Incineration
The Heritage High-Tech Incineration Service is a Proven Solution to Disposal Needs
Our technology reduces your hazardous waste to its base elements as we protect the environment for all. The Heritage incineration facility provides our customers with a state-of-the-art, thermal waste destruction option. Witness burn needed? Not a problem, we can support it.
60 - 70,000
Tons Incinerated Annually
Versatility is an important feature – if it’s in a DOT-approved container we can handle it
Better Visibility
We’re the RCRA experts that give you a clear view to your compliance, every step of the way.
Better Solutions
When assured destruction is the best option, let our experts take care of it the right way.
Proven Impact
Brand, human and environmental protection at the highest standards.
Our Rotary Kiln Incineration Process
Roll over a highlighted number to see more details.
1
2
3
4
5
6
7
8
9
10
1
Rotary Kiln
The kiln is a refractory brick-lined steel cylinder, measuring approx. 43 feet in length and 16.5 feet in diameter. Pumpable waste is fed into the kiln through pipes called lances. Drums and containers are fed through a double-door entry that leads to a chute. Loose bulk solids are fed into a double-door hopper, which also leads to the feed chute. Same-sized containers, such as packaged consumer commodities, are fed via a skip hoist through the same double-door hopper. It is in the kiln’s interior where Time, Temperature and Turbulence combine to incinerate hazardous organic compounds. Temperatures range between 1,800oF and 2,200oF as waste moves through the rotating kiln.
2
Secondary Combustion Chamber
The exhaust from incinerated waste flows in this chamber (SCC) for further combustion, which is enhanced by the controlled injection of oxygen. Slag from combustion collects at the bottom of the chamber, where it is removed via a conveyor for shipment to an authorized hazardous waste landfill.
3
Boiler
Combustion gas moves upward through the SCC into the boiler, where it passes through an array of water filled tubes to generate steam. The steam is used in several of the facility’s processes, including building heat. Blowers that emit high-pressure compressed air prevent the buildup of ash on the tubes.
4
Spray Dryer
The gas streams into this unit, where it is cooled with sprays of water. This cooling process generates salt, which is collected at the bottom of the cone. Like the slag, it is sent offsite to an authorized hazardous waste landfill for disposal. In addition to cooling the gas, the spray dryer completely evaporates water from the wet scrubber [6]. Without the spray dryer, scrubber water would have to be collected and shipped offsite for treatment and disposal.
5
Electrostatic Precipitator
This component features three rows of electrically charged fences. As combustion gas moves through them, particulate material adheres to the metal bars. Electronically timed hammers on top of the unit knock the particles downward into the spray dryer hopper.
6
Four-Stage Wet Scrubber
Acid gases and submicron-sized particles are removed in this unit, which is made up of packed scrubbing beds and spray jets. Water used in this process is recycled to the spray dryer, where it is evaporated.
7
Induced-Draft Fan
This fan maintains negative air pressure throughout the entire system, ensuring that air is always drawn inward.
8
Re-Heater
Before the cleaned and scrubbed gas is emitted, its temperature is raised to ~190 degrees Fahrenheit, improving the elevation of the plume and the effectiveness of the in-stack monitoring equipment.
9
Stack
The water vapor and gas is emitted through a single stack.
10
Activated Carbon
Activated carbon is injected at several places in the emissions-control system to capture trace organic compounds. The carbon is then removed by the electrostatic precipitator and the scrubber.
An American Chemical Manufacturer
Heritage made calm, fast work of this highly reactive wastestream.
Specializing in Incineration of RCRA-Hazardous and Nonhazardous Wastes.
At Heritage, every waste type is carefully reviewed to see how much can be reclaimed and recycled before incineration. Once we’ve exhausted all options, we accept the following types of shipments:
- Bulk solids
- Bulk liquids
- Containers of all sizes
- Even by rail
Waste types include:
- Organic-based wastes from various industrial/manufacturing processes
- Reactive materials
- DEA-controlled substances
- Consumer commodities
- Household-hazardous wastes
- Mixed infectious and hazardous wastes
- Lab packs
For Customers Needing to Dispose of Waste Safely – the Heat Is On
That’s why, when it comes to safe, reliable waste disposal, we’re taking the heat off – with an industry-leading incinerator facility. For larger organizations, there’s just a 90-day window to safely dispose of waste – hazardous and non-hazardous. Time frames really matter. So does having the peace of mind that comes from knowing disposal will be carried out to the highest standards of safety, compliance and technological requirements. Thermal treatment – high technology based incineration – provides proven disposal benefits, including the destruction of hazardous organic compounds and the reduction in the volume of hazardous wastes going to landfill. And the rigorously analytical Heritage approach means every step of the disposal process is transparent and fully accountable.
“We know that for many of our customers dealing with waste, they are really dealing with a time and materials challenge. The material has to be disposed of, that’s a given. But they are also facing a time crunch. Regardless of the type of waste they actually dispose of, it’s generally the size of the company that dictates how soon they have to take action. Let’s say it’s a large customer. They have 90 days from when they generate a material to when they have to get it off site. Time frames are incredibly important.” – Craig Hogarth, Director of Environmental Compliance
Our Heritage thermal disposal facility specializes in the incineration of RCRA hazardous and nonhazardous wastes. All waste types undergo a rigorous analysis before acceptance is approved. Wastestream descriptions may include: Corrosive liquids and solids; Explosives (1.3, 1.4, 1.5, 1.6 on a case-by-case basis); Reactives; Flammable liquids and solids; Organic peroxides and oxidizers (liquids and solids); Pesticides, herbicides, and insecticides; Aerosols and fuels; Lab packs and loose packs; Miscellaneous hazardous and non-hazardous waste; Mixed infectious hazardous waste; Consumer commodities and product recalls.
Only when we know what we’re really dealing with can we manage it properly. But before we accept any hazardous waste, we ask customers to provide a profile of the material along with a physical sample. We then make sure the sample is analyzed thoroughly for conformity with the profile. Only when the results are proven to correspond with both the profile and the regulatory requirements will we schedule the waste for shipment. On arrival at our facility, we will then pull a sample of the shipment for additional tests. After acceptance, the waste is placed in the appropriate processing or storage area.
Our facility is designed specifically to the very highest safety and environmental standards. It includes a spill-containment network to prevent storm water incursions. And any vapors that come from material handling, sampling and storage are captured for safe combustion.