TY - JOUR
T1 - Reduce, reuse, redeem
T2 - Deposit-refund recycling programs in the presence of alternatives
AU - Berck, Peter
AU - Sears, Molly
AU - Taylor, Rebecca L.C.
AU - Trachtman, Carly
AU - Villas-Boas, Sofia B.
N1 - We thank the editor and anonymous reviewers for helpful suggestions and Gabriel Englander, Samantha Gold, Yulei He, Janet Horsager Malacarne, Scott Kaplan and Andrew Stevens for comments. We thank CalRecycle for financial support. We thank Nicholas Atchison, Saranbyamba Batdorj, Archer Kiang, Wenjun Shi, Poojan Thakrar, Yan Xu, and Yichi Zhang for excellent research assistance and thank Samantha Gold and Janet Horsager Malacarne for excellent research and management assistance with helping to gather and organize the data collection and survey design. This research was supported by the California Department of Resources Recycling and Recovery (CalRecycle) , Award No. DRR15053 and the Giannini Foundation. This paper was finished after the passing of our friend and coauthor Peter Berck, the lead author of this paper. We hope to make him proud of the outcome.
PY - 2024/3
Y1 - 2024/3
N2 - Understanding how consumers make recycling decisions is crucial in crafting sustainable recycling policies. We estimate consumer preferences and willingness to pay for current beverage container recycling methods, including curbside pick-up services, drop-off at government-subsidized recycling centers, and drop-off at non-subsidized centers. Using a representative online and telephone survey of California households, we estimate a revealed preference discrete choice model that identifies the key attributes explaining consumers’ beverage container disposal decisions, including the ability to receive a deposit refund (paid to consumers only if they recycle at drop-off centers) and the effort associated with bringing recyclable materials to recycling centers. Additionally, we use counterfactual policy analysis to show that increasing the refund amount increases overall household recycling rates. Infra–marginal households who are on the boundary between taking containers to recycling centers and recycling using curbside pick-up, namely white households and households with higher educational attainment, see the largest changes in consumer surplus generated by increasing refund payments. Conversely, we show that eliminating government-subsidized drop-off centers does not significantly alter consumer surplus for any major demographic group, and has little impact on whether a household chooses to recycle.
AB - Understanding how consumers make recycling decisions is crucial in crafting sustainable recycling policies. We estimate consumer preferences and willingness to pay for current beverage container recycling methods, including curbside pick-up services, drop-off at government-subsidized recycling centers, and drop-off at non-subsidized centers. Using a representative online and telephone survey of California households, we estimate a revealed preference discrete choice model that identifies the key attributes explaining consumers’ beverage container disposal decisions, including the ability to receive a deposit refund (paid to consumers only if they recycle at drop-off centers) and the effort associated with bringing recyclable materials to recycling centers. Additionally, we use counterfactual policy analysis to show that increasing the refund amount increases overall household recycling rates. Infra–marginal households who are on the boundary between taking containers to recycling centers and recycling using curbside pick-up, namely white households and households with higher educational attainment, see the largest changes in consumer surplus generated by increasing refund payments. Conversely, we show that eliminating government-subsidized drop-off centers does not significantly alter consumer surplus for any major demographic group, and has little impact on whether a household chooses to recycle.
KW - Bottle Bill
KW - Consumer convenience
KW - Deposit-refund program
KW - Discrete choice
KW - Recycling
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U2 - 10.1016/j.ecolecon.2023.108080
DO - 10.1016/j.ecolecon.2023.108080
M3 - Article
AN - SCOPUS:85180563549
SN - 0921-8009
VL - 217
JO - Ecological Economics
JF - Ecological Economics
M1 - 108080
ER -