Sigma Advanced Technologies announced a new line of mobile, all‑in‑one ozone water‑treatment containers designed for industrial wastewater and produced‑water reuse. Built for rapid deployment in remote or harsh environments—such as the Permian Basin—the modular units can handle flows from low‑volume streams up to 100,000 barrels per day. By integrating high‑concentration ozone oxidation into a compact, self‑contained chassis, the systems deliver a chemical‑free, environmentally responsible solution that can be moved and set up quickly, reducing the need for permanent treatment infrastructure and helping operators meet tightening water‑reuse regulations.
Sigma Advanced Technologies Announces Mobile All‑In‑One Ozone Water Treatment Containers
The company unveiled the next‑generation containers, which combine advanced ozone‑based oxidation with a rugged, field‑ready design. CEO Robert (Bob) Sachs explained that the units are engineered to “treat and reuse water at the source, at any scale, without the complexity or footprint of traditional treatment facilities.” In addition to rapid field deployment, the containers support 24/7 continual usage, seamless integration with existing pipelines and power supplies, and a scalable capacity that can be adjusted by adding or removing modules. These features aim to lower both capital expenditures and operational complexity for users across a range of industries.
Design and Capacity Targeted for Industrial and Produced Water
Sigma’s containers are engineered for flexibility. They can process low‑flow industrial waste streams as well as high‑volume produced water from oil and gas operations, with a maximum capacity of 100,000 barrels per day. The high‑concentration ozone oxidation removes contaminants without added chemicals, positioning the system as an environmentally responsible alternative to conventional treatment methods. The modular design allows integration with existing field infrastructure, aiming to lower operational complexity and footprint. Key capabilities highlighted by the company include:
- Mobile, all‑in‑one design for rapid field deployment
- Scalable treatment capacity from low‑flow wastewater to 100,000 bpd
- Advanced ozone‑based oxidation for effective contaminant reduction without added chemicals
- 24/7 continual usage and compatibility with remote power sources
These attributes make the units especially suited for sites where space, time, and chemical handling are at a premium.
Current Deployment in Oil & Gas Operations
Sigma reports that the new treatment systems are already in use across the oil and gas sector, where produced‑water volumes are rising and regulatory pressure on water reuse is increasing. Early adopters have deployed the containers to treat and recycle produced water on‑site, cutting disposal costs and reducing freshwater intake. By providing a mobile, high‑throughput solution, the company intends to help operators improve environmental performance, meet stricter reuse mandates, and unlock new efficiencies in water management.
Key Takeaways
- Sigma Advanced Technologies launched mobile, all‑in‑one ozone treatment containers capable of handling up to 100,000 barrels per day.
- The units use high‑concentration ozone oxidation to treat wastewater without added chemicals, supporting both low‑flow industrial streams and high‑volume produced water.
- Deployment has begun in the oil and gas sector, where the containers aim to reduce disposal volumes and freshwater consumption amid tightening reuse regulations.
EnergyInsyte's Take
The mobile ozone units give operators a field‑ready option for water reuse that sidesteps the capital and space requirements of permanent plants. While early adoption in oil and gas suggests practical viability, broader uptake will depend on demonstrated cost metrics and regulatory acceptance across other industrial segments. CIOs and plant managers should monitor performance data as more sites come online.
Source: Businesswire
