Section 313 Requirements

Section 313 requires that reports be filed by facilities," which are defined as all buildings, equipment, structures, and other stationary items which are located on a single site or on contiguous or adjacent sites and which are owned or operated by the same person." The SIC code system, however, classifies business establishments," which are defined as distinct and separate economic activities [thatj are performed at a single physical location."... 

Section 313 requires emissions reporting on the chemical categories listed below, in addition to the specific chemicals listed above. The metal compounds listed below, unless otherwise specified, are defined as including any unique chemical substance that contains the named metal (i.e., antimony, copper, etc.) as part of that chemical s structure. 

Section 313 requires the EPA and the states to annually collect data on releases and transfers of certain toxic chemicals from industrial facilities, and make the data available to the public in the Toxics Release Inventory (TRI). 

EPCRA s primary purpose is to inform citizens of chemical hazards in their communities. Sections 311 and 312 of EPCRA require businesses to report the locations and quantities of chemicals stored on-site to State and local governments in order to help communities prepare to respond to chemical spills and similar emergencies. EPCRA Section 313 requires the US Environmental Protection Agency (EPA) and the States to annually collect data on releases and transfers of certain toxic chemicals from industrial facilities, and make the data available to the public in the Toxics Release Inventory (TRI). 

EPCRA section 313 requires certain covered facilities that have ten or more employees and that manufacture, process, or use specified chemicals in amounts greater than threshold quantities, to submit an annual toxic chemical release report. This report, commonly known as the TRI Form R, covers releases and transfers of toxic chemicals to various facilities and environmental media. EPA maintains the data reported in a publically accessible database known as the Toxics Release Inventory (TRI). Note that oil and gas extraction facilities are currently exempted from TRI reporting. 

Dehydrogenation of isobutane to isobutylene is highly endothermic and the reactions are conducted at high temperatures (535—650°C) so the fuel consumption is sizeable. Eor the catalytic processes, the product separation section requires a compressor to facHitate the separation of hydrogen, methane, and other light hydrocarbons from-the paraffinic raw material and the olefinic product. An exceHent overview of butylenes is avaHable (81). 

The usual precautions must be observed around the high tension electrical equipment supplying power. The carbon monoxide formed, if collected in closed furnaces, is usually handled through blowers, scmbbers, and thence to a pipe transmission system. As calcium carbide exposed to water readily generates acetylene, the numerous cooling sections required must be constandy monitored for leaks. When acetylene is generated, proper precautions must be taken because of explosibiUty of air—acetylene mixtures over a wide range of concentrations (from 2.5 to 82% acetylene by volume) and the dammabiUty of 82—100% mixtures under certain conditions. 

A frequently cited example of protection from atmospheric corrosion is the Eiffel Tower. The narrow and, for that age, thin sections required a good priming of red lead for protection against corrosion. The top coat was linseed oil with white lead, and later coatings of ochre, iron oxide, and micaceous iron oxide were added. Since its constmction the coating has been renewed several times [29]. Modern atmospheric corrosion protection uses quick-drying nitrocellulose, synthetic resins, and reaction resins (two-component mixes). The chemist Leo Baekeland discovered the synthetic material named after him, Bakelite, in 1907. Three years later the first synthetic resin (phenol formaldehyde) proved itself in a protective paint. A new materials era had dawned. 

In this section a selection procedure will be developed for injection moulding, since this process is used for the widest range of materials. The choice available for other processes such as, for example, compression moulding, filament winding and vacuum forming, is much more restricted. The approach described will be less mechanistic than the systems described in the two previous sections, requiring the prospective user to be aware of the properties of the various materials available. Because the approach is somewhat different, it would be instructive to run it parallel to the above processes and compare the results. 

The solution of the previous equations require careful attention to the sequence of the arithmetic. Perhaps one difficult requirement is the need to establish the L or G in Ib/hr/ft of tower cross-section, requiring an assumption of tower diameter. The equations are quite sensitive to the values of A and B. 

Statements. A Pascal statement may be shorter than or may continue over more than one line, since a semi-colon separates statements. Reserved words are not separated from statements therefore the statement preceding the word END (see later sections) requires no punctuation. END of the main program unit is followed by a period. Comment lines are included in the program by placing them between the symbols ( and ). Statements may be simple (single) or compound, i.e., a series of simple statements joined together in a block which is introduced by BEGIN and completed by END. 

The positioning of access and drainage holes in box sections requires careful consideration. Elsewhere hole positioning is less important, although an unobstructed current path is advisable. 

LED do not have sufficient power for single mode fiber applications which, because of the smaller cross-sections, require more powerful lasers. The CVD of LED and laser materials is described in Ch. 15. 

The end sections require special treatment to account for the fact that the no diffusive flux enters through the end wall of the column and are derived by omitting the diffusion term from the column end. In addition, the outlet concentrations X9 and Yq are extrapolated from the previous section. The component balances for section 8 can be derived with the aid of Figs. 5.199 and 5.200. 

This section requires the review and approval of all production and control records before the release or distribution of any batch. If any unexplainable discrepancy cannot be resolved, a thorough investigation is required, terminating in a written report of the investigation... 

This section requires that animals used for quality control purposes must be maintained in the proper manner and records kept for their identity and for their use... 

The rest of this section requires material on our Web Support and is better read together with Chapter 9. Using the supplementary notes on canonical transformation, we find that the observable canonical form is the transpose of the controllable canonical form. In the observable canonical form, the coefficients of the characteristic polynomial (in reverse sign) are in the last column. The characteristic polynomial is, in this case,... 

The experimental determination of a total electron impact ionization cross section requires the measurement of four quantities19 ... 

The column end sections require special treatment since diffusive flux is obviously absent exterior to the column. Thus, the column outlet concentrations XN+1 and Y0 are based on an extrapolation of the concentration profiles over the additional half outlet section of the column, as again described in Sections 4.4.2 and 4.4.3. 

All the metathesis reactions discussed in this section require only catalytic amounts of a carbene complex. The use of stoichiometric quantities of carbene complexes in organic synthesis is limited to cheap metals such as, e.g., titanium. 

Structural sections required for attachment or inclusion of mechanical features such as jackets or seal chambers. 

Each page of the CRF should include investigator identification, study subject number, protocol number, subject initials, and visit and/or study day. All pages are numbered as v of y pages with the version and date of CRFs in a footer. Each appropriate section requires the signature from the investigator and a final sign-off. 

ICH E3(1995) Structure and Content of Clinical Study Reports sets down the structure, down to the numbering of the sections and precisely what goes in each of those sections, required within the regulatory setting for reporting each study. Medical writers will work with statisticians to put these reports together. 

The various topics discussed in this book have up to this point been arranged as far as possible on the basis of chemical structure compounds that contain one oxygen and one nitrogen atom have, for example, as a general rule preceded those that contain two nitrogen atoms. The fact that virtually all of the entities that follow show CNS activity combined with the circumstance that phenothiazines comprise a large part of this section require a departure from that approach. The serendipitous discovery of the antipsychotic activity of the phenothiazines in the early 1950s virtually opened the modern era of medicinal chemistry. These will thus be discussed at the outset to preserve historical perspective. 

The volume of probe mixture required to cover the section without adjacent aliquots running together varies inversely with the size of the section Thus, large sections require as little as 6 pL of mixture and small ones up to 8 5 pL. 

One may well ask why the isomerization of alkenes discussed in the preceding section requires a sensitizer. Why cannot the same result be achieved by direct irradiation One reason is that a tt — tt singlet excited state (5,) produced by direct irradiation of an alkene or arene crosses over to the triplet state (Ij) inefficiently (compared to n —> it excitation of ketones). Also, the Si state leads to other reactions beside isomerization which, in the case of 1,2-diphenyl-ethene and other conjugated hydrocarbons, produce cyclic products. For example, cw-l,2-diphenylethene irradiated in the presence of oxygen gives phenanthrene by the sequence of Equation 28-8. The primary photoreaction is cyclization to a dihydrophenanthrene intermediate, 6, which, in the presence of oxygen, is converted to phenanthrene ... 

Availability of standard operating procedures. This section requires the executors to verify and list applicable operational, preventative maintenance, calibration, and equipment cleaning procedures that are available. 

This 30-minute task in the Analytical Writing section requires you to analyze an argument that someone else has constructed. Unlike the Issue task, you will not be taking a position on and writing about an issue in this task. For the Argument task,you will be required to critically examine the reasoning and evidence used in someone else s argument. 

---