Opening Statement of
Senator Bob Smith
Full Committee
Legislative Hearing on S. 556,
The Clean Power Act of
2001
Thursday, November 15,
2001
Good Morning. I would like to thank Chairman Jeffords for holding this second
in a series of hearings on legislation to reduce emissions from our nation=s electric
utilities. Thanks also to the witnesses
for appearing before us here today.
I offered most of my comments on this
issue in my opening statement two weeks ago at the first legislative hearing on
S. 556. I won=t take up our
time by repeating myself this morning.
I would, however, like to emphasize that we now have two sets of
analyses B one from EIA
and one from EPA B that underscore the value of a multi-emissions
approach. These analyses show that we
can make significant reductions in NOx, SO2, and mercury for less
than the expected cost for partial reductions in just SO2.
In the Clean Air Act Amendments of 1990,
we committed to reducing sulfur dioxide emissions by nearly 7 million tons at
an EEI-estimated annual cost of $7 billion.
And I=d like to point
out that actual annual costs have been right around $1 billion B nowhere near
as expensive as the original estimates.
The EIA and EPA analyses show that we can achieve additional substantial
reductions in SO2 in combination with significant reductions in
nitrogen oxides and mercury for less than $7 billion B the original
estimates for the Acid Rain Program alone.
We need to remember, however, that it is
not merely the existence of a market-based multi-pollutant system that
will provide efficiency benefits B appropriate levels and timing are
critical to the success of any such program.
The Chairman=s bill, for instance, likely would not achieve
the economic efficiencies available from a market-based multi-pollutant
approach due to insufficient time to meet the aggressive target levels.
A comparison of the EIA analysis
requested last year by Representative McIntosh B which is the closest to an analysis of
S. 556 we have to date B with the analysis I requested earlier
this year emphasizes the importance of setting appropriate emission levels and
time frames. For instance, average
electricity prices in 2020 under the McIntosh scenario would be 25 percent higher
than 1999 prices while 2020 average prices would be either lower or no
more than 6 percent higher than 1999 prices under the most stringent scenario I
had analyzed. Incremental resource
costs also are significantly higher under the McIntosh scenario B $132 billion
compared to only $89 billion.
These analyses show that if we set up a
market-based multi-pollutant system
correctly, we can achieve desired emission reductions in a cost-effective
manner. If we don=t do it
correctly, however, we will impose unnecessary costs on industry and consumers
alike.