Underground Waste Systems

Discover the U-Select® underground systems by PAUL WOLFF®, setting new standards in space efficiency, hygiene, and safety. These systems require two-thirds less space than traditional waste and recycling containers of the same volume, and their barrier-free design ensures easy use for all user groups. With a design featuring minimal gaps made of non-combustible materials and underground storage, they offer enhanced fire safety. Regular maintenance and intelligent route planning reduce operating costs and environmental impact, while LIFECYCLE-ready services ensure long-term reliability and technical updates.

PAUL WOLFF Unterflursystem U-Select City

U-Select® City

U-Select® City ensures cleanliness and orderliness in public spaces. The underground collection container facilitates cost-effective waste management in parks, downtown areas, at transit stops, and other public spaces.

PAUL WOLFF Unterflursystem U-Select Excellence

U-Select® Excellence

U-Select® Excellence made of high-quality stainless steel offers a deposit for all fractions with a volume of up to 80 litres and barrier-free operation at a height of 90 cm. The conical inlet chute minimizes the risk of blockages and operational disruptions.

PAUL WOLFF Unterflursystem U-Select Superior

U-Select® Superior

The U-Select® Superior line offers the most flexible equipment options for collecting all waste and recyclable fractions. Additionally, integration of Pro-Count® is possible – the intelligent system for precise billing based on waste generation.

PAUL WOLFF Unterflursystem U-Select Semideep

U-Select® Semideep

The semi-underground system, U-Select® Semideep, combines comfort, cost-effectiveness, and customization. It offers access from all sides, a large capacity, and can be tailored and configured to individual preferences.

Durable Quality and Service for Sustainable Cost-Effectiveness with PAUL WOLFF® Underground Systems

Optimized Space Utilization:
The U-Select® underground systems by PAUL WOLFF® offer significant space savings, requiring only about one-third of the area used by traditional waste systems. This space efficiency enables the storage capacity of 20 household waste bins in minimal space, making it particularly advantageous in urban or densely built-up areas.

Improved Hygiene and Aesthetics:
Our systems are specially designed to minimize odors and prevent access by animals, resulting in a cleaner and more hygienic environment. Their seamless integration into urban landscapes not only enhances visual appeal but also adds value to the surrounding area.

Enhanced Fire Safety:
U-Select® underground systems are made from non-combustible materials such as galvanized steel and Class A1 concrete according to DIN 4102-1 standards. The underground storage and design with minimal gaps reduce oxygen supply, minimizing flammability and preventing the spread of fires to adjacent structures.

Cost Efficiency and Environmental Friendliness:
With longer emptying intervals and optimized disposal routes, U-Select® lowers operating costs while reducing environmental impact. Larger storage capacity and optional fill-level monitoring allow for more efficient waste collection planning, cutting transport costs.

LIFECYCLE Ready – Reliability and Cost-Effectiveness:
Regular maintenance and modernization of our underground systems ensure long-term reliability and up-to-date technology. Our comprehensive services, from installation to maintenance, protect your investment and maintain its value for many years.

PAUL WOLFF® – Expert in Waste Management and Urban Furnishings:
For over 70 years, we have been a leader in manufacturing underground systems, waste container housing, and bike-locker, supporting the needs of urban infrastructure and sustainable city development. Since 1997, we have offered innovative underground systems specifically designed for efficient waste management and enhanced urban aesthetics. Our continuous dialogue with customers enables us to deliver tailored, market-driven solutions that boost the efficiency and functionality of urban spaces.