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Municipal Solid Waste and Resource Recovery solutions

MUNICIPAL-SOLID-WASTE

Municipal Solid Waste

Covering household waste, construction & demolition waste, organic waste, plastic recycling, and incineration bottom ash recovery.

Customer Cases Municipal Solid Waste

Customer Cases

Covering multiple benchmark projects across the resource recovery industry, showcasing NextPrism Tech Corporation's project practices and delivery achievements in municipal solid waste valorization scenarios.

Comprehensive C&D Waste Resource Recovery Solution Municipal Solid Waste

Construction & Demolition (C&D) Waste

C&D waste is the solid waste generated during construction, demolition, and renovation activities. Based on source and composition, it falls into three main categories:

Incineration Bottom Ash Treatment Municipal Solid Waste

Incineration Bottom Ash Treatment

Incineration bottom ash (IBA) is a by-product of household waste incineration, accounting for approximately 20% to 30% of the total waste mass. It consists primarily of glass, slag, ceramic and brick fragments, stones, iron, and other metals. Without proper treatment, IBA inevitably causes secondary environmental pollution.

Material Recovery Facility (MRF) Municipal Solid Waste

Material Recovery Facility (MRF)

Municipal Solid Waste (MSW) refers to mixed waste generated daily by households, commercial establishments, and public facilities. A Household Waste MRF plant is an intelligent sorting center that integrates AI vision recognition, hyperspectral near-infrared (NIR) sensing, and robotic technology to achieve fully automated sorting of mixed waste, producing high-purity recyclables (PET/HDPE/paper/metals), high-calorific-value alternative fuel (...

Mixed Recyclables Municipal Solid Waste

Mixed Recyclables

The recyclables industry faces challenges including insufficient standardization, difficult oversight, lagging digitalization, and inefficient data management. Traditional vendor-based collection models have produced a fragmented, informal sector with poor working conditions, obstructed material flows, and safety hazards from corridor stockpiling. Heavy reliance on manual sorting due to complex material streams limits throughput and leads to significant resource waste.

Organic Waste Municipal Solid Waste

Organic Waste

Food waste refers to food residues, food processing scraps, expired food products, and waste cooking oils generated by food service establishments during food production and business operations.

Plastic Recycling Municipal Solid Waste

Plastic Recycling

Plastic recycling is a critical measure in addressing global environmental challenges. It not only reduces ocean pollution and protects soil health but also significantly lowers carbon emissions. Economically, it drives efficient resource utilization and cost reduction across the industry. We are committed to continuously enhancing the recovery value and circular quality of plastics through innovative recycling solutions, achieving maximum material utilization and closed-loop circulation.

Solid Recovered Fuel (SRF) Municipal Solid Waste

Solid Recovered Fuel (SRF)

Company Positioning: Full-Process Closed-Loop SRF/RDF Solid Recovered Fuel Solution Provider

Waste Textiles Processing Solution Municipal Solid Waste

Waste Textiles Processing Solution

Waste textile recycling is a key initiative for advancing green development. From an environmental perspective, it effectively reduces pollution from landfilling and incineration, lowers resource consumption and carbon emissions, and supports ecological protection. From an economic perspective, it enables the circular utilization of waste resources, reduces raw material costs, and cultivates new industrial chains and employment opportunities. The industry still faces many challenges, particularly in "pretreatment and...

RECYCLING

Resource Recovery

Full-lifecycle resource recovery for new energy recycling, e-waste, and secondary metals.

E-Waste Crushing and Sorting Production Line Resource Recovery

E-Waste Recycling

E-waste recycling handles complex materials including small household appliances, electronic devices, circuit boards, wires, and mixed electronic scrap. Through a closed-loop process of collection, pre-dismantling, crushing, sorting, deep resource recovery, and environmentally compliant disposal, it achieves efficient separation and resource utilization of ferrous metals, non-ferrous metals, plastics, circuit boards, and precious metals from end-of-life electronic products.

Lithium Battery Recycling Resource Recovery

Lithium Battery Recycling

Addressing the five critical pain points of poor safety, weak environmental protection, low recovery rates, high labor costs, and regulatory compliance challenges, NextPrism delivers an integrated, fully automated lithium battery recycling and processing solution. Compatible with all types of end-of-life lithium batteries -- NMC, LFP, cylindrical, pouch, and more -- the solution is suitable for small to medium recycling plants and large-scale regeneration facilities, enabling safe crushing, pollution-free processing, high-precision sorting...

Photovoltaic Panel Recycling Resource Recovery

Photovoltaic Panel Recycling

Targeting the core pain points of the current photovoltaic panel recycling industry -- substandard environmental compliance, low dismantling precision, high labor costs, severe resource waste, and limited production capacity -- NextPrism delivers a fully automated physical process photovoltaic panel recycling and processing equipment line. Replacing traditional polluting processes such as chemical corrosion and high-temperature incineration, the entire line employs dry physical crushing, graded sorting, and fine separation technologies, producing no waste liquid, no waste...

Secondary Metal Intelligent Sorting Solution Resource Recovery

Secondary Metal Intelligent Sorting Solution

Secondary metals are a core pillar of the circular economy, widely used in construction, home appliances, automotive, electronics, and other sectors. The industry is undergoing a comprehensive upgrade from coarse sorting to precision classification. Traditional processes commonly face challenges of mixed feedstocks, insufficient purity, high labor costs, and heavy environmental pressure. Intelligent, high-precision sorting has become an inevitable trend for the industry to improve quality, increase efficiency, and achieve high-value utilization.

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