Project cooperation
New design for tube settlers in Lamella clarifiers with full stainless steel construction, offering the best cost-effective solution.
- Technical
- Continuation of existing project
At IMASPA, we specialize in developing innovative technologies for air and water treatment, with a strong commitment to sustainability and environmental protection. With over a decade of experience in engineering and manufacturing, we have designed advanced and efficient solutions that enhance industrial processes while minimizing their environmental impact.
Our air treatment technology includes CatalEdge, a high-efficiency catalytic filtration system for the removal of nuisance odors and sulfurous gases. This system is specially designed for industries such as fishing, meat processing, pulp and paper, and municipal waste treatment, as well as for slurry plants and other food industry facilities,
In water treatment, we develop solutions for drinking water production and wastewater purification, contributing to water resource reuse and compliance with environmental regulations. Our innovative systems include compact wastewater treatment plants using MBBR (Moving Bed Biofilm Reactors) technology, accelerated sedimentation systems with our innovative Hexasett, and Multidisc Screw Press sludge dewatering systems for efficient and sustainable waste management.
Operating from Chile with a global vision, we provide cutting-edge technology to clients across Latin America and the U.S. We are driven by continuous innovation and environmental responsibility, designing solutions that optimize resources, reduce emissions and promote cleaner, more sustainable industrial development.
Sustainability & Clean Technologies
Advanced Industries & Materials
Project cooperation
New design for tube settlers in Lamella clarifiers with full stainless steel construction, offering the best cost-effective solution.
Partnership
CatalEdge: Catalytic Filtration Technology for Odor and Gas Removal
CatalEdge filters achieve almost 99% odor removal efficiency, with a compact, self-supporting design and low maintenance.