfil UND's Humanities requirement. SHU Course/Credits/Title UND Course/Credits/Title I. Communication - COM ENG 101 3 Reading and Writing I ENGL 110 3 College Composition I ENG 102 3 Reading and Writing II ENGL 130 3 College Comp II: Writing for Public Au II. Social Science - SS Elective Credit 6 Credit from at least two depts. Elective Credit 6 Credit from at least two depts. PHIL 220 3 Intro to Ethics CHE 340 3 Professional Intergirty of Engineering
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Chemical Engineering. Chemical Technology Seminar 1 Chemical Product Design and Development 1 Industrial Scale-Up 2 Field Trip 1 EM3ES semeste4 for UNIGE students Academic Writing 1 Design of Experiments 2 Ethics 1 Literature Seminar 1 Conceptual Process Design & Simulation 4 Plantwide Control 3 Apparatus Engineering 3 Solid Process Engineering – Particle Technology 3 Advanced Thermal Process Technology 2 Elective Energy Engineering Power and Smart Grids 2.5 Energy Conversion Technologies and Synthetic Bio-Fuels 2.5 Elective Chemical Engineering Advanced Industrial Chemistry 2.5 Advanced Catalysis 2.5 EM3ES semester 5 for UNIGE students Master Seminar 5 Jointly supervised Master Thesis and Traineeship (“Tirocinio“, 1ECTS) 12 TOTAL 137 Road map of courses taken by EM3ES students registered at MCI EM3ES semester 1 for MCI students Course Title ECTS Process Control 2 Reaction Engineering 3 Heat and Mass Transfer 4 Matlab in Engineering 1 Revision Course in Process Technology 1 Legal Aspects of Engineering 1 Business Economics 3 Elective Energy Engineering Energy Storage 1.25 Electrochemical Energy Storage and Conversion 1.25 Elective Plant Design and Operations Strength of materials 2.5 Elective Environmental Engineering Waste Engineering 1.25 Noise Control 1.25 Elective Chemical Engineering Polymer Chemistry 2.5 EM3ES semester 2 for MCI students Academic Writing 1 Design of Experiments 2 Ethics 1 Literature Seminar 1 Conceptual Process Design & Simulation 4 Plantwide Control 3 Apparatus Engineering 3 Solid Process Engineering – Particle Technology 3 Advanced Thermal Process Technology 2 Elective Energy Engineering Power and Smart Grids 2.5 Energy Conversion Technologies and Synthetic Bio-Fuels 2.5 Elective Plant Design and Operations Process Integration 1 Plant Automation 3 Materials Handling and Logistics 1 Elective Environmental Engineering Groundwater, Advanced Water Engineering and Reuse 4 Life Cycle Assesment 1 Elective Chemical Engineering Advanced Industrial Chemistry 2.5 Advanced Catalysis 2.5 EM3ES semester 3 for MCI students Models and Methods for Energy Engineering (86662) 6 Energy and Buildings (86655) 6 Fuel Cells and Distributed Generation Systems (86660) 6 Solar and Geothermal Energy (80043) 6 1 elective course 6 EM3ES semester 4 for MCI students Hydro, Wind and Micro-gas Turbines (86661) 6 Energy Laboratory (80081) 6 Power Systems Modeling and Control (65887) 6 Power Systems Management (86638) 6 1 elective course 6 EM3ES semester 5 for MCI students Master Seminar ...
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Chemical Engineering. Padak, Bihter Mercury Adsorption on Activated Carbon - ( 15510-JB35 ) Sponsor: LAB Co-PI: 60,000 AWARD_PROJECT_AMT. IF AVAILABLE:
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Chemical Engineering. The following information was updated according to the 2017-2018 UND CATALOG - Students satisfactorily completing the courses below may transfer them to UND in fulfillment of the corresponding course requirements for this degree. Essential Studies equivalencies, courses, and major requirements may change. An official evaluation of transfer credit will be done upon admission to the university. Transfer credits will be evaluated and applied according to the current catalog and the approved Essential Studies list at the first semester of enrollment at UND. Students planning to transfer to UND are encouraged to have phone or email contact with a UND adviser. Students may call the Advising Office at 1-800-CALL-UND ext. 3411 or 777-3411. + Completion of both CHEM 262 and CHEM 311 will waive CHEM 341/L, CHEM 466 and ChE 493A, contact the Chemical Engineering department for waiver. CHEM 341/L will be accepted in place of CHEM 340/L for BSChE. ++ Completion PHYS 201, PHYS 202, and PHYS 203 will waive PHYS 251, PHYS 252, and PHYS 253; contact the Chemical Engineering department for waiver. All three Principia courses must be completed to satisfy curriculum requirements. +++Completion of CHEM 131 and CHEM 132 will waive Chem 221/L and CHEM 254/L; contact the Chemical Engineering department for waiver. PRC Course/Credits/Title UND Course/Credits/Title I. Communication - COM GEN 101 3 Integrated Learning Course ENGL 130 No Equivalent 3 Must be taken at UND ChE 412 WRIT 151 3 Fundamentals of Academic Writing ENGL 110 II. Social Science - SS No Equivalent or 3 Must be taken at UND or ME 370 or ENGR 340 3 Professional Integrity in Engineering ChE 340 Elective Credit 3 Elective Credit Elective Credit SMGT 360 3 Leadership LEAD 101 ,II. Arts and Humanities - FA/HUM Elective Credit 9* Elective Credit Elective Credit *must include 3 credits designated as Fine Arts and 3 credits designated as Humanities
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Chemical Engineering. Xxxxxxxxx, Xxxx Center for Rational Catalyst Synthesis (CeRCaS) I/UCRC Phase I -- UC Berkeley - Operating Account for 00000000 (15510-FC58) Sponsor: CeRCaS Memberships – NSF 1464630 80,000 PS PROJECT: 10009756 AWARD_PROJECT_AMT. IF AVAILABLE: PROJECT YEARS: 1 Xxxxxx, Xxxxx Development of a TSA Process for CO2 Removal Using a Structured 13X Adsorbent: Part V 150,000 Sponsor: Xxxxxx Technology, Inc./NASA PS PROJECT: 10009751 AWARD_PROJECT_AMT. IF AVAILABLE: PROJECT YEARS: 1 Xxxxxxxxx, Xxxxxxxxx Modeling of Electrolytic Dissolution Sponsor: Savannah River National Laboratory/DOE 125,000 PS PROJECT: 10009742 AWARD_PROJECT_AMT. IF AVAILABLE: PROJECT YEARS: 2 Civil & Environmental Eng. Xxxxx, Xxxxxx Utilization of Traffic Speed Deflectometer for Pavement Management Sponsor: SC Department of Transportation (SCDOT)/FHWA 530,355 PS PROJECT: 10009755 AWARD_PROJECT_AMT. IF AVAILABLE: PROJECT YEARS: 1 Xxxxx, Xxxxx Extremely Durable Graphene Oxide Nanoribbon Reinforced Concrete Sponsor: Savannah River National Laboratory/DOE 160,000 PS PROJECT: 10009758 AWARD_PROJECT_AMT. IF AVAILABLE: PROJECT YEARS: 2 Xxxx, Xx Investigation of Fouling Particle Transport and Settlement Mechanism in Railroad Ballast for Shoulder Cleaning Optimization, Phase I Sponsor: Loram Maintenance of Way, Inc. 344,920 PS PROJECT: 10009757 AWARD_PROJECT_AMT. IF AVAILABLE: PROJECT YEARS: 2 Mechanical Engineering Xxxxx, Xxxx TO5 Experimental evaluation of fuzz and resin buildup during continuous AFP layups using Toray Conventional and New Materials Sponsor: Toray 104,323 PS PROJECT: 10009768 AWARD_PROJECT_AMT. IF AVAILABLE: PROJECT YEARS: 1 xxx Xxxxxx, Xxxxxxx 2019 Reify-SAIC Workshop Sponsor: Reify LLC PS PROJECT: 10009770 10,000 AWARD_PROJECT_AMT. IF AVAILABLE: PROJECT YEARS: 1
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Chemical Engineering. Head of the Recycling and Sustainability Unit. Large experience in testing and development of recycling operations for the treatment of plastic wastes and massive consume wastes. Large experience as responsible of European Projects as L-FIRE (Long Fibre Recycling, From Optical cables, Lines and Ropes, FP6), ECOLIFE II (Eco-efficient life cycle technologies, from product to service systems, FP6), SEES (Sustainable Electrical & Electronic System for the Automotive Sector, FP6) among other. Partner nº 7: Technische Universität Berlin (TUB), non profit public body, Germany. TUB is one of the leading institutions in the field of electronic packaging worldwide, developing and implementing new concepts for the assembly of miniaturized, highly integrated electronic systems. The Research Center focuses on the following topics: ▪ Development of environmental and sustainability strategies for electronics and implementing these in technology projects ▪ Material restrictions for electronics and related transition management ▪ Recycling and reuse networks for waste electrical and electronic equipment TUB is specialized in product design aspects of electronics, complemented with a thorough background in environmental engineering, which allows taking into account environmental considerations, such as optimisation for end-of-life, directly for product development guidance (eco-design, life cycle assessments). Environmental projects in the past include “European Lead Free soldering NETwork – ELFNET” and “Removal of Hazardous Substances in Electronics: Processes and Techniques for SMEs – GreenRoSE” (European FP projects), and the ReUse project, which established a network of local enterprises for refurbishment and recycling of IT equipment (xxx.xxxxx-xxxxxxxx.xx). Currently the FP7 large-scale integrating project “ZeroWIN - Towards Zero Waste in Industrial Networks” is under contract negotiations and likely to begin early 2009. TUB is co-organizer of the worldwide leading conference “Electronics Goes Green”, hosted in Berlin in a 4-years cycle since 2000. Main role in the project: TUB will participate in the mapping and evaluation of current research and network in the target countries. They will collaborate in the evaluation of the legal background in the target countries providing their expertise on material bans for electronics as a complementary policy strategy to e-waste regulations. TUB will have an important role in the identification of best practices under task 3.1 ...
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Related to Chemical Engineering

  • Reverse Engineering The Customer must not reverse assemble or reverse compile or directly or indirectly allow or cause a third party to reverse assemble or reverse compile the whole or any part of the software or any products supplied as a part of the Licensed System.

  • Geotechnical Engineer « »« » « » « » « » « »

  • Engineering Forest Service completed survey and design for Specified Roads prior to timber sale advertisement, unless otherwise shown in A8 or Purchaser survey and design are specified in A7. On those roads for which Forest Service completes the design during the contract, the design quantities shall be used as the basis for revising estimated costs stated in the Schedule of Items and adjusting Timber Sale Account. Forest Service engineering shall be completed according to the schedule in A8. Should Forest Service be unable to perform the designated survey and design by the completion date or other agreed to time, upon written agreement, Purchaser shall assume responsibility for such work. In such event, Contracting Officer shall revise:

  • Value Engineering The Supplier may prepare, at its own cost, a value engineering proposal at any time during the performance of the contract. The value engineering proposal shall, at a minimum, include the following;

  • No Reverse Engineering You may not, and you agree not to or enable others to, copy (except as expressly permitted by this License or by the Usage Rules if they are applicable to you), decompile, reverse engineer, disassemble, attempt to derive the source code of, decrypt, modify, or create derivative works of the Apple Software or any services provided by the Apple Software, or any part thereof (except as and only to the extent any foregoing restriction is prohibited by applicable law or to the extent as may be permitted by the licensing terms governing use of open-sourced components included with the Apple Software).

  • Geotechnical Services Engineer will obtain all necessary subsurface investigations, tests, reports, and perform related surveys.

  • Geotechnical 19 The A/E as required shall review past pavement, soil 20 and geology investigations, discuss past findings as 21 impacting the subject roadway project, and independently 22 perform design-needed geotechnical services including 23 development and implementation of a field investigation plan 24 involving any field data collection as deemed necessary, 25 development of a laboratory testing program to conduct soils 26 surface and subsurface characterization tests as applicable 1 to the needs of the project, development of seismic analysis 2 and design criteria in accordance with code requirements, 3 development of pavement condition studies to provide 4 recommendations concerning life cycle costs and 5 rehabilitation/reconstruction methods, and recommendations 6 for the design of foundations, embankment and excavation 7 procedures, settlement analysis, lateral, active, and passive 8 earth pressures, de-watering, landslide mapping, slope 9 stabilization, soil corrosion, erosion, sedimentation control 10 and other applicable design criteria as deemed necessary.

  • CONSTRUCTION AND RELATED ENGINEERING SERVICES A. General construction work for buildings (CPC 512) 1) Unbound* 2) None 3) None 1) Unbound* 2) None 3) None

  • Manufacturing (a) The Supplier shall without limitation be responsible, at no additional cost to the Purchaser, for: sourcing and procuring all raw materials for the Products; obtaining all necessary approvals, permits and licenses for the manufacturing of the Products; providing sufficient qualified staff and workers to perform the obligations under this Purchase Agreement; implementing and maintaining effective inventory and production control procedures with respect to the Products; and handling other matters as reasonably requested by the Purchaser from time to time.

  • Engineering Services Definition: Engineering Services includes any service or creative work, the adequate performance of which requires education, training and experience in the application of special knowledge in consulting, investigating, evaluating, planning and designing, engineering principles. Engineering Services covered by the Xxxxxx Architect-Engineers Act (40 U.S.C. 1102) are not covered in the primary scope of OASIS SB. Examples: Service areas that are included under the Engineering Services discipline include, but are not limited to the following:

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