Water - an undervalued resource

Sika takes measures to use water economically by reducing consumption, treating water, and using lower-grade water qualities especially in geographies with water scarcity. Efficient production projects have been implemented using closed-loop cooling, cooling towers, and switching from public to groundwater in order to reduce the amount of processed drinking water used in production. With these measures, the reuse of treated wastewater, and the collection of rainwater at various production sites, Sika reduced its water consumption on a large scale over the past years.


Efficient use of input materials is highly important for all Sika companies. Sika’s production processes are material intensive, using high volumes of nonrenewable resources like sand, cement, fillers, organic raw materials, and packaging and transportation materials. The major commercial impact of input materials makes their efficient use and reuse a mandatory element at Sika. Efficient production means reducing and reusing production scrap and packaging materials as well as improving packaging design, resulting in higher productivity and lower material use.

Hydroponic Greenhouse
Hydroponic Greenhouse

SIKA PERÚ S.A.; Lurín, Perú.

Installation of a hydroponic greenhouse for educational purposes in order to enhance the understanding of water as a valuable resource and to support the handling of waste.

Profiting from organic waste in Colombia

Sika Colombia: Rionegro and Tocancipa Plant

Closing cycles in organic waste. Elimination of disposal costs, reduce the environmental impacts and generate profits in order to ensure the sustainability of the project.

Cooling Water From Jinghang Canal Project, China
Cooling Water From Jinghang Canal Project

Jiangsu TMS Concrete Admixture Co. Ltd., China

Gaining cooling water from the Jinghang Canal, China.

Sika (Thailand) Limited
Continuous waste management

Sika (Thailand) Limited, Chonburi plant, Thailand

Sika receives 2014 Silver Awards by the Industrial Estate Authority Thailand Waste Management

Closed Loop Cooling Water System

SIKA CORPORATION, Lyndhurst plant, NJ

A new plant wide cooling water system is being implemented at the Lyndhurst plant. Dramatic reduction in water usage is the result.


Industrial water supply 82% based on rainwater

SIKA COLOMBIA S.A., plant Tocancipa, Colombia

Sika Colombia installed a central water collector, separate tanks and pipelines to feed rainwater into the industrial processes in its Tocancipa plant. A specific water treatment filter system keeps water quality on the required level leading to a 70% reduction of total water consumption. More than 8000 m3 of rainwater are collected and used annually, corresponding to 82% of water used.

Upgrade of waste water treatment facility

Sika S.A.U., plant Alcobendas, Spain

To reduce waste water discharge, the existing waste water treatment facility was upgraded with ceramic ultra- and nanofiltration membranes. This resulted in tap water savings of 200 m3 per month (-25%). The quality of the treated water allows its re-use in cleaning processes of the loading bulk station and in the water treatment plant too.

Packaging waste reduction


The cooperation with a licensed recycling company and the introduction of an internal quality control system in 2012 boosted the re-use of product and raw material intermediate bulk containers (IBC) for product supply. Within a year, the re-used IBC volume increased from 115 tons to 287 tons and the quantity of packaging waste and the need for new IBC containers dropped significantly.

Recycling of PVC production scrap

SIKA CHINA LTD.; plant Shanghai, China

Significant material and cost savings could be achieved at the Shanghai plant by granulating polyester scrim and feltback materials, and feeding the materials back into the production process. Material recycled and reused in new membranes increased up to 520 tons in 2013.

high pressure spray heads
high pressure spray heads

SIKA CORPORATION, admixture plants in Chicago, Philadelphia, Dallas and Atlanta (2014).

Spray heads for admixture facilities to reduce the amount of water used to clean admixture bulk delivery trucks.