Keep up the good work Lexington County! : RECYCLE USED MOTOR OIL, FILTERS, BOTTLES & TIRES!

This document describes the kinds of items accepted for recycling at Lexington County recycling centers.

RECYCLE YOUR CARPET : QUICK AND EASY INSTRUCTIONS FOR RECYCLING CARPET AND PADDING IN LEXINGTON COUNTY

This brochure describes the kinds of carpeting accepted and not accepted at the Lexington County landfill. It also gives the address of the landfill.

Silica for glass manufacture in South Carolina,

Mode of access: Internet.

2017 GREENWOOD COUNTY RECYCLING COLLECTION SCHEDULE

This is a calendar of the recycling collection days for Greenwood County in 2017.

South Carolina State Agencies & Colleges/Universities RECYCLING & BUYING RECYCLED Annual Report Fiscal Year 2016

This report provides an overview of the recycling and buying recycled activities of state agencies and colleges/universities for fiscal year 2016

WHAT CAN BE RECYCLED IN CHEROKEE COUNTY?

This sheet describes the kinds of items that are accepted at Cherokee County recycling centers. It also gives the addresses of the drop-off sites.

South Carolina's Croft State Natural Area

This brochure from the South Carolina State Park Department about Croft State Natural Area gives helpful information such as history, description, admission fee, driving directions, GPS coordinates, photographs, and park facilities & activities.

Recyclables

This document printed in English and Spanish tells the kinds of items that can be recycled in Georgetown County.

Memorial of citizens of Chesterfield, Marlborough, and Darlington, assembled at Cheraw in South Carolina, against a further increase of duties on imported articles, February 4, 1828 : referred to the Committee of the Whole House on the state of the Union

This document contains a memorial, which was written by the citizens of Chesterfield, Marlborough, and Darlington, assembled in the town of Cheraw, on July 25, the 25, 1827 in the state of South Carolina who were engaged in agriculture and commerce and presented it to oppose the tariff increase. It was presented to the Congress of the United States.

Soil survey of Lexington County, South Carolina /

Cover title.

The opportunity schools of South Carolina : an experimental study

This is a reprint of a book published in 1932. The State Department of Education of South Carolina, did an intensive study during the summer of 1931 of the problems, needs, and possibilities of the type of opportunity school conducted annually in South Carolina. The purpose and scope of the study, the steps taken, and the findings and interpretations are presented in the chapters in this book.

S.C. Recycling Professionals Certification Training Manual 2015

The certification program is centered on a three-day workshop that includes detailed instruction and a 16-chapter manual/reference guide. The manual/reference guide offers a comprehensive overview of both old and new recycling issues faced by programs including composting, electronics and funding. It also provides detailed information on the requirements of county programs as outlined in the S.C. Solid Waste Policy and Management Act of 1991.

State agencies/colleges and universities recycling, waste reduction and buy recycled 2015 annual report

This report provides an overview of the recycling and buying recycled activities of state agencies and colleges/universities for fiscal year 2015.

Sustainable waste recycling solution for the glass fibre reinforced polymer composite materials industry

In this paper the adequacy and the benefit of incorporating glass fibre reinforced polymer (GFRP) waste materials into polyester based mortars, as sand aggregates and filler replacements, are assessed. Different weight contents of mechanically recycled GFRP wastes with two particle size grades are included in the formulation of new materials. In all formulations, a polyester resin matrix was modified with a silane coupling agent in order to improve binder-aggregates interfaces. The added value of the recycling solution was assessed by means of both flexural and compressive strengths of GFRP admixed mortars with regard to those of the unmodified polymer mortars. Planning of experiments and data treatment were performed by means of full factorial design and through appropriate statistical tools based on analyses of variance (ANOVA). Results show that the partial replacement of sand aggregates by either type of GFRP recyclates improves the mechanical performance of resultant polymer mortars. In the case of trial formulations modified with the coarser waste mix, the best results are achieved with 8% waste weight content, while for fine waste based polymer mortars, 4% in weight of waste content leads to the higher increases on mechanical strengths. This study clearly identifies a promising waste management solution for GFRP waste materials by developing a cost-effective end-use application for the recyclates, thus contributing to a more sustainable fibre-reinforced polymer composites industry.