Broke some things. Fixed them.

		\begin{threeparttable}

			\begin{tabular}{c c c c c c}

				\hline

				\textbf \multirow{2}{*}{EM projects$^{a}$} & \textbf Recycling & \textbf Amount & \textbf \multirow{2}{*}{Recycling} & \textbf \multirow{2}{*}{Disposal}

				& \textbf \multirow{2}{*}{Storage} \\

				& \textbf method & \textbf recycled (lb) & & &  \\ \hline

				\multirow{2}{*}{\textbf{EM projects}$^{a}$} &  \textbf{Recycling} &  \textbf{Amount} &  \multirow{2}{*}{\textbf{Recycling}} &  \multirow{2}{*}{\textbf{Disposa}l}

				&  \multirow{2}{*}{\textbf{Storage}} \\

				&  \textbf{method} &  \textbf{recycled (lb)} & & &  \\ \hline

				Metals recycle & Smelting & 1,072,000 & 1,565,763 & 1,338,447 & 1,608,000 \\

				Cooling tower$^{b}$ & Decontamination & 459,000 & 605,880 & 573,120 & 688,500  \\

				Totals &   & 1,601,150 & 2,266,491 & 2,004,973 & 2,401,725 \\

				\item {${}^{(a)}$\small Footnote call-outs are lowercase, italic, superscript letters in sequence from left to right, then}

				{\small top to bottom.}

				\item {${}^{(b)}$\small For multipage tables, the footnote appears only on the last page of the table. Beginning on }

				{\small the second page and following pages of a multipage table, {\textbf use Table ?.  (continued)} as the table caption.}

				{\small the second page and following pages of a multipage table, \textbf{use Table ?.  (continued)} as the table caption.}

			\end{tablenotes}

		\end{threeparttable}

	\end{center}

\end{table}

When typing your document in LaTeX, it might be useful to break the line at the right-hand side by hitting the return key

so that any version control system you might be using can recognize changes with better granularity. These version control

systems (e.g., SVN, Git, Mercurial) track changes by line number, so the more frequent line breaks that a document has,

		\begin{threeparttable}

			\begin{tabular}{c c c c c c}

				\hline

				\textbf \multirow{2}{*}{EM projects$^{a}$} & \textbf Recycling & \textbf Amount & \textbf \multirow{2}{*}{Recycling} & \textbf \multirow{2}{*}{Disposal}

				& \textbf \multirow{2}{*}{Storage} \\

				& \textbf method & \textbf recycled (lb) & & &  \\ \hline

				 \multirow{2}{*}{\textbf{EM projects}$^{a}$} & \textbf{Recycling} & \textbf{Amount} & \multirow{2}{*}{\textbf{Recycling}} & \multirow{2}{*}{\textbf{Disposal}}

				& \multirow{2}{*}{\textbf{Storage}} \\

				& \textbf{method} & \textbf{recycled} (lb) & & &  \\ \hline

				Metals recycle & Smelting & 1,072,000 & 1,565,763 & 1,338,447 & 1,608,000 \\

				Cooling tower$^{b}$ & Decontamination & 459,000 & 605,880 & 573,120 & 688,500  \\

				Totals &   & 1,601,150 & 2,266,491 & 2,004,973 & 2,401,725 \\ 

				\item {${}^{(a)}$\small Footnote call-outs are lowercase, italic, superscript letters in sequence from left to right, then}

				{\small top to bottom.}

				\item {${}^{(b)}$\small For multipage tables, the footnote appears only on the last page of the table. Beginning on }

				{\small the second page and following pages of a multipage table, {\textbf use Table ?.  (continued)} as the table caption.}

				{\small the second page and following pages of a multipage table, \textbf{use Table ?.  (continued)} as the table caption.}

			\end{tablenotes}

		\end{threeparttable}

	\end{center}

\end{sidewaystable}

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\newpage

\clearemptydoublepage

\section{Citations}

\label{Citations}

\subsection{Using in-text citations}

For the ORNL TM reports, \textit{Chicago Manual of Style} references and citations are preferred. Of these, you can choose 

These styles are defined in the class file of this LaTeX template (ornltm.cls), in the section labeled ``Bibliography.''

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\newpage

\clearemptydoublepage

\section{Lists}

\label{Lists}

Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

\vspace{12pt}

\begin{itemize}

	\item{\bf Apply itemize to format a bullet list.} {\emph Add extra space between items if preferred.} Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

	\begin{itemize}

		\item {\bf Apply second itemize to format a sub-dashed list.} Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

	\end{itemize}

	\item {\bf Apply itemize for format ``Bullet (last item)'' to format the ending item.} Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

\end{itemize}

\subsection{SECOND-ORDER HEADING}

Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

\subsubsection{Third-Order Heading}

Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

\paragraph{Fourth-order heading}

Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

\paragraph{Fourth-order heading}

Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% BIBLIOGRAPHY

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% The bibliography styles and backend are set in the ``Bibliography'' section of the class file (ornltm.cls by default).

\newpage

\clearemptydoublepage