Macker Industries
Urban Mining Network
WISE: Waste Integration & Sustainable Energy
Zone 1, Plant 1.
Zone 1, Plant 1.
At Macker, we are redefining industrial innovation by transforming waste challenges into long-term, sustainable assets. We integrate cost-efficient waste technologies to convert residual materials into renewable energy, recycled products, and new revenue streams—all while contributing to environmental stewardship and regional economic growth.
In collaboration with PT Swasti Agung, based in Bantar Gebang, Bekasi, Macker has established a joint venture to design Meta Industries framework— an integrated, closed-loop industrial ecosystems that transform varied waste challenges into sustainable economic assets.
Macker Industries (MI) leads project integration, partnering with municipalities and industrial clients delivering development stage from design phase to commissioning systems, including composting systems, waste separators, and biomass converters.
Our 1200tpd capacity solutions comes with essential training module, prioritizing inter-operability, cost-efficiency, safeguarding future sustainability.
A pipeline of 42 WISE Clusters, covering aglomeration/medium cities as HUB, and regencies spanning hinterland and small islands across Indonesia.
Prioritizing areas with high population density, robust waste generation and favorable logistical routes, commendable within proper industrial/commercial land zoning, our WISE hubs are designed to:
Maximize Impact: capitalized investments in metro clusters with high waste throughput above 1000tpd, while employing modular, practical solutions for remote or archipelagic communities.
Drive Innovative products: hi calorie RDF/SRF briquettes, Pyrolysis, we convert plastic waste into usable synthetic fuels, while anaerobic digestion processes organic waste to produce biogas, both contributing to sustainable energy solutions.
Ensure Efficiency: Mass transfer chains and logistic networks through real-time data integration, digital tracking platforms, and local partnerships.
#indowaste, 2025
Mechanical Recycling
Zone 1, Plant 1.
Manual collecting, sorting, and washing plastics has its limitations.
Although, it’s almost impossible to eliminate the complexities of different kinds of polymer family, fabricated in multilayer packaging, repeated melting degrades polymers, limiting the number of times they can only be recycled.
Thermochem Conversion
Zone 1, Plant 2.
Major heat transfer process, pyrolysis, high temperatures decomposes polymer chains to make hydrocarbons such as diesel, kerosene, waxes, and naphtha.
Thermal processors are equipped with controlled air emission system through cyclon and scrubber.
Biochemical Treatment
Zone 2, Plant 6
Bio-treatment is essential to break down 60-70% MSW.
Composting organics is processed to an ISO 9000 type quality system assuring a standard procedure with stable high quality yield. 85 % of organic waste can be turned into high quality compost.
BSF Farm. Vermiculture and high protein production with the larvae of the black solder fly work well with household, local market, hotels, and FnB waste. Aeration reduces smells and dust, when moisture content is kept above 40%.
WISE Clusters focus on 42 MRFs that are decentralized, circular economy with high-impact, fully integrated, meta recycling typology — powered by digital innovation, employment, and industrial integration, diverting >5 million tons MSW from landfills, and >12 million tons CO₂e in GHG reduction.
Bandung, 2022, under Joint Venture with PT SWASTI Agung, a recycling company which specialized in building and operating polymer industry, small team DevGru tuned up a FEED modular design from 600 to 3000 TPD processing capacity.
The DevGru further designed seamless, automated operation for future WISE Clusters; integrated Material Recovery Hub, situated on 5 ha of eco-industrial park zone. The Hub consists of 3 Zones, 6 Plants, and 9 Export Terminals.
Operating in 3 shifts, the industrial-scale, modern WISE campus will process both solid and liquid waste including organic, metal, aluminum, glass, paper, plastic and hazardous material. The feedstock undergoes multistage mechanical, chemical and biological treatment. Excess of solid residuals and liquid effluents are incinerated, properly treated and reused.