House hold waste solution

Waste treatment system

Canada is known as one of the countries concerning global impact by human waste and implementing various policies to encourage reducing, reusing and recycling of waste. However, the current waste management system in Canada is complicated and separated into many different entities and organizations to complete each task. The whole processes is costly, and require so many human activities involved. The one stop solution is designed to simplify the whole process and making waste treatment less costly and more efficiently.

House hold waste solution

(One stop municipal waste treatment solution)

What is “one-stop Municipal waste treatment solution”?

Household waste classified into 7 categories through a smart waste sorting system using automatic recycling technology, processing recycled products with zero mission/discharge, and achieving zero pollution goal. All these processes can be gathered in one processing plant.

Waste processing

One stop waste treatment purpose

The purpose of one-stop waste-treatment facilities is to reduce the
amount of wastes and turn them into energy and resources to avoid
secondary pollutions. Currently, the following solutions are available for
waste treatment:

Comparison table

Items		Incineration	landfilling	One stop solution
technology		Complicated	Simple	State-of-art
Amount reduced		70%↑	30~40%	90%↑
Waste to Resources	Power Generation	Thermal power co-generation	Biogas	Thermal power co-generation
	Output	High	Low	Medium
	Resource discovery	None	None	80%
Equipment investment recovery		Slow	Slow	Fast
Process Scale		Less land areas occupied Thermal power co-generation No waste sorting requirement Fast amount reduction and treatment	Lower project development cost Lower maintenance cost Simpler operation No sorting requirement	High ratio of resource recovery Zero pollution, zero emission/discharge Automated waste sorting Customized designs and plans available to suit local conditions
Major concerns		Higher project development cost Higher operation and maintenance costs Produces more than 20% of hazardous residue Coal fuel needed to improve burning efficiency Lower resource recovery ratio Poor public perception	Large land area occupied Severe air, soil and surface water pollution Public protect Land site cannot be re-utilized again	Higher skill requirements for operators

Benefit of one stop waste treatment

With Incinerators

With Landfills

1.Double the amount of waste treated;

2. Significantly improve burning calories (as kitchen wastes contain 80%↑ of water);

3. Significantly improve the performance of

thermal power co-generation plants;

4. Significantly improve ROI.

1. At least double the lifecycle of the

landfill;

2. Significantly reduce water pollution;

3. Significantly reduce waste smell;

4. Significantly reduce soil pollution.

Economic Benefit to landfill

1.Land reclamation

A. Significantly increase in land value of the site;

B. Significantly increase in land value of the surrounding sites;

C. Higher land use value;

D. Increase in effective land supply;

E. Significantly increase in land value in the entire area.

2. Better image of the city:

A. Newer, better city image;

B. Booster to local prosperity;

C. More tax income from the land;

D. More job opportunities.

3. Reduced environment pollution:

A. Significantly reduce smell at the site;

B. Significantly reduce soil pollution;

C. Significantly reduce pollution to the rivers nearby.

One stop treatment plants
component of China municipal Waste %

Yr/Conponents	Compund<10mm	Organic substance	Wood&bamboo	paper	Fabric	Plastic	Rubber & Leather	Metal	Glass	Brick/ Tile/ cermic	Battery
2021	2.55	52.49	1.15	9.22	8.72	21.23	0.87	0.25	1.38	2.11	0.03
2022	2.2	54.66	1.12	8.39	10.28	19.19	0.77	0.33	1.34	1.69	0.03

Pre Sorting System	Kitchen Ware	Biogas fermentation/organic soil/kitchen waste-based fuel/solid and liquid organic fertilizer	Biogas power generation/biodiesel
	Plastic	Pyrolysis fuel, diesel, gasoline, gas /Plastic granules	Thermal decomposition oxidization/steam-based power generation
	Paper	Pulping material/organic fertilizer material	Filling material, foam carton, anti-fire paper
	Leather& Fabric	Pyrolysis furnace/ Incinerator/RDF	Thermal decomposition oxidization/ steam-based power generation/ thermal power co-generation
	Metal/glass brick/tile/cermic	Metal industry /glass grind to mixed with bitumen Backfilling/ solidification	Cement bricks
	Incineration residue	Rock cotton/solidification	Cement bricks
	Leaching liquid	Biogas fermentation/ vegetable cultivation/ liquid organic	Biogas power generation

Key Advantage

Key advantage of the system	SRSI retrieving waste material from MSW or Landfill site, design a set of technologies base on the features of waste macromolecular materials to convert biomass and plastic wastes into renewable fuels and energy.
The most advanced MSW sorting system in the world	SRSI constantly pursue MSW sorting innovation in the professional field of waste recycling equipment and devoted to make the product automation, superiority and high-efficiency.
High-performance kitchen-waste-to resource system	The smart system enables removal of broken glass, heavy metal, salt, fat and miscellaneous materials from municipal kitchen waste, which is then made into organic fertilizer in accordance with relevant national standards.
The most advanced system in the world	Fast pyrolysis, low wax, zero emission, good product. No dioxin

Equipments

The patented technology features the use of different modules.
It adopts leading waste sorting techniques, including ballistic sorting, ball sorting, Three-in-one magnetic sorting, hydraulic sorting and negative pressure sorting for the separation of over 90% of organic substance, plastic, paper, metal, shoes, fabrics and inorganic substances from domestic waste.

Pyrolysis system for renewable energy

Environmental-friendly equipment with state-of-the-art technologies is capable of converting plastic wastes, waste tires, biomass and used engine oil/car/motor oil into renewable fuels by catalytic cracking and pyrolysis that provides unleaded gasoline and premium diesel as the end product.
We design a set of technologies based on the features of waste macromolecular materials to convert biomass and plastic wastes into renewable fuels. The equipment consists of 5 parts: auto feeder, catalytic cracking & pyrolysis unit, Heat exchange & cooling unit, Fractional distillation unit, Heating devices & electric control unit.
Low quality demand for the raw materials that no need to clean, dry, or classify. Raw materials can be conveyed.

IPR-backed technology

removal of unwanted substances from domestic/ kitchen waste

We have IPR-backed technology for the removal of unwanted substances, including broken glass, heavy metal, salt and fat from kitchen waste, which is then used to make high-quality liquid/solid organic fertilizer.
We have the most advanced fermentation system in the world—capable of completing fermentation within 3 hours.
Our anaerobic fermentation technology could be used in biogas power generation and heat supply systems.
In addition, the waste could be carbonized and made into fuel rods with burning calories of 3200 ~ 3500 Kcal/Kg.