DISCOVER IT.

Discover the science behind waste-to-energy.

DISCOVER IT.

Discover the science behind waste-to-energy.

The Waste-to-Energy Process

At LCSWMA's Waste-to-Energy facilities, Municipal Solid Waste (MSW) is transformed using advanced technology, monitored by skilled operators from Reworld, a national leader in waste-to-energy technology. The video and case studies below illustrate the waste-to-energy process broken down into six steps:

01

Tipping and Sorting

Trucks unload the waste, which is inspected on the tipping floor and is pushed into a deep storage pit

02

Combustion

A grapple picks up the waste and feeds it into a boiler, combusting it and turning it into ash

03

Creating Steam

Water tubes surrounding our three boilers are heated until the water turns to steam

04

Energy generation

Steam spins a turbine that generates electricity for local homes and businesses

05

Metal recovery

Ash from the combustion process is put on a conveyor belt, and valuable metals are extracted for recycling

06

Ash reuse

Remaining ash is reused at the landfill for daily cover, reducing the need for soil and conserving landfill space

WTE CASE STUDIES

LCSWMA's Lancaster Waste-to-Energy Facility

LAncaster

Lancaster

Around 95% of Lancaster County’s municipal solid waste (MSW) is taken to the Lancaster Waste-to-Energy (WTE) Facility where it is combusted to create electricity.

LCSWMA's Susquehanna Resource Management Complex

LCSWMA's Susquehanna Resource Management Complex

Harrisburg

Home to the country’s first waste-to-energy (WTE) facility, the Susquehanna Resource Management Complex (SRMC), offers an environmentally safe and sustainable means for disposing of waste while also generating clean, renewable energy.

Emission levels currently achieved by LMWCs provide an ample margin of safety to protect human health in accordance with EPA’s prior residual risk reviews and per EPA 2022.

AECOM Stormwind, B., Carcieri, S., & Warren, L. (2024, March 25). LMWC Residual Risk Review.

Emission levels currently achieved by LMWCs provide an ample margin of safety to protect human health in accordance with EPA’s prior residual risk reviews and per EPA 2022.

AECOM Stormwind, B., Carcieri, S., & Warren, L. (2024, March 25). LMWC Residual Risk Review.